Lovelynife:

Thanks for your response.
1) hope 12/20A is not too much for 100ah battery?
2)is the suoer charger have overcharge protect? e.g can i charge it when I left for school like 6-9hours without spoiling or overcharge the battery?

MrTony34:
Thank you for checking out.
In this place i will teach you on how you can successful chose the right number of solar panel that will charge your inverter battery adequately during the day and the right capacity of inverter to choose and use for your load.

I choose to do this because, it is one of the challenging side most of our installers have that brings about under estimation based on guess, of the estimated number of solar panel required to charge inverter battery adequately and efficiently during the day of sunrise.

Many dont have the idea on how the expert do it and that is cause of this write-up. Almost all engineering work involves planning and that planing is CALCULATION.

When you dont know how the experts do this calculation this how you end up causing the early damage of battery life span and incuring more cost for that customer and end up losing the them as possible. Because getting it right at first is ths key.

All these challenges are what i will treat here to enable you have confidence in yourself with no doubt of your potentiality. Though, if you have no engineering bases you can still be able to do it with ease.

We shall commence in doing the calculation one after the other.

What is an inverter? Is an electronic device that invert dc battery input to output ac for powering of our electrical appliances.

I.e it converts direct current from battery into alternating current. It is the ac output we use to power our devices at home

There are three types of inverter
1 square wave inverter
2. Modifies sine wave
3. Pure sinewave inverter

Square wave inverter produces alternating current that is not smooth and which is very harmful to our home appliances.

Modified sine wave has more better smooth wave than square wave which could be used to power some home appliances.

Pure sine wave produces pure smooth wave exactly like the one power grid supplies to us. But this inverter is more expensive than others

Many people mistake inverter to solar panel and battery.

Solar panel is just an alternative source of power to charge our battery in the absence of power supply. Battery is used to store charges from the panel or from the power supply through inverter charging circuit or by a saparate charger device.

Solar Panel cannot work alone without inverter and battery.

Some Inverter can work alone without battery but will go off as soon as nepa goes of because there is no battery as backup.

Below are the calculations

HOW TO KNOW THE CAPACITY OF INVERTER/UPS TO CARRY For YOUR LOAD
To do that you will need to know first the total load in your house.
Supposed you have:
1. TV 50"....60w
2. Decoder ...25w
3.fan 62".....80w
4. 10 lights each 25w.x10=250w

Total power ...415w
What is the capacity of ups/inverter to carry the load (415w)

We divide the the power load (415w) by
one of the standardd power factor (0.8, 0.7,0.6)
That will give us ...415/0.7 =519va

Therefore we will need 600va or 650va inverter/ups to carry the load.

Note that It is recommended to chose inverter/ ups bigger than the one we need.

HOW TO CALCULATE BATTERY BACKUP TIME.
supposed we have 2 batteries of 200ah/12v and a total load 415w. How many hours will the battery last?

Firstly multiply the battery voltage by the amp hour.
200ah x 12v =2400wh x2 =4800wh
Divide by the load ..4800wh/415w =11hrs.5min

Our backup time will 11hrs.5min but due to the battery can not drop to 0% to prolong the battery lifesspan we will maintain the battery DOD to 50% that will give us 6hrs.


HOE TO CALCULATE INVERTER /UPS CHARGING CURRENT.

Firstly find out the inverter vdc(voltage direct current) which is usually ranges from 12vdc-180vdc above

If my inverter/ ups is a 12v ( that is for one 12v battery) the charging current will be 10% of the battery ah. That is 10/100 =0.1
0.1x 200 = 20a..
Therefore a 12v inverter of any given capacity charging 200ah battery has about 20a charging current.

HOW TO CALCULATE CHARGING TIME
that will be battery ah divide by charging current.

200ah/20a = 10hrs

HOW TO CALCULATE NO OF SOLAR PANEL FOR YOUR BATTERY
suppose you have one 200ah/12v battery and u need solar to charge in the absent of power supply.
It is simple. First know your battery charging current as calculated above 200ah battery charging current is 20a and the battery is 12v.

Power is v x a i.e 12 x 20 =240w

We need 240w solar panel to charge our battery
Note it is recommended we use panel bigger than the one we need in this case we will need 480w panel for proper charging .

Tonytech services ltd
Providing you quality services at all time

Our services includes installation, sales and maintenance of:
1 inverter
2 solar panel
3 cctv
4 electrical
5 solar street light etc
6 computer system

Call an expert today.
WhatsApp 0.8.1.8.0.7.2.9.6.1.2.,
Call 0.7.0.1.0.4.2.3.3.3.7

MrTony34:
Thank you for checking out.
In this place i will teach you on how you can successful chose the right number of solar panel that will charge your inverter battery adequately during the day and the right capacity of inverter to choose and use for your load.

I choose to do this because, it is one of the challenging side most of our installers have that brings about under estimation based on guess, of the estimated number of solar panel required to charge inverter battery adequately and efficiently during the day of sunrise.

Many dont have the idea on how the expert do it and that is cause of this write-up. Almost all engineering work involves planning and that planing is CALCULATION.

When you dont know how the experts do this calculation this how you end up causing the early damage of battery life span and incuring more cost for that customer and end up losing the them as possible. Because getting it right at first is ths key.

All these challenges are what i will treat here to enable you have confidence in yourself with no doubt of your potentiality. Though, if you have no engineering bases you can still be able to do it with ease.

We shall commence in doing the calculation one after the other.

What is an inverter? Is an electronic device that invert dc battery input to output ac for powering of our electrical appliances.

I.e it converts direct current from battery into alternating current. It is the ac output we use to power our devices at home

There are three types of inverter
1 square wave inverter
2. Modifies sine wave
3. Pure sinewave inverter

Square wave inverter produces alternating current that is not smooth and which is very harmful to our home appliances.

Modified sine wave has more better smooth wave than square wave which could be used to power some home appliances.

Pure sine wave produces pure smooth wave exactly like the one power grid supplies to us. But this inverter is more expensive than others

Many people mistake inverter to solar panel and battery.

Solar panel is just an alternative source of power to charge our battery in the absence of power supply. Battery is used to store charges from the panel or from the power supply through inverter charging circuit or by a saparate charger device.

Solar Panel cannot work alone without inverter and battery.

Some Inverter can work alone without battery but will go off as soon as nepa goes of because there is no battery as backup.

Below are the calculations

HOW TO KNOW THE CAPACITY OF INVERTER/UPS TO CARRY For YOUR LOAD
To do that you will need to know first the total load in your house.
Supposed you have:
1. TV 50"....60w
2. Decoder ...25w
3.fan 62".....80w
4. 10 lights each 25w.x10=250w

Total power ...415w
What is the capacity of ups/inverter to carry the load (415w)

We divide the the power load (415w) by
one of the standardd power factor (0.8, 0.7,0.6)
That will give us ...415/0.7 =519va

Therefore we will need 600va or 650va inverter/ups to carry the load.

Note that It is recommended to chose inverter/ ups bigger than the one we need.

HOW TO CALCULATE BATTERY BACKUP TIME.
supposed we have 2 batteries of 200ah/12v and a total load 415w. How many hours will the battery last?

Firstly multiply the battery voltage by the amp hour.
200ah x 12v =2400wh x2 =4800wh
Divide by the load ..4800wh/415w =11hrs.5min

Our backup time will 11hrs.5min but due to the battery can not drop to 0% to prolong the battery lifesspan we will maintain the battery DOD to 50% that will give us 6hrs.


HOE TO CALCULATE INVERTER /UPS CHARGING CURRENT.

Firstly find out the inverter vdc(voltage direct current) which is usually ranges from 12vdc-180vdc above

If my inverter/ ups is a 12v ( that is for one 12v battery) the charging current will be 10% of the battery ah. That is 10/100 =0.1
0.1x 200 = 20a..
Therefore a 12v inverter of any given capacity charging 200ah battery has about 20a charging current.

HOW TO CALCULATE CHARGING TIME
that will be battery ah divide by charging current.

200ah/20a = 10hrs

HOW TO CALCULATE NO OF SOLAR PANEL FOR YOUR BATTERY
suppose you have one 200ah/12v battery and u need solar to charge in the absent of power supply.
It is simple. First know your battery charging current as calculated above 200ah battery charging current is 20a and the battery is 12v.

Power is v x a i.e 12 x 20 =240w

We need 240w solar panel to charge our battery
Note it is recommended we use panel bigger than the one we need in this case we will need 480w panel for proper charging .

Tonytech services ltd
Providing you quality services at all time

Our services includes installation, sales and maintenance of:
1 inverter
2 solar panel
3 cctv
4 electrical
5 solar street light etc
6 computer system

Call an expert today.
WhatsApp 0.8.1.8.0.7.2.9.6.1.2.,
Call 0.7.0.1.0.4.2.3.3.3.7

NAIHCOTECH1996:
my name is Nnamdi, I have a blog where I write an article about solar products. https://www.naihcotech.com/

can I get your contact so as to serve my customers promptly no matter their location? you can reach me with this number +2348130516146

MrTony34:
Thank you for checking out.
In this place i will teach you on how you can successful chose the right number of solar panel that will charge your inverter battery adequately during the day and the right capacity of inverter to choose and use for your load.

I choose to do this because, it is one of the challenging side most of our installers have that brings about under estimation based on guess, of the estimated number of solar panel required to charge inverter battery adequately and efficiently during the day of sunrise.

Many dont have the idea on how the expert do it and that is cause of this write-up. Almost all engineering work involves planning and that planing is CALCULATION.

When you dont know how the experts do this calculation this how you end up causing the early damage of battery life span and incuring more cost for that customer and end up losing the them as possible. Because getting it right at first is ths key.

All these challenges are what i will treat here to enable you have confidence in yourself with no doubt of your potentiality. Though, if you have no engineering bases you can still be able to do it with ease.

We shall commence in doing the calculation one after the other.

What is an inverter? Is an electronic device that invert dc battery input to output ac for powering of our electrical appliances.

I.e it converts direct current from battery into alternating current. It is the ac output we use to power our devices at home

There are three types of inverter
1 square wave inverter
2. Modifies sine wave
3. Pure sinewave inverter

Square wave inverter produces alternating current that is not smooth and which is very harmful to our home appliances.

Modified sine wave has more better smooth wave than square wave which could be used to power some home appliances.

Pure sine wave produces pure smooth wave exactly like the one power grid supplies to us. But this inverter is more expensive than others

Many people mistake inverter to solar panel and battery.

Solar panel is just an alternative source of power to charge our battery in the absence of power supply. Battery is used to store charges from the panel or from the power supply through inverter charging circuit or by a saparate charger device.

Solar Panel cannot work alone without inverter and battery.

Some Inverter can work alone without battery but will go off as soon as nepa goes of because there is no battery as backup.

Below are the calculations

HOW TO KNOW THE CAPACITY OF INVERTER/UPS TO CARRY For YOUR LOAD
To do that you will need to know first the total load in your house.
Supposed you have:
1. TV 50"....60w
2. Decoder ...25w
3.fan 62".....80w
4. 10 lights each 25w.x10=250w

Total power ...415w
What is the capacity of ups/inverter to carry the load (415w)

We divide the the power load (415w) by
one of the standardd power factor (0.8, 0.7,0.6)
That will give us ...415/0.7 =519va

Therefore we will need 600va or 650va inverter/ups to carry the load.

Note that It is recommended to chose inverter/ ups bigger than the one we need.

HOW TO CALCULATE BATTERY BACKUP TIME.
supposed we have 2 batteries of 200ah/12v and a total load 415w. How many hours will the battery last?

Firstly multiply the battery voltage by the amp hour.
200ah x 12v =2400wh x2 =4800wh
Divide by the load ..4800wh/415w =11hrs.5min

Our backup time will 11hrs.5min but due to the battery can not drop to 0% to prolong the battery lifesspan we will maintain the battery DOD to 50% that will give us 6hrs.


HOE TO CALCULATE INVERTER /UPS CHARGING CURRENT.

Firstly find out the inverter vdc(voltage direct current) which is usually ranges from 12vdc-180vdc above

If my inverter/ ups is a 12v ( that is for one 12v battery) the charging current will be 10% of the battery ah. That is 10/100 =0.1
0.1x 200 = 20a..
Therefore a 12v inverter of any given capacity charging 200ah battery has about 20a charging current.

HOW TO CALCULATE CHARGING TIME
that will be battery ah divide by charging current.

200ah/20a = 10hrs

HOW TO CALCULATE NO OF SOLAR PANEL FOR YOUR BATTERY
suppose you have one 200ah/12v battery and u need solar to charge in the absent of power supply.
It is simple. First know your battery charging current as calculated above 200ah battery charging current is 20a and the battery is 12v.

Power is v x a i.e 12 x 20 =240w

We need 240w solar panel to charge our battery
Note it is recommended we use panel bigger than the one we need in this case we will need 480w panel for proper charging .

Tonytech services ltd
Providing you quality services at all time

Our services includes installation, sales and maintenance of:
1 inverter
2 solar panel
3 cctv
4 electrical
5 solar street light etc
6 computer system

Call an expert today.
WhatsApp 0.8.1.8.0.7.2.9.6.1.2.,
Call 0.7.0.1.0.4.2.3.3.3.7

MrTony34:
Thank you for checking out.
In this place i will teach you on how you can successful chose the right number of solar panel that will charge your inverter battery adequately during the day and the right capacity of inverter to choose and use for your load.

I choose to do this because, it is one of the challenging side most of our installers have that brings about under estimation based on guess, of the estimated number of solar panel required to charge inverter battery adequately and efficiently during the day of sunrise.

Many dont have the idea on how the expert do it and that is cause of this write-up. Almost all engineering work involves planning and that planing is CALCULATION.

When you dont know how the experts do this calculation this how you end up causing the early damage of battery life span and incuring more cost for that customer and end up losing the them as possible. Because getting it right at first is ths key.

All these challenges are what i will treat here to enable you have confidence in yourself with no doubt of your potentiality. Though, if you have no engineering bases you can still be able to do it with ease.

We shall commence in doing the calculation one after the other.

What is an inverter? Is an electronic device that invert dc battery input to output ac for powering of our electrical appliances.

I.e it converts direct current from battery into alternating current. It is the ac output we use to power our devices at home

There are three types of inverter
1 square wave inverter
2. Modifies sine wave
3. Pure sinewave inverter

Square wave inverter produces alternating current that is not smooth and which is very harmful to our home appliances.

Modified sine wave has more better smooth wave than square wave which could be used to power some home appliances.

Pure sine wave produces pure smooth wave exactly like the one power grid supplies to us. But this inverter is more expensive than others

Many people mistake inverter to solar panel and battery.

Solar panel is just an alternative source of power to charge our battery in the absence of power supply. Battery is used to store charges from the panel or from the power supply through inverter charging circuit or by a saparate charger device.

Solar Panel cannot work alone without inverter and battery.

Some Inverter can work alone without battery but will go off as soon as nepa goes of because there is no battery as backup.

Below are the calculations

HOW TO KNOW THE CAPACITY OF INVERTER/UPS TO CARRY For YOUR LOAD
To do that you will need to know first the total load in your house.
Supposed you have:
1. TV 50"....60w
2. Decoder ...25w
3.fan 62".....80w
4. 10 lights each 25w.x10=250w

Total power ...415w
What is the capacity of ups/inverter to carry the load (415w)

We divide the the power load (415w) by
one of the standardd power factor (0.8, 0.7,0.6)
That will give us ...415/0.7 =519va

Therefore we will need 600va or 650va inverter/ups to carry the load.

Note that It is recommended to chose inverter/ ups bigger than the one we need.

HOW TO CALCULATE BATTERY BACKUP TIME.
supposed we have 2 batteries of 200ah/12v and a total load 415w. How many hours will the battery last?

Firstly multiply the battery voltage by the amp hour.
200ah x 12v =2400wh x2 =4800wh
Divide by the load ..4800wh/415w =11hrs.5min

Our backup time will 11hrs.5min but due to the battery can not drop to 0% to prolong the battery lifesspan we will maintain the battery DOD to 50% that will give us 6hrs.


HOE TO CALCULATE INVERTER /UPS CHARGING CURRENT.

Firstly find out the inverter vdc(voltage direct current) which is usually ranges from 12vdc-180vdc above

If my inverter/ ups is a 12v ( that is for one 12v battery) the charging current will be 10% of the battery ah. That is 10/100 =0.1
0.1x 200 = 20a..
Therefore a 12v inverter of any given capacity charging 200ah battery has about 20a charging current.

HOW TO CALCULATE CHARGING TIME
that will be battery ah divide by charging current.

200ah/20a = 10hrs

HOW TO CALCULATE NO OF SOLAR PANEL FOR YOUR BATTERY
suppose you have one 200ah/12v battery and u need solar to charge in the absent of power supply.
It is simple. First know your battery charging current as calculated above 200ah battery charging current is 20a and the battery is 12v.

Power is v x a i.e 12 x 20 =240w

We need 240w solar panel to charge our battery
Note it is recommended we use panel bigger than the one we need in this case we will need 480w panel for proper charging .

Tonytech services ltd
Providing you quality services at all time

Our services includes installation, sales and maintenance of:
1 inverter
2 solar panel
3 cctv
4 electrical
5 solar street light etc
6 computer system

Call an expert today.
WhatsApp 0.8.1.8.0.7.2.9.6.1.2.,
Call 0.7.0.1.0.4.2.3.3.3.7

MrTony34:
Thank you for checking out.
In this place i will teach you on how you can successful chose the right number of solar panel that will charge your inverter battery adequately during the day and the right capacity of inverter to choose and use for your load.

I choose to do this because, it is one of the challenging side most of our installers have that brings about under estimation based on guess, of the estimated number of solar panel required to charge inverter battery adequately and efficiently during the day of sunrise.

Many dont have the idea on how the expert do it and that is cause of this write-up. Almost all engineering work involves planning and that planing is CALCULATION.

When you dont know how the experts do this calculation this how you end up causing the early damage of battery life span and incuring more cost for that customer and end up losing the them as possible. Because getting it right at first is ths key.

All these challenges are what i will treat here to enable you have confidence in yourself with no doubt of your potentiality. Though, if you have no engineering bases you can still be able to do it with ease.

We shall commence in doing the calculation one after the other.

What is an inverter? Is an electronic device that invert dc battery input to output ac for powering of our electrical appliances.

I.e it converts direct current from battery into alternating current. It is the ac output we use to power our devices at home

There are three types of inverter
1 square wave inverter
2. Modifies sine wave
3. Pure sinewave inverter

Square wave inverter produces alternating current that is not smooth and which is very harmful to our home appliances.

Modified sine wave has more better smooth wave than square wave which could be used to power some home appliances.

Pure sine wave produces pure smooth wave exactly like the one power grid supplies to us. But this inverter is more expensive than others

Many people mistake inverter to solar panel and battery.

Solar panel is just an alternative source of power to charge our battery in the absence of power supply. Battery is used to store charges from the panel or from the power supply through inverter charging circuit or by a saparate charger device.

Solar Panel cannot work alone without inverter and battery.

Some Inverter can work alone without battery but will go off as soon as nepa goes of because there is no battery as backup.

Below are the calculations

HOW TO KNOW THE CAPACITY OF INVERTER/UPS TO CARRY For YOUR LOAD
To do that you will need to know first the total load in your house.
Supposed you have:
1. TV 50"....60w
2. Decoder ...25w
3.fan 62".....80w
4. 10 lights each 25w.x10=250w

Total power ...415w
What is the capacity of ups/inverter to carry the load (415w)

We divide the the power load (415w) by
one of the standardd power factor (0.8, 0.7,0.6)
That will give us ...415/0.7 =519va

Therefore we will need 600va or 650va inverter/ups to carry the load.

Note that It is recommended to chose inverter/ ups bigger than the one we need.

HOW TO CALCULATE BATTERY BACKUP TIME.
supposed we have 2 batteries of 200ah/12v and a total load 415w. How many hours will the battery last?

Firstly multiply the battery voltage by the amp hour.
200ah x 12v =2400wh x2 =4800wh
Divide by the load ..4800wh/415w =11hrs.5min

Our backup time will 11hrs.5min but due to the battery can not drop to 0% to prolong the battery lifesspan we will maintain the battery DOD to 50% that will give us 6hrs.


HOE TO CALCULATE INVERTER /UPS CHARGING CURRENT.

Firstly find out the inverter vdc(voltage direct current) which is usually ranges from 12vdc-180vdc above

If my inverter/ ups is a 12v ( that is for one 12v battery) the charging current will be 10% of the battery ah. That is 10/100 =0.1
0.1x 200 = 20a..
Therefore a 12v inverter of any given capacity charging 200ah battery has about 20a charging current.

HOW TO CALCULATE CHARGING TIME
that will be battery ah divide by charging current.

200ah/20a = 10hrs

HOW TO CALCULATE NO OF SOLAR PANEL FOR YOUR BATTERY
suppose you have one 200ah/12v battery and u need solar to charge in the absent of power supply.
It is simple. First know your battery charging current as calculated above 200ah battery charging current is 20a and the battery is 12v.

Power is v x a i.e 12 x 20 =240w

We need 240w solar panel to charge our battery
Note it is recommended we use panel bigger than the one we need in this case we will need 480w panel for proper charging .

Tonytech services ltd
Providing you quality services at all time

Our services includes installation, sales and maintenance of:
1 inverter
2 solar panel
3 cctv
4 electrical
5 solar street light etc
6 computer system

Call an expert today.
WhatsApp 0.8.1.8.0.7.2.9.6.1.2.,
Call 0.7.0.1.0.4.2.3.3.3.7

MrTony34:
Thank you for checking out.
In this place i will teach you on how you can successful chose the right number of solar panel that will charge your inverter battery adequately during the day and the right capacity of inverter to choose and use for your load.

I choose to do this because, it is one of the challenging side most of our installers have that brings about under estimation based on guess, of the estimated number of solar panel required to charge inverter battery adequately and efficiently during the day of sunrise.

Many dont have the idea on how the expert do it and that is cause of this write-up. Almost all engineering work involves planning and that planing is CALCULATION.

When you dont know how the experts do this calculation this how you end up causing the early damage of battery life span and incuring more cost for that customer and end up losing the them as possible. Because getting it right at first is ths key.

All these challenges are what i will treat here to enable you have confidence in yourself with no doubt of your potentiality. Though, if you have no engineering bases you can still be able to do it with ease.

We shall commence in doing the calculation one after the other.

What is an inverter? Is an electronic device that invert dc battery input to output ac for powering of our electrical appliances.

I.e it converts direct current from battery into alternating current. It is the ac output we use to power our devices at home

There are three types of inverter
1 square wave inverter
2. Modifies sine wave
3. Pure sinewave inverter

Square wave inverter produces alternating current that is not smooth and which is very harmful to our home appliances.

Modified sine wave has more better smooth wave than square wave which could be used to power some home appliances.

Pure sine wave produces pure smooth wave exactly like the one power grid supplies to us. But this inverter is more expensive than others

Many people mistake inverter to solar panel and battery.

Solar panel is just an alternative source of power to charge our battery in the absence of power supply. Battery is used to store charges from the panel or from the power supply through inverter charging circuit or by a saparate charger device.

Solar Panel cannot work alone without inverter and battery.

Some Inverter can work alone without battery but will go off as soon as nepa goes of because there is no battery as backup.

Below are the calculations

HOW TO KNOW THE CAPACITY OF INVERTER/UPS TO CARRY For YOUR LOAD
To do that you will need to know first the total load in your house.
Supposed you have:
1. TV 50"....60w
2. Decoder ...25w
3.fan 62".....80w
4. 10 lights each 25w.x10=250w

Total power ...415w
What is the capacity of ups/inverter to carry the load (415w)

We divide the the power load (415w) by
one of the standardd power factor (0.8, 0.7,0.6)
That will give us ...415/0.7 =519va

Therefore we will need 600va or 650va inverter/ups to carry the load.

Note that It is recommended to chose inverter/ ups bigger than the one we need.

HOW TO CALCULATE BATTERY BACKUP TIME.
supposed we have 2 batteries of 200ah/12v and a total load 415w. How many hours will the battery last?

Firstly multiply the battery voltage by the amp hour.
200ah x 12v =2400wh x2 =4800wh
Divide by the load ..4800wh/415w =11hrs.5min

Our backup time will 11hrs.5min but due to the battery can not drop to 0% to prolong the battery lifesspan we will maintain the battery DOD to 50% that will give us 6hrs.


HOE TO CALCULATE INVERTER /UPS CHARGING CURRENT.

Firstly find out the inverter vdc(voltage direct current) which is usually ranges from 12vdc-180vdc above

If my inverter/ ups is a 12v ( that is for one 12v battery) the charging current will be 10% of the battery ah. That is 10/100 =0.1
0.1x 200 = 20a..
Therefore a 12v inverter of any given capacity charging 200ah battery has about 20a charging current.

HOW TO CALCULATE CHARGING TIME
that will be battery ah divide by charging current.

200ah/20a = 10hrs

HOW TO CALCULATE NO OF SOLAR PANEL FOR YOUR BATTERY
suppose you have one 200ah/12v battery and u need solar to charge in the absent of power supply.
It is simple. First know your battery charging current as calculated above 200ah battery charging current is 20a and the battery is 12v.

Power is v x a i.e 12 x 20 =240w

We need 240w solar panel to charge our battery
Note it is recommended we use panel bigger than the one we need in this case we will need 480w panel for proper charging .

Tonytech services ltd
Providing you quality services at all time

Our services includes installation, sales and maintenance of:
1 inverter
2 solar panel
3 cctv
4 electrical
5 solar street light etc
6 computer system

Call an expert today.
WhatsApp 0.8.1.8.0.7.2.9.6.1.2.,
Call 0.7.0.1.0.4.2.3.3.3.7

MrTony34:
Thank you for checking out.
In this place i will teach you on how you can successful chose the right number of solar panel that will charge your inverter battery adequately during the day and the right capacity of inverter to choose and use for your load.

I choose to do this because, it is one of the challenging side most of our installers have that brings about under estimation based on guess, of the estimated number of solar panel required to charge inverter battery adequately and efficiently during the day of sunrise.

Many dont have the idea on how the expert do it and that is cause of this write-up. Almost all engineering work involves planning and that planing is CALCULATION.

When you dont know how the experts do this calculation this how you end up causing the early damage of battery life span and incuring more cost for that customer and end up losing the them as possible. Because getting it right at first is ths key.

All these challenges are what i will treat here to enable you have confidence in yourself with no doubt of your potentiality. Though, if you have no engineering bases you can still be able to do it with ease.

We shall commence in doing the calculation one after the other.

What is an inverter? Is an electronic device that invert dc battery input to output ac for powering of our electrical appliances.

I.e it converts direct current from battery into alternating current. It is the ac output we use to power our devices at home

There are three types of inverter
1 square wave inverter
2. Modifies sine wave
3. Pure sinewave inverter

Square wave inverter produces alternating current that is not smooth and which is very harmful to our home appliances.

Modified sine wave has more better smooth wave than square wave which could be used to power some home appliances.

Pure sine wave produces pure smooth wave exactly like the one power grid supplies to us. But this inverter is more expensive than others

Many people mistake inverter to solar panel and battery.

Solar panel is just an alternative source of power to charge our battery in the absence of power supply. Battery is used to store charges from the panel or from the power supply through inverter charging circuit or by a saparate charger device.

Solar Panel cannot work alone without inverter and battery.

Some Inverter can work alone without battery but will go off as soon as nepa goes of because there is no battery as backup.

Below are the calculations

HOW TO KNOW THE CAPACITY OF INVERTER/UPS TO CARRY For YOUR LOAD
To do that you will need to know first the total load in your house.
Supposed you have:
1. TV 50"....60w
2. Decoder ...25w
3.fan 62".....80w
4. 10 lights each 25w.x10=250w

Total power ...415w
What is the capacity of ups/inverter to carry the load (415w)

We divide the the power load (415w) by
one of the standardd power factor (0.8, 0.7,0.6)
That will give us ...415/0.7 =519va

Therefore we will need 600va or 650va inverter/ups to carry the load.

Note that It is recommended to chose inverter/ ups bigger than the one we need.

HOW TO CALCULATE BATTERY BACKUP TIME.
supposed we have 2 batteries of 200ah/12v and a total load 415w. How many hours will the battery last?

Firstly multiply the battery voltage by the amp hour.
200ah x 12v =2400wh x2 =4800wh
Divide by the load ..4800wh/415w =11hrs.5min

Our backup time will 11hrs.5min but due to the battery can not drop to 0% to prolong the battery lifesspan we will maintain the battery DOD to 50% that will give us 6hrs.


HOE TO CALCULATE INVERTER /UPS CHARGING CURRENT.

Firstly find out the inverter vdc(voltage direct current) which is usually ranges from 12vdc-180vdc above

If my inverter/ ups is a 12v ( that is for one 12v battery) the charging current will be 10% of the battery ah. That is 10/100 =0.1
0.1x 200 = 20a..
Therefore a 12v inverter of any given capacity charging 200ah battery has about 20a charging current.

HOW TO CALCULATE CHARGING TIME
that will be battery ah divide by charging current.

200ah/20a = 10hrs

HOW TO CALCULATE NO OF SOLAR PANEL FOR YOUR BATTERY
suppose you have one 200ah/12v battery and u need solar to charge in the absent of power supply.
It is simple. First know your battery charging current as calculated above 200ah battery charging current is 20a and the battery is 12v.

Power is v x a i.e 12 x 20 =240w

We need 240w solar panel to charge our battery
Note it is recommended we use panel bigger than the one we need in this case we will need 480w panel for proper charging .

Tonytech services ltd
Providing you quality services at all time

Our services includes installation, sales and maintenance of:
1 inverter
2 solar panel
3 cctv
4 electrical
5 solar street light etc
6 computer system

Call an expert today.
WhatsApp 0.8.1.8.0.7.2.9.6.1.2.,
Call 0.7.0.1.0.4.2.3.3.3.7

MrTony34:
Thank you for checking out.
In this place i will teach you on how you can successful chose the right number of solar panel that will charge your inverter battery adequately during the day and the right capacity of inverter to choose and use for your load.

I choose to do this because, it is one of the challenging side most of our installers have that brings about under estimation based on guess, of the estimated number of solar panel required to charge inverter battery adequately and efficiently during the day of sunrise.

Many dont have the idea on how the expert do it and that is cause of this write-up. Almost all engineering work involves planning and that planing is CALCULATION.

When you dont know how the experts do this calculation this how you end up causing the early damage of battery life span and incuring more cost for that customer and end up losing the them as possible. Because getting it right at first is ths key.

All these challenges are what i will treat here to enable you have confidence in yourself with no doubt of your potentiality. Though, if you have no engineering bases you can still be able to do it with ease.

We shall commence in doing the calculation one after the other.

What is an inverter? Is an electronic device that invert dc battery input to output ac for powering of our electrical appliances.

I.e it converts direct current from battery into alternating current. It is the ac output we use to power our devices at home

There are three types of inverter
1 square wave inverter
2. Modifies sine wave
3. Pure sinewave inverter

Square wave inverter produces alternating current that is not smooth and which is very harmful to our home appliances.

Modified sine wave has more better smooth wave than square wave which could be used to power some home appliances.

Pure sine wave produces pure smooth wave exactly like the one power grid supplies to us. But this inverter is more expensive than others

Many people mistake inverter to solar panel and battery.

Solar panel is just an alternative source of power to charge our battery in the absence of power supply. Battery is used to store charges from the panel or from the power supply through inverter charging circuit or by a saparate charger device.

Solar Panel cannot work alone without inverter and battery.

Some Inverter can work alone without battery but will go off as soon as nepa goes of because there is no battery as backup.

Below are the calculations

HOW TO KNOW THE CAPACITY OF INVERTER/UPS TO CARRY For YOUR LOAD
To do that you will need to know first the total load in your house.
Supposed you have:
1. TV 50"....60w
2. Decoder ...25w
3.fan 62".....80w
4. 10 lights each 25w.x10=250w

Total power ...415w
What is the capacity of ups/inverter to carry the load (415w)

We divide the the power load (415w) by
one of the standardd power factor (0.8, 0.7,0.6)
That will give us ...415/0.7 =519va

Therefore we will need 600va or 650va inverter/ups to carry the load.

Note that It is recommended to chose inverter/ ups bigger than the one we need.

HOW TO CALCULATE BATTERY BACKUP TIME.
supposed we have 2 batteries of 200ah/12v and a total load 415w. How many hours will the battery last?

Firstly multiply the battery voltage by the amp hour.
200ah x 12v =2400wh x2 =4800wh
Divide by the load ..4800wh/415w =11hrs.5min

Our backup time will 11hrs.5min but due to the battery can not drop to 0% to prolong the battery lifesspan we will maintain the battery DOD to 50% that will give us 6hrs.


HOE TO CALCULATE INVERTER /UPS CHARGING CURRENT.

Firstly find out the inverter vdc(voltage direct current) which is usually ranges from 12vdc-180vdc above

If my inverter/ ups is a 12v ( that is for one 12v battery) the charging current will be 10% of the battery ah. That is 10/100 =0.1
0.1x 200 = 20a..
Therefore a 12v inverter of any given capacity charging 200ah battery has about 20a charging current.

HOW TO CALCULATE CHARGING TIME
that will be battery ah divide by charging current.

200ah/20a = 10hrs

HOW TO CALCULATE NO OF SOLAR PANEL FOR YOUR BATTERY
suppose you have one 200ah/12v battery and u need solar to charge in the absent of power supply.
It is simple. First know your battery charging current as calculated above 200ah battery charging current is 20a and the battery is 12v.

Power is v x a i.e 12 x 20 =240w

We need 240w solar panel to charge our battery
Note it is recommended we use panel bigger than the one we need in this case we will need 480w panel for proper charging .

Tonytech services ltd
Providing you quality services at all time

Our services includes installation, sales and maintenance of:
1 inverter
2 solar panel
3 cctv
4 electrical
5 solar street light etc
6 computer system

Call an expert today.
WhatsApp 0.8.1.8.0.7.2.9.6.1.2.,
Call 0.7.0.1.0.4.2.3.3.3.7

MrTony34:
Thank you for checking out.
In this place i will teach you on how you can successful chose the right number of solar panel that will charge your inverter battery adequately during the day and the right capacity of inverter to choose and use for your load.

I choose to do this because, it is one of the challenging side most of our installers have that brings about under estimation based on guess, of the estimated number of solar panel required to charge inverter battery adequately and efficiently during the day of sunrise.

Many dont have the idea on how the expert do it and that is cause of this write-up. Almost all engineering work involves planning and that planing is CALCULATION.

When you dont know how the experts do this calculation this how you end up causing the early damage of battery life span and incuring more cost for that customer and end up losing the them as possible. Because getting it right at first is ths key.

All these challenges are what i will treat here to enable you have confidence in yourself with no doubt of your potentiality. Though, if you have no engineering bases you can still be able to do it with ease.

We shall commence in doing the calculation one after the other.

What is an inverter? Is an electronic device that invert dc battery input to output ac for powering of our electrical appliances.

I.e it converts direct current from battery into alternating current. It is the ac output we use to power our devices at home

There are three types of inverter
1 square wave inverter
2. Modifies sine wave
3. Pure sinewave inverter

Square wave inverter produces alternating current that is not smooth and which is very harmful to our home appliances.

Modified sine wave has more better smooth wave than square wave which could be used to power some home appliances.

Pure sine wave produces pure smooth wave exactly like the one power grid supplies to us. But this inverter is more expensive than others

Many people mistake inverter to solar panel and battery.

Solar panel is just an alternative source of power to charge our battery in the absence of power supply. Battery is used to store charges from the panel or from the power supply through inverter charging circuit or by a saparate charger device.

Solar Panel cannot work alone without inverter and battery.

Some Inverter can work alone without battery but will go off as soon as nepa goes of because there is no battery as backup.

Below are the calculations

HOW TO KNOW THE CAPACITY OF INVERTER/UPS TO CARRY For YOUR LOAD
To do that you will need to know first the total load in your house.
Supposed you have:
1. TV 50"....60w
2. Decoder ...25w
3.fan 62".....80w
4. 10 lights each 25w.x10=250w

Total power ...415w
What is the capacity of ups/inverter to carry the load (415w)

We divide the the power load (415w) by
one of the standardd power factor (0.8, 0.7,0.6)
That will give us ...415/0.7 =519va

Therefore we will need 600va or 650va inverter/ups to carry the load.

Note that It is recommended to chose inverter/ ups bigger than the one we need.

HOW TO CALCULATE BATTERY BACKUP TIME.
supposed we have 2 batteries of 200ah/12v and a total load 415w. How many hours will the battery last?

Firstly multiply the battery voltage by the amp hour.
200ah x 12v =2400wh x2 =4800wh
Divide by the load ..4800wh/415w =11hrs.5min

Our backup time will 11hrs.5min but due to the battery can not drop to 0% to prolong the battery lifesspan we will maintain the battery DOD to 50% that will give us 6hrs.


HOE TO CALCULATE INVERTER /UPS CHARGING CURRENT.

Firstly find out the inverter vdc(voltage direct current) which is usually ranges from 12vdc-180vdc above

If my inverter/ ups is a 12v ( that is for one 12v battery) the charging current will be 10% of the battery ah. That is 10/100 =0.1
0.1x 200 = 20a..
Therefore a 12v inverter of any given capacity charging 200ah battery has about 20a charging current.

HOW TO CALCULATE CHARGING TIME
that will be battery ah divide by charging current.

200ah/20a = 10hrs

HOW TO CALCULATE NO OF SOLAR PANEL FOR YOUR BATTERY
suppose you have one 200ah/12v battery and u need solar to charge in the absent of power supply.
It is simple. First know your battery charging current as calculated above 200ah battery charging current is 20a and the battery is 12v.

Power is v x a i.e 12 x 20 =240w

We need 240w solar panel to charge our battery
Note it is recommended we use panel bigger than the one we need in this case we will need 480w panel for proper charging .

Tonytech services ltd
Providing you quality services at all time

Our services includes installation, sales and maintenance of:
1 inverter
2 solar panel
3 cctv
4 electrical
5 solar street light etc
6 computer system

Call an expert today.
WhatsApp 0.8.1.8.0.7.2.9.6.1.2.,
Call 0.7.0.1.0.4.2.3.3.3.7

MrTony34:
Thank you for checking out.
In this place i will teach you on how you can successful chose the right number of solar panel that will charge your inverter battery adequately during the day and the right capacity of inverter to choose and use for your load.

I choose to do this because, it is one of the challenging side most of our installers have that brings about under estimation based on guess, of the estimated number of solar panel required to charge inverter battery adequately and efficiently during the day of sunrise.

Many dont have the idea on how the expert do it and that is cause of this write-up. Almost all engineering work involves planning and that planing is CALCULATION.

When you dont know how the experts do this calculation this how you end up causing the early damage of battery life span and incuring more cost for that customer and end up losing the them as possible. Because getting it right at first is ths key.

All these challenges are what i will treat here to enable you have confidence in yourself with no doubt of your potentiality. Though, if you have no engineering bases you can still be able to do it with ease.

We shall commence in doing the calculation one after the other.

What is an inverter? Is an electronic device that invert dc battery input to output ac for powering of our electrical appliances.

I.e it converts direct current from battery into alternating current. It is the ac output we use to power our devices at home

There are three types of inverter
1 square wave inverter
2. Modifies sine wave
3. Pure sinewave inverter

Square wave inverter produces alternating current that is not smooth and which is very harmful to our home appliances.

Modified sine wave has more better smooth wave than square wave which could be used to power some home appliances.

Pure sine wave produces pure smooth wave exactly like the one power grid supplies to us. But this inverter is more expensive than others

Many people mistake inverter to solar panel and battery.

Solar panel is just an alternative source of power to charge our battery in the absence of power supply. Battery is used to store charges from the panel or from the power supply through inverter charging circuit or by a saparate charger device.

Solar Panel cannot work alone without inverter and battery.

Some Inverter can work alone without battery but will go off as soon as nepa goes of because there is no battery as backup.

Below are the calculations

HOW TO KNOW THE CAPACITY OF INVERTER/UPS TO CARRY For YOUR LOAD
To do that you will need to know first the total load in your house.
Supposed you have:
1. TV 50"....60w
2. Decoder ...25w
3.fan 62".....80w
4. 10 lights each 25w.x10=250w

Total power ...415w
What is the capacity of ups/inverter to carry the load (415w)

We divide the the power load (415w) by
one of the standardd power factor (0.8, 0.7,0.6)
That will give us ...415/0.7 =519va

Therefore we will need 600va or 650va inverter/ups to carry the load.

Note that It is recommended to chose inverter/ ups bigger than the one we need.

HOW TO CALCULATE BATTERY BACKUP TIME.
supposed we have 2 batteries of 200ah/12v and a total load 415w. How many hours will the battery last?

Firstly multiply the battery voltage by the amp hour.
200ah x 12v =2400wh x2 =4800wh
Divide by the load ..4800wh/415w =11hrs.5min

Our backup time will 11hrs.5min but due to the battery can not drop to 0% to prolong the battery lifesspan we will maintain the battery DOD to 50% that will give us 6hrs.


HOE TO CALCULATE INVERTER /UPS CHARGING CURRENT.

Firstly find out the inverter vdc(voltage direct current) which is usually ranges from 12vdc-180vdc above

If my inverter/ ups is a 12v ( that is for one 12v battery) the charging current will be 10% of the battery ah. That is 10/100 =0.1
0.1x 200 = 20a..
Therefore a 12v inverter of any given capacity charging 200ah battery has about 20a charging current.

HOW TO CALCULATE CHARGING TIME
that will be battery ah divide by charging current.

200ah/20a = 10hrs

HOW TO CALCULATE NO OF SOLAR PANEL FOR YOUR BATTERY
suppose you have one 200ah/12v battery and u need solar to charge in the absent of power supply.
It is simple. First know your battery charging current as calculated above 200ah battery charging current is 20a and the battery is 12v.

Power is v x a i.e 12 x 20 =240w

We need 240w solar panel to charge our battery
Note it is recommended we use panel bigger than the one we need in this case we will need 480w panel for proper charging .

Tonytech services ltd
Providing you quality services at all time

Our services includes installation, sales and maintenance of:
1 inverter
2 solar panel
3 cctv
4 electrical
5 solar street light etc
6 computer system

Call an expert today.
WhatsApp 0.8.1.8.0.7.2.9.6.1.2.,
Call 0.7.0.1.0.4.2.3.3.3.7

MrTony34:
Thank you for checking out.
In this place i will teach you on how you can successful chose the right number of solar panel that will charge your inverter battery adequately during the day and the right capacity of inverter to choose and use for your load.

I choose to do this because, it is one of the challenging side most of our installers have that brings about under estimation based on guess, of the estimated number of solar panel required to charge inverter battery adequately and efficiently during the day of sunrise.

Many dont have the idea on how the expert do it and that is cause of this write-up. Almost all engineering work involves planning and that planing is CALCULATION.

When you dont know how the experts do this calculation this how you end up causing the early damage of battery life span and incuring more cost for that customer and end up losing the them as possible. Because getting it right at first is ths key.

All these challenges are what i will treat here to enable you have confidence in yourself with no doubt of your potentiality. Though, if you have no engineering bases you can still be able to do it with ease.

We shall commence in doing the calculation one after the other.

What is an inverter? Is an electronic device that invert dc battery input to output ac for powering of our electrical appliances.

I.e it converts direct current from battery into alternating current. It is the ac output we use to power our devices at home

There are three types of inverter
1 square wave inverter
2. Modifies sine wave
3. Pure sinewave inverter

Square wave inverter produces alternating current that is not smooth and which is very harmful to our home appliances.

Modified sine wave has more better smooth wave than square wave which could be used to power some home appliances.

Pure sine wave produces pure smooth wave exactly like the one power grid supplies to us. But this inverter is more expensive than others

Many people mistake inverter to solar panel and battery.

Solar panel is just an alternative source of power to charge our battery in the absence of power supply. Battery is used to store charges from the panel or from the power supply through inverter charging circuit or by a saparate charger device.

Solar Panel cannot work alone without inverter and battery.

Some Inverter can work alone without battery but will go off as soon as nepa goes of because there is no battery as backup.

Below are the calculations

HOW TO KNOW THE CAPACITY OF INVERTER/UPS TO CARRY For YOUR LOAD
To do that you will need to know first the total load in your house.
Supposed you have:
1. TV 50"....60w
2. Decoder ...25w
3.fan 62".....80w
4. 10 lights each 25w.x10=250w

Total power ...415w
What is the capacity of ups/inverter to carry the load (415w)

We divide the the power load (415w) by
one of the standardd power factor (0.8, 0.7,0.6)
That will give us ...415/0.7 =519va

Therefore we will need 600va or 650va inverter/ups to carry the load.

Note that It is recommended to chose inverter/ ups bigger than the one we need.

HOW TO CALCULATE BATTERY BACKUP TIME.
supposed we have 2 batteries of 200ah/12v and a total load 415w. How many hours will the battery last?

Firstly multiply the battery voltage by the amp hour.
200ah x 12v =2400wh x2 =4800wh
Divide by the load ..4800wh/415w =11hrs.5min

Our backup time will 11hrs.5min but due to the battery can not drop to 0% to prolong the battery lifesspan we will maintain the battery DOD to 50% that will give us 6hrs.


HOE TO CALCULATE INVERTER /UPS CHARGING CURRENT.

Firstly find out the inverter vdc(voltage direct current) which is usually ranges from 12vdc-180vdc above

If my inverter/ ups is a 12v ( that is for one 12v battery) the charging current will be 10% of the battery ah. That is 10/100 =0.1
0.1x 200 = 20a..
Therefore a 12v inverter of any given capacity charging 200ah battery has about 20a charging current.

HOW TO CALCULATE CHARGING TIME
that will be battery ah divide by charging current.

200ah/20a = 10hrs

HOW TO CALCULATE NO OF SOLAR PANEL FOR YOUR BATTERY
suppose you have one 200ah/12v battery and u need solar to charge in the absent of power supply.
It is simple. First know your battery charging current as calculated above 200ah battery charging current is 20a and the battery is 12v.

Power is v x a i.e 12 x 20 =240w

We need 240w solar panel to charge our battery
Note it is recommended we use panel bigger than the one we need in this case we will need 480w panel for proper charging .

Tonytech services ltd
Providing you quality services at all time

Our services includes installation, sales and maintenance of:
1 inverter
2 solar panel
3 cctv
4 electrical
5 solar street light etc
6 computer system

Call an expert today.
WhatsApp 0.8.1.8.0.7.2.9.6.1.2.,
Call 0.7.0.1.0.4.2.3.3.3.7

MrTony34:
Thank you for checking out.
In this place i will teach you on how you can successful chose the right number of solar panel that will charge your inverter battery adequately during the day and the right capacity of inverter to choose and use for your load.

I choose to do this because, it is one of the challenging side most of our installers have that brings about under estimation based on guess, of the estimated number of solar panel required to charge inverter battery adequately and efficiently during the day of sunrise.

Many dont have the idea on how the expert do it and that is cause of this write-up. Almost all engineering work involves planning and that planing is CALCULATION.

When you dont know how the experts do this calculation this how you end up causing the early damage of battery life span and incuring more cost for that customer and end up losing the them as possible. Because getting it right at first is ths key.

All these challenges are what i will treat here to enable you have confidence in yourself with no doubt of your potentiality. Though, if you have no engineering bases you can still be able to do it with ease.

We shall commence in doing the calculation one after the other.

What is an inverter? Is an electronic device that invert dc battery input to output ac for powering of our electrical appliances.

I.e it converts direct current from battery into alternating current. It is the ac output we use to power our devices at home

There are three types of inverter
1 square wave inverter
2. Modifies sine wave
3. Pure sinewave inverter

Square wave inverter produces alternating current that is not smooth and which is very harmful to our home appliances.

Modified sine wave has more better smooth wave than square wave which could be used to power some home appliances.

Pure sine wave produces pure smooth wave exactly like the one power grid supplies to us. But this inverter is more expensive than others

Many people mistake inverter to solar panel and battery.

Solar panel is just an alternative source of power to charge our battery in the absence of power supply. Battery is used to store charges from the panel or from the power supply through inverter charging circuit or by a saparate charger device.

Solar Panel cannot work alone without inverter and battery.

Some Inverter can work alone without battery but will go off as soon as nepa goes of because there is no battery as backup.

Below are the calculations

HOW TO KNOW THE CAPACITY OF INVERTER/UPS TO CARRY For YOUR LOAD
To do that you will need to know first the total load in your house.
Supposed you have:
1. TV 50"....60w
2. Decoder ...25w
3.fan 62".....80w
4. 10 lights each 25w.x10=250w

Total power ...415w
What is the capacity of ups/inverter to carry the load (415w)

We divide the the power load (415w) by
one of the standardd power factor (0.8, 0.7,0.6)
That will give us ...415/0.7 =519va

Therefore we will need 600va or 650va inverter/ups to carry the load.

Note that It is recommended to chose inverter/ ups bigger than the one we need.

HOW TO CALCULATE BATTERY BACKUP TIME.
supposed we have 2 batteries of 200ah/12v and a total load 415w. How many hours will the battery last?

Firstly multiply the battery voltage by the amp hour.
200ah x 12v =2400wh x2 =4800wh
Divide by the load ..4800wh/415w =11hrs.5min

Our backup time will 11hrs.5min but due to the battery can not drop to 0% to prolong the battery lifesspan we will maintain the battery DOD to 50% that will give us 6hrs.


HOE TO CALCULATE INVERTER /UPS CHARGING CURRENT.

Firstly find out the inverter vdc(voltage direct current) which is usually ranges from 12vdc-180vdc above

If my inverter/ ups is a 12v ( that is for one 12v battery) the charging current will be 10% of the battery ah. That is 10/100 =0.1
0.1x 200 = 20a..
Therefore a 12v inverter of any given capacity charging 200ah battery has about 20a charging current.

HOW TO CALCULATE CHARGING TIME
that will be battery ah divide by charging current.

200ah/20a = 10hrs

HOW TO CALCULATE NO OF SOLAR PANEL FOR YOUR BATTERY
suppose you have one 200ah/12v battery and u need solar to charge in the absent of power supply.
It is simple. First know your battery charging current as calculated above 200ah battery charging current is 20a and the battery is 12v.

Power is v x a i.e 12 x 20 =240w

We need 240w solar panel to charge our battery
Note it is recommended we use panel bigger than the one we need in this case we will need 480w panel for proper charging .

Tonytech services ltd
Providing you quality services at all time

Our services includes installation, sales and maintenance of:
1 inverter
2 solar panel
3 cctv
4 electrical
5 solar street light etc
6 computer system

Call an expert today.
WhatsApp 0.8.1.8.0.7.2.9.6.1.2.,
Call 0.7.0.1.0.4.2.3.3.3.7

MrTony34:
Thank you for checking out.
In this place i will teach you on how you can successful chose the right number of solar panel that will charge your inverter battery adequately during the day and the right capacity of inverter to choose and use for your load.

I choose to do this because, it is one of the challenging side most of our installers have that brings about under estimation based on guess, of the estimated number of solar panel required to charge inverter battery adequately and efficiently during the day of sunrise.

Many dont have the idea on how the expert do it and that is cause of this write-up. Almost all engineering work involves planning and that planing is CALCULATION.

When you dont know how the experts do this calculation this how you end up causing the early damage of battery life span and incuring more cost for that customer and end up losing the them as possible. Because getting it right at first is ths key.

All these challenges are what i will treat here to enable you have confidence in yourself with no doubt of your potentiality. Though, if you have no engineering bases you can still be able to do it with ease.

We shall commence in doing the calculation one after the other.

What is an inverter? Is an electronic device that invert dc battery input to output ac for powering of our electrical appliances.

I.e it converts direct current from battery into alternating current. It is the ac output we use to power our devices at home

There are three types of inverter
1 square wave inverter
2. Modifies sine wave
3. Pure sinewave inverter

Square wave inverter produces alternating current that is not smooth and which is very harmful to our home appliances.

Modified sine wave has more better smooth wave than square wave which could be used to power some home appliances.

Pure sine wave produces pure smooth wave exactly like the one power grid supplies to us. But this inverter is more expensive than others

Many people mistake inverter to solar panel and battery.

Solar panel is just an alternative source of power to charge our battery in the absence of power supply. Battery is used to store charges from the panel or from the power supply through inverter charging circuit or by a saparate charger device.

Solar Panel cannot work alone without inverter and battery.

Some Inverter can work alone without battery but will go off as soon as nepa goes of because there is no battery as backup.

Below are the calculations

HOW TO KNOW THE CAPACITY OF INVERTER/UPS TO CARRY For YOUR LOAD
To do that you will need to know first the total load in your house.
Supposed you have:
1. TV 50"....60w
2. Decoder ...25w
3.fan 62".....80w
4. 10 lights each 25w.x10=250w

Total power ...415w
What is the capacity of ups/inverter to carry the load (415w)

We divide the the power load (415w) by
one of the standardd power factor (0.8, 0.7,0.6)
That will give us ...415/0.7 =519va

Therefore we will need 600va or 650va inverter/ups to carry the load.

Note that It is recommended to chose inverter/ ups bigger than the one we need.

HOW TO CALCULATE BATTERY BACKUP TIME.
supposed we have 2 batteries of 200ah/12v and a total load 415w. How many hours will the battery last?

Firstly multiply the battery voltage by the amp hour.
200ah x 12v =2400wh x2 =4800wh
Divide by the load ..4800wh/415w =11hrs.5min

Our backup time will 11hrs.5min but due to the battery can not drop to 0% to prolong the battery lifesspan we will maintain the battery DOD to 50% that will give us 6hrs.


HOE TO CALCULATE INVERTER /UPS CHARGING CURRENT.

Firstly find out the inverter vdc(voltage direct current) which is usually ranges from 12vdc-180vdc above

If my inverter/ ups is a 12v ( that is for one 12v battery) the charging current will be 10% of the battery ah. That is 10/100 =0.1
0.1x 200 = 20a..
Therefore a 12v inverter of any given capacity charging 200ah battery has about 20a charging current.

HOW TO CALCULATE CHARGING TIME
that will be battery ah divide by charging current.

200ah/20a = 10hrs

HOW TO CALCULATE NO OF SOLAR PANEL FOR YOUR BATTERY
suppose you have one 200ah/12v battery and u need solar to charge in the absent of power supply.
It is simple. First know your battery charging current as calculated above 200ah battery charging current is 20a and the battery is 12v.

Power is v x a i.e 12 x 20 =240w

We need 240w solar panel to charge our battery
Note it is recommended we use panel bigger than the one we need in this case we will need 480w panel for proper charging .

Tonytech services ltd
Providing you quality services at all time

Our services includes installation, sales and maintenance of:
1 inverter
2 solar panel
3 cctv
4 electrical
5 solar street light etc
6 computer system

Call an expert today.
WhatsApp 0.8.1.8.0.7.2.9.6.1.2.,
Call 0.7.0.1.0.4.2.3.3.3.7

MrTony34:
Thank you for checking out.
In this place i will teach you on how you can successful chose the right number of solar panel that will charge your inverter battery adequately during the day and the right capacity of inverter to choose and use for your load.

I choose to do this because, it is one of the challenging side most of our installers have that brings about under estimation based on guess, of the estimated number of solar panel required to charge inverter battery adequately and efficiently during the day of sunrise.

Many dont have the idea on how the expert do it and that is cause of this write-up. Almost all engineering work involves planning and that planing is CALCULATION.

When you dont know how the experts do this calculation this how you end up causing the early damage of battery life span and incuring more cost for that customer and end up losing the them as possible. Because getting it right at first is ths key.

All these challenges are what i will treat here to enable you have confidence in yourself with no doubt of your potentiality. Though, if you have no engineering bases you can still be able to do it with ease.

We shall commence in doing the calculation one after the other.

What is an inverter? Is an electronic device that invert dc battery input to output ac for powering of our electrical appliances.

I.e it converts direct current from battery into alternating current. It is the ac output we use to power our devices at home

There are three types of inverter
1 square wave inverter
2. Modifies sine wave
3. Pure sinewave inverter

Square wave inverter produces alternating current that is not smooth and which is very harmful to our home appliances.

Modified sine wave has more better smooth wave than square wave which could be used to power some home appliances.

Pure sine wave produces pure smooth wave exactly like the one power grid supplies to us. But this inverter is more expensive than others

Many people mistake inverter to solar panel and battery.

Solar panel is just an alternative source of power to charge our battery in the absence of power supply. Battery is used to store charges from the panel or from the power supply through inverter charging circuit or by a saparate charger device.

Solar Panel cannot work alone without inverter and battery.

Some Inverter can work alone without battery but will go off as soon as nepa goes of because there is no battery as backup.

Below are the calculations

HOW TO KNOW THE CAPACITY OF INVERTER/UPS TO CARRY For YOUR LOAD
To do that you will need to know first the total load in your house.
Supposed you have:
1. TV 50"....60w
2. Decoder ...25w
3.fan 62".....80w
4. 10 lights each 25w.x10=250w

Total power ...415w
What is the capacity of ups/inverter to carry the load (415w)

We divide the the power load (415w) by
one of the standardd power factor (0.8, 0.7,0.6)
That will give us ...415/0.7 =519va

Therefore we will need 600va or 650va inverter/ups to carry the load.

Note that It is recommended to chose inverter/ ups bigger than the one we need.

HOW TO CALCULATE BATTERY BACKUP TIME.
supposed we have 2 batteries of 200ah/12v and a total load 415w. How many hours will the battery last?

Firstly multiply the battery voltage by the amp hour.
200ah x 12v =2400wh x2 =4800wh
Divide by the load ..4800wh/415w =11hrs.5min

Our backup time will 11hrs.5min but due to the battery can not drop to 0% to prolong the battery lifesspan we will maintain the battery DOD to 50% that will give us 6hrs.


HOE TO CALCULATE INVERTER /UPS CHARGING CURRENT.

Firstly find out the inverter vdc(voltage direct current) which is usually ranges from 12vdc-180vdc above

If my inverter/ ups is a 12v ( that is for one 12v battery) the charging current will be 10% of the battery ah. That is 10/100 =0.1
0.1x 200 = 20a..
Therefore a 12v inverter of any given capacity charging 200ah battery has about 20a charging current.

HOW TO CALCULATE CHARGING TIME
that will be battery ah divide by charging current.

200ah/20a = 10hrs

HOW TO CALCULATE NO OF SOLAR PANEL FOR YOUR BATTERY
suppose you have one 200ah/12v battery and u need solar to charge in the absent of power supply.
It is simple. First know your battery charging current as calculated above 200ah battery charging current is 20a and the battery is 12v.

Power is v x a i.e 12 x 20 =240w

We need 240w solar panel to charge our battery
Note it is recommended we use panel bigger than the one we need in this case we will need 480w panel for proper charging .

Tonytech services ltd
Providing you quality services at all time

Our services includes installation, sales and maintenance of:
1 inverter
2 solar panel
3 cctv
4 electrical
5 solar street light etc
6 computer system

Call an expert today.
WhatsApp 0.8.1.8.0.7.2.9.6.1.2.,
Call 0.7.0.1.0.4.2.3.3.3.7

MrTony34:
Thank you for checking out.
In this place i will teach you on how you can successful chose the right number of solar panel that will charge your inverter battery adequately during the day and the right capacity of inverter to choose and use for your load.

I choose to do this because, it is one of the challenging side most of our installers have that brings about under estimation based on guess, of the estimated number of solar panel required to charge inverter battery adequately and efficiently during the day of sunrise.

Many dont have the idea on how the expert do it and that is cause of this write-up. Almost all engineering work involves planning and that planing is CALCULATION.

When you dont know how the experts do this calculation this how you end up causing the early damage of battery life span and incuring more cost for that customer and end up losing the them as possible. Because getting it right at first is ths key.

All these challenges are what i will treat here to enable you have confidence in yourself with no doubt of your potentiality. Though, if you have no engineering bases you can still be able to do it with ease.

We shall commence in doing the calculation one after the other.

What is an inverter? Is an electronic device that invert dc battery input to output ac for powering of our electrical appliances.

I.e it converts direct current from battery into alternating current. It is the ac output we use to power our devices at home

There are three types of inverter
1 square wave inverter
2. Modifies sine wave
3. Pure sinewave inverter

Square wave inverter produces alternating current that is not smooth and which is very harmful to our home appliances.

Modified sine wave has more better smooth wave than square wave which could be used to power some home appliances.

Pure sine wave produces pure smooth wave exactly like the one power grid supplies to us. But this inverter is more expensive than others

Many people mistake inverter to solar panel and battery.

Solar panel is just an alternative source of power to charge our battery in the absence of power supply. Battery is used to store charges from the panel or from the power supply through inverter charging circuit or by a saparate charger device.

Solar Panel cannot work alone without inverter and battery.

Some Inverter can work alone without battery but will go off as soon as nepa goes of because there is no battery as backup.

Below are the calculations

HOW TO KNOW THE CAPACITY OF INVERTER/UPS TO CARRY For YOUR LOAD
To do that you will need to know first the total load in your house.
Supposed you have:
1. TV 50"....60w
2. Decoder ...25w
3.fan 62".....80w
4. 10 lights each 25w.x10=250w

Total power ...415w
What is the capacity of ups/inverter to carry the load (415w)

We divide the the power load (415w) by
one of the standardd power factor (0.8, 0.7,0.6)
That will give us ...415/0.7 =519va

Therefore we will need 600va or 650va inverter/ups to carry the load.

Note that It is recommended to chose inverter/ ups bigger than the one we need.

HOW TO CALCULATE BATTERY BACKUP TIME.
supposed we have 2 batteries of 200ah/12v and a total load 415w. How many hours will the battery last?

Firstly multiply the battery voltage by the amp hour.
200ah x 12v =2400wh x2 =4800wh
Divide by the load ..4800wh/415w =11hrs.5min

Our backup time will 11hrs.5min but due to the battery can not drop to 0% to prolong the battery lifesspan we will maintain the battery DOD to 50% that will give us 6hrs.


HOE TO CALCULATE INVERTER /UPS CHARGING CURRENT.

Firstly find out the inverter vdc(voltage direct current) which is usually ranges from 12vdc-180vdc above

If my inverter/ ups is a 12v ( that is for one 12v battery) the charging current will be 10% of the battery ah. That is 10/100 =0.1
0.1x 200 = 20a..
Therefore a 12v inverter of any given capacity charging 200ah battery has about 20a charging current.

HOW TO CALCULATE CHARGING TIME
that will be battery ah divide by charging current.

200ah/20a = 10hrs

HOW TO CALCULATE NO OF SOLAR PANEL FOR YOUR BATTERY
suppose you have one 200ah/12v battery and u need solar to charge in the absent of power supply.
It is simple. First know your battery charging current as calculated above 200ah battery charging current is 20a and the battery is 12v.

Power is v x a i.e 12 x 20 =240w

We need 240w solar panel to charge our battery
Note it is recommended we use panel bigger than the one we need in this case we will need 480w panel for proper charging .

Tonytech services ltd
Providing you quality services at all time

Our services includes installation, sales and maintenance of:
1 inverter
2 solar panel
3 cctv
4 electrical
5 solar street light etc
6 computer system

Call an expert today.
WhatsApp 0.8.1.8.0.7.2.9.6.1.2.,
Call 0.7.0.1.0.4.2.3.3.3.7

MrTony34:
Thank you for checking out.
In this place i will teach you on how you can successful chose the right number of solar panel that will charge your inverter battery adequately during the day and the right capacity of inverter to choose and use for your load.

I choose to do this because, it is one of the challenging side most of our installers have that brings about under estimation based on guess, of the estimated number of solar panel required to charge inverter battery adequately and efficiently during the day of sunrise.

Many dont have the idea on how the expert do it and that is cause of this write-up. Almost all engineering work involves planning and that planing is CALCULATION.

When you dont know how the experts do this calculation this how you end up causing the early damage of battery life span and incuring more cost for that customer and end up losing the them as possible. Because getting it right at first is ths key.

All these challenges are what i will treat here to enable you have confidence in yourself with no doubt of your potentiality. Though, if you have no engineering bases you can still be able to do it with ease.

We shall commence in doing the calculation one after the other.

What is an inverter? Is an electronic device that invert dc battery input to output ac for powering of our electrical appliances.

I.e it converts direct current from battery into alternating current. It is the ac output we use to power our devices at home

There are three types of inverter
1 square wave inverter
2. Modifies sine wave
3. Pure sinewave inverter

Square wave inverter produces alternating current that is not smooth and which is very harmful to our home appliances.

Modified sine wave has more better smooth wave than square wave which could be used to power some home appliances.

Pure sine wave produces pure smooth wave exactly like the one power grid supplies to us. But this inverter is more expensive than others

Many people mistake inverter to solar panel and battery.

Solar panel is just an alternative source of power to charge our battery in the absence of power supply. Battery is used to store charges from the panel or from the power supply through inverter charging circuit or by a saparate charger device.

Solar Panel cannot work alone without inverter and battery.

Some Inverter can work alone without battery but will go off as soon as nepa goes of because there is no battery as backup.

Below are the calculations

HOW TO KNOW THE CAPACITY OF INVERTER/UPS TO CARRY For YOUR LOAD
To do that you will need to know first the total load in your house.
Supposed you have:
1. TV 50"....60w
2. Decoder ...25w
3.fan 62".....80w
4. 10 lights each 25w.x10=250w

Total power ...415w
What is the capacity of ups/inverter to carry the load (415w)

We divide the the power load (415w) by
one of the standardd power factor (0.8, 0.7,0.6)
That will give us ...415/0.7 =519va

Therefore we will need 600va or 650va inverter/ups to carry the load.

Note that It is recommended to chose inverter/ ups bigger than the one we need.

HOW TO CALCULATE BATTERY BACKUP TIME.
supposed we have 2 batteries of 200ah/12v and a total load 415w. How many hours will the battery last?

Firstly multiply the battery voltage by the amp hour.
200ah x 12v =2400wh x2 =4800wh
Divide by the load ..4800wh/415w =11hrs.5min

Our backup time will 11hrs.5min but due to the battery can not drop to 0% to prolong the battery lifesspan we will maintain the battery DOD to 50% that will give us 6hrs.


HOE TO CALCULATE INVERTER /UPS CHARGING CURRENT.

Firstly find out the inverter vdc(voltage direct current) which is usually ranges from 12vdc-180vdc above

If my inverter/ ups is a 12v ( that is for one 12v battery) the charging current will be 10% of the battery ah. That is 10/100 =0.1
0.1x 200 = 20a..
Therefore a 12v inverter of any given capacity charging 200ah battery has about 20a charging current.

HOW TO CALCULATE CHARGING TIME
that will be battery ah divide by charging current.

200ah/20a = 10hrs

HOW TO CALCULATE NO OF SOLAR PANEL FOR YOUR BATTERY
suppose you have one 200ah/12v battery and u need solar to charge in the absent of power supply.
It is simple. First know your battery charging current as calculated above 200ah battery charging current is 20a and the battery is 12v.

Power is v x a i.e 12 x 20 =240w

We need 240w solar panel to charge our battery
Note it is recommended we use panel bigger than the one we need in this case we will need 480w panel for proper charging .

Tonytech services ltd
Providing you quality services at all time

Our services includes installation, sales and maintenance of:
1 inverter
2 solar panel
3 cctv
4 electrical
5 solar street light etc
6 computer system

Call an expert today.
WhatsApp 0.8.1.8.0.7.2.9.6.1.2.,
Call 0.7.0.1.0.4.2.3.3.3.7

MrTony34:
Thank you for checking out.
In this place i will teach you on how you can successful chose the right number of solar panel that will charge your inverter battery adequately during the day and the right capacity of inverter to choose and use for your load.

I choose to do this because, it is one of the challenging side most of our installers have that brings about under estimation based on guess, of the estimated number of solar panel required to charge inverter battery adequately and efficiently during the day of sunrise.

Many dont have the idea on how the expert do it and that is cause of this write-up. Almost all engineering work involves planning and that planing is CALCULATION.

When you dont know how the experts do this calculation this how you end up causing the early damage of battery life span and incuring more cost for that customer and end up losing the them as possible. Because getting it right at first is ths key.

All these challenges are what i will treat here to enable you have confidence in yourself with no doubt of your potentiality. Though, if you have no engineering bases you can still be able to do it with ease.

We shall commence in doing the calculation one after the other.

What is an inverter? Is an electronic device that invert dc battery input to output ac for powering of our electrical appliances.

I.e it converts direct current from battery into alternating current. It is the ac output we use to power our devices at home

There are three types of inverter
1 square wave inverter
2. Modifies sine wave
3. Pure sinewave inverter

Square wave inverter produces alternating current that is not smooth and which is very harmful to our home appliances.

Modified sine wave has more better smooth wave than square wave which could be used to power some home appliances.

Pure sine wave produces pure smooth wave exactly like the one power grid supplies to us. But this inverter is more expensive than others

Many people mistake inverter to solar panel and battery.

Solar panel is just an alternative source of power to charge our battery in the absence of power supply. Battery is used to store charges from the panel or from the power supply through inverter charging circuit or by a saparate charger device.

Solar Panel cannot work alone without inverter and battery.

Some Inverter can work alone without battery but will go off as soon as nepa goes of because there is no battery as backup.

Below are the calculations

HOW TO KNOW THE CAPACITY OF INVERTER/UPS TO CARRY For YOUR LOAD
To do that you will need to know first the total load in your house.
Supposed you have:
1. TV 50"....60w
2. Decoder ...25w
3.fan 62".....80w
4. 10 lights each 25w.x10=250w

Total power ...415w
What is the capacity of ups/inverter to carry the load (415w)

We divide the the power load (415w) by
one of the standardd power factor (0.8, 0.7,0.6)
That will give us ...415/0.7 =519va

Therefore we will need 600va or 650va inverter/ups to carry the load.

Note that It is recommended to chose inverter/ ups bigger than the one we need.

HOW TO CALCULATE BATTERY BACKUP TIME.
supposed we have 2 batteries of 200ah/12v and a total load 415w. How many hours will the battery last?

Firstly multiply the battery voltage by the amp hour.
200ah x 12v =2400wh x2 =4800wh
Divide by the load ..4800wh/415w =11hrs.5min

Our backup time will 11hrs.5min but due to the battery can not drop to 0% to prolong the battery lifesspan we will maintain the battery DOD to 50% that will give us 6hrs.


HOE TO CALCULATE INVERTER /UPS CHARGING CURRENT.

Firstly find out the inverter vdc(voltage direct current) which is usually ranges from 12vdc-180vdc above

If my inverter/ ups is a 12v ( that is for one 12v battery) the charging current will be 10% of the battery ah. That is 10/100 =0.1
0.1x 200 = 20a..
Therefore a 12v inverter of any given capacity charging 200ah battery has about 20a charging current.

HOW TO CALCULATE CHARGING TIME
that will be battery ah divide by charging current.

200ah/20a = 10hrs

HOW TO CALCULATE NO OF SOLAR PANEL FOR YOUR BATTERY
suppose you have one 200ah/12v battery and u need solar to charge in the absent of power supply.
It is simple. First know your battery charging current as calculated above 200ah battery charging current is 20a and the battery is 12v.

Power is v x a i.e 12 x 20 =240w

We need 240w solar panel to charge our battery
Note it is recommended we use panel bigger than the one we need in this case we will need 480w panel for proper charging .

Tonytech services ltd
Providing you quality services at all time

Our services includes installation, sales and maintenance of:
1 inverter
2 solar panel
3 cctv
4 electrical
5 solar street light etc
6 computer system

Call an expert today.
WhatsApp 0.8.1.8.0.7.2.9.6.1.2.,
Call 0.7.0.1.0.4.2.3.3.3.7

MrTony34:
Thank you for checking out.
In this place i will teach you on how you can successful chose the right number of solar panel that will charge your inverter battery adequately during the day and the right capacity of inverter to choose and use for your load.

I choose to do this because, it is one of the challenging side most of our installers have that brings about under estimation based on guess, of the estimated number of solar panel required to charge inverter battery adequately and efficiently during the day of sunrise.

Many dont have the idea on how the expert do it and that is cause of this write-up. Almost all engineering work involves planning and that planing is CALCULATION.

When you dont know how the experts do this calculation this how you end up causing the early damage of battery life span and incuring more cost for that customer and end up losing the them as possible. Because getting it right at first is ths key.

All these challenges are what i will treat here to enable you have confidence in yourself with no doubt of your potentiality. Though, if you have no engineering bases you can still be able to do it with ease.

We shall commence in doing the calculation one after the other.

What is an inverter? Is an electronic device that invert dc battery input to output ac for powering of our electrical appliances.

I.e it converts direct current from battery into alternating current. It is the ac output we use to power our devices at home

There are three types of inverter
1 square wave inverter
2. Modifies sine wave
3. Pure sinewave inverter

Square wave inverter produces alternating current that is not smooth and which is very harmful to our home appliances.

Modified sine wave has more better smooth wave than square wave which could be used to power some home appliances.

Pure sine wave produces pure smooth wave exactly like the one power grid supplies to us. But this inverter is more expensive than others

Many people mistake inverter to solar panel and battery.

Solar panel is just an alternative source of power to charge our battery in the absence of power supply. Battery is used to store charges from the panel or from the power supply through inverter charging circuit or by a saparate charger device.

Solar Panel cannot work alone without inverter and battery.

Some Inverter can work alone without battery but will go off as soon as nepa goes of because there is no battery as backup.

Below are the calculations

HOW TO KNOW THE CAPACITY OF INVERTER/UPS TO CARRY For YOUR LOAD
To do that you will need to know first the total load in your house.
Supposed you have:
1. TV 50"....60w
2. Decoder ...25w
3.fan 62".....80w
4. 10 lights each 25w.x10=250w

Total power ...415w
What is the capacity of ups/inverter to carry the load (415w)

We divide the the power load (415w) by
one of the standardd power factor (0.8, 0.7,0.6)
That will give us ...415/0.7 =519va

Therefore we will need 600va or 650va inverter/ups to carry the load.

Note that It is recommended to chose inverter/ ups bigger than the one we need.

HOW TO CALCULATE BATTERY BACKUP TIME.
supposed we have 2 batteries of 200ah/12v and a total load 415w. How many hours will the battery last?

Firstly multiply the battery voltage by the amp hour.
200ah x 12v =2400wh x2 =4800wh
Divide by the load ..4800wh/415w =11hrs.5min

Our backup time will 11hrs.5min but due to the battery can not drop to 0% to prolong the battery lifesspan we will maintain the battery DOD to 50% that will give us 6hrs.


HOE TO CALCULATE INVERTER /UPS CHARGING CURRENT.

Firstly find out the inverter vdc(voltage direct current) which is usually ranges from 12vdc-180vdc above

If my inverter/ ups is a 12v ( that is for one 12v battery) the charging current will be 10% of the battery ah. That is 10/100 =0.1
0.1x 200 = 20a..
Therefore a 12v inverter of any given capacity charging 200ah battery has about 20a charging current.

HOW TO CALCULATE CHARGING TIME
that will be battery ah divide by charging current.

200ah/20a = 10hrs

HOW TO CALCULATE NO OF SOLAR PANEL FOR YOUR BATTERY
suppose you have one 200ah/12v battery and u need solar to charge in the absent of power supply.
It is simple. First know your battery charging current as calculated above 200ah battery charging current is 20a and the battery is 12v.

Power is v x a i.e 12 x 20 =240w

We need 240w solar panel to charge our battery
Note it is recommended we use panel bigger than the one we need in this case we will need 480w panel for proper charging .

Tonytech services ltd
Providing you quality services at all time

Our services includes installation, sales and maintenance of:
1 inverter
2 solar panel
3 cctv
4 electrical
5 solar street light etc
6 computer system

Call an expert today.
WhatsApp 0.8.1.8.0.7.2.9.6.1.2.,
Call 0.7.0.1.0.4.2.3.3.3.7

MrTony34:
Thank you for checking out.
In this place i will teach you on how you can successful chose the right number of solar panel that will charge your inverter battery adequately during the day and the right capacity of inverter to choose and use for your load.

I choose to do this because, it is one of the challenging side most of our installers have that brings about under estimation based on guess, of the estimated number of solar panel required to charge inverter battery adequately and efficiently during the day of sunrise.

Many dont have the idea on how the expert do it and that is cause of this write-up. Almost all engineering work involves planning and that planing is CALCULATION.

When you dont know how the experts do this calculation this how you end up causing the early damage of battery life span and incuring more cost for that customer and end up losing the them as possible. Because getting it right at first is ths key.

All these challenges are what i will treat here to enable you have confidence in yourself with no doubt of your potentiality. Though, if you have no engineering bases you can still be able to do it with ease.

We shall commence in doing the calculation one after the other.

What is an inverter? Is an electronic device that invert dc battery input to output ac for powering of our electrical appliances.

I.e it converts direct current from battery into alternating current. It is the ac output we use to power our devices at home

There are three types of inverter
1 square wave inverter
2. Modifies sine wave
3. Pure sinewave inverter

Square wave inverter produces alternating current that is not smooth and which is very harmful to our home appliances.

Modified sine wave has more better smooth wave than square wave which could be used to power some home appliances.

Pure sine wave produces pure smooth wave exactly like the one power grid supplies to us. But this inverter is more expensive than others

Many people mistake inverter to solar panel and battery.

Solar panel is just an alternative source of power to charge our battery in the absence of power supply. Battery is used to store charges from the panel or from the power supply through inverter charging circuit or by a saparate charger device.

Solar Panel cannot work alone without inverter and battery.

Some Inverter can work alone without battery but will go off as soon as nepa goes of because there is no battery as backup.

Below are the calculations

HOW TO KNOW THE CAPACITY OF INVERTER/UPS TO CARRY For YOUR LOAD
To do that you will need to know first the total load in your house.
Supposed you have:
1. TV 50"....60w
2. Decoder ...25w
3.fan 62".....80w
4. 10 lights each 25w.x10=250w

Total power ...415w
What is the capacity of ups/inverter to carry the load (415w)

We divide the the power load (415w) by
one of the standardd power factor (0.8, 0.7,0.6)
That will give us ...415/0.7 =519va

Therefore we will need 600va or 650va inverter/ups to carry the load.

Note that It is recommended to chose inverter/ ups bigger than the one we need.

HOW TO CALCULATE BATTERY BACKUP TIME.
supposed we have 2 batteries of 200ah/12v and a total load 415w. How many hours will the battery last?

Firstly multiply the battery voltage by the amp hour.
200ah x 12v =2400wh x2 =4800wh
Divide by the load ..4800wh/415w =11hrs.5min

Our backup time will 11hrs.5min but due to the battery can not drop to 0% to prolong the battery lifesspan we will maintain the battery DOD to 50% that will give us 6hrs.


HOE TO CALCULATE INVERTER /UPS CHARGING CURRENT.

Firstly find out the inverter vdc(voltage direct current) which is usually ranges from 12vdc-180vdc above

If my inverter/ ups is a 12v ( that is for one 12v battery) the charging current will be 10% of the battery ah. That is 10/100 =0.1
0.1x 200 = 20a..
Therefore a 12v inverter of any given capacity charging 200ah battery has about 20a charging current.

HOW TO CALCULATE CHARGING TIME
that will be battery ah divide by charging current.

200ah/20a = 10hrs

HOW TO CALCULATE NO OF SOLAR PANEL FOR YOUR BATTERY
suppose you have one 200ah/12v battery and u need solar to charge in the absent of power supply.
It is simple. First know your battery charging current as calculated above 200ah battery charging current is 20a and the battery is 12v.

Power is v x a i.e 12 x 20 =240w

We need 240w solar panel to charge our battery
Note it is recommended we use panel bigger than the one we need in this case we will need 480w panel for proper charging .

Tonytech services ltd
Providing you quality services at all time

Our services includes installation, sales and maintenance of:
1 inverter
2 solar panel
3 cctv
4 electrical
5 solar street light etc
6 computer system

Call an expert today.
WhatsApp 0.8.1.8.0.7.2.9.6.1.2.,
Call 0.7.0.1.0.4.2.3.3.3.7

MrTony34:
Thank you for checking out.
In this place i will teach you on how you can successful chose the right number of solar panel that will charge your inverter battery adequately during the day and the right capacity of inverter to choose and use for your load.

I choose to do this because, it is one of the challenging side most of our installers have that brings about under estimation based on guess, of the estimated number of solar panel required to charge inverter battery adequately and efficiently during the day of sunrise.

Many dont have the idea on how the expert do it and that is cause of this write-up. Almost all engineering work involves planning and that planing is CALCULATION.

When you dont know how the experts do this calculation this how you end up causing the early damage of battery life span and incuring more cost for that customer and end up losing the them as possible. Because getting it right at first is ths key.

All these challenges are what i will treat here to enable you have confidence in yourself with no doubt of your potentiality. Though, if you have no engineering bases you can still be able to do it with ease.

We shall commence in doing the calculation one after the other.

What is an inverter? Is an electronic device that invert dc battery input to output ac for powering of our electrical appliances.

I.e it converts direct current from battery into alternating current. It is the ac output we use to power our devices at home

There are three types of inverter
1 square wave inverter
2. Modifies sine wave
3. Pure sinewave inverter

Square wave inverter produces alternating current that is not smooth and which is very harmful to our home appliances.

Modified sine wave has more better smooth wave than square wave which could be used to power some home appliances.

Pure sine wave produces pure smooth wave exactly like the one power grid supplies to us. But this inverter is more expensive than others

Many people mistake inverter to solar panel and battery.

Solar panel is just an alternative source of power to charge our battery in the absence of power supply. Battery is used to store charges from the panel or from the power supply through inverter charging circuit or by a saparate charger device.

Solar Panel cannot work alone without inverter and battery.

Some Inverter can work alone without battery but will go off as soon as nepa goes of because there is no battery as backup.

Below are the calculations

HOW TO KNOW THE CAPACITY OF INVERTER/UPS TO CARRY For YOUR LOAD
To do that you will need to know first the total load in your house.
Supposed you have:
1. TV 50"....60w
2. Decoder ...25w
3.fan 62".....80w
4. 10 lights each 25w.x10=250w

Total power ...415w
What is the capacity of ups/inverter to carry the load (415w)

We divide the the power load (415w) by
one of the standardd power factor (0.8, 0.7,0.6)
That will give us ...415/0.7 =519va

Therefore we will need 600va or 650va inverter/ups to carry the load.

Note that It is recommended to chose inverter/ ups bigger than the one we need.

HOW TO CALCULATE BATTERY BACKUP TIME.
supposed we have 2 batteries of 200ah/12v and a total load 415w. How many hours will the battery last?

Firstly multiply the battery voltage by the amp hour.
200ah x 12v =2400wh x2 =4800wh
Divide by the load ..4800wh/415w =11hrs.5min

Our backup time will 11hrs.5min but due to the battery can not drop to 0% to prolong the battery lifesspan we will maintain the battery DOD to 50% that will give us 6hrs.


HOE TO CALCULATE INVERTER /UPS CHARGING CURRENT.

Firstly find out the inverter vdc(voltage direct current) which is usually ranges from 12vdc-180vdc above

If my inverter/ ups is a 12v ( that is for one 12v battery) the charging current will be 10% of the battery ah. That is 10/100 =0.1
0.1x 200 = 20a..
Therefore a 12v inverter of any given capacity charging 200ah battery has about 20a charging current.

HOW TO CALCULATE CHARGING TIME
that will be battery ah divide by charging current.

200ah/20a = 10hrs

HOW TO CALCULATE NO OF SOLAR PANEL FOR YOUR BATTERY
suppose you have one 200ah/12v battery and u need solar to charge in the absent of power supply.
It is simple. First know your battery charging current as calculated above 200ah battery charging current is 20a and the battery is 12v.

Power is v x a i.e 12 x 20 =240w

We need 240w solar panel to charge our battery
Note it is recommended we use panel bigger than the one we need in this case we will need 480w panel for proper charging .

Tonytech services ltd
Providing you quality services at all time

Our services includes installation, sales and maintenance of:
1 inverter
2 solar panel
3 cctv
4 electrical
5 solar street light etc
6 computer system

Call an expert today.
WhatsApp 0.8.1.8.0.7.2.9.6.1.2.,
Call 0.7.0.1.0.4.2.3.3.3.7

MrTony34:
Thank you for checking out.
In this place i will teach you on how you can successful chose the right number of solar panel that will charge your inverter battery adequately during the day and the right capacity of inverter to choose and use for your load.

I choose to do this because, it is one of the challenging side most of our installers have that brings about under estimation based on guess, of the estimated number of solar panel required to charge inverter battery adequately and efficiently during the day of sunrise.

Many dont have the idea on how the expert do it and that is cause of this write-up. Almost all engineering work involves planning and that planing is CALCULATION.

When you dont know how the experts do this calculation this how you end up causing the early damage of battery life span and incuring more cost for that customer and end up losing the them as possible. Because getting it right at first is ths key.

All these challenges are what i will treat here to enable you have confidence in yourself with no doubt of your potentiality. Though, if you have no engineering bases you can still be able to do it with ease.

We shall commence in doing the calculation one after the other.

What is an inverter? Is an electronic device that invert dc battery input to output ac for powering of our electrical appliances.

I.e it converts direct current from battery into alternating current. It is the ac output we use to power our devices at home

There are three types of inverter
1 square wave inverter
2. Modifies sine wave
3. Pure sinewave inverter

Square wave inverter produces alternating current that is not smooth and which is very harmful to our home appliances.

Modified sine wave has more better smooth wave than square wave which could be used to power some home appliances.

Pure sine wave produces pure smooth wave exactly like the one power grid supplies to us. But this inverter is more expensive than others

Many people mistake inverter to solar panel and battery.

Solar panel is just an alternative source of power to charge our battery in the absence of power supply. Battery is used to store charges from the panel or from the power supply through inverter charging circuit or by a saparate charger device.

Solar Panel cannot work alone without inverter and battery.

Some Inverter can work alone without battery but will go off as soon as nepa goes of because there is no battery as backup.

Below are the calculations

HOW TO KNOW THE CAPACITY OF INVERTER/UPS TO CARRY For YOUR LOAD
To do that you will need to know first the total load in your house.
Supposed you have:
1. TV 50"....60w
2. Decoder ...25w
3.fan 62".....80w
4. 10 lights each 25w.x10=250w

Total power ...415w
What is the capacity of ups/inverter to carry the load (415w)

We divide the the power load (415w) by
one of the standardd power factor (0.8, 0.7,0.6)
That will give us ...415/0.7 =519va

Therefore we will need 600va or 650va inverter/ups to carry the load.

Note that It is recommended to chose inverter/ ups bigger than the one we need.

HOW TO CALCULATE BATTERY BACKUP TIME.
supposed we have 2 batteries of 200ah/12v and a total load 415w. How many hours will the battery last?

Firstly multiply the battery voltage by the amp hour.
200ah x 12v =2400wh x2 =4800wh
Divide by the load ..4800wh/415w =11hrs.5min

Our backup time will 11hrs.5min but due to the battery can not drop to 0% to prolong the battery lifesspan we will maintain the battery DOD to 50% that will give us 6hrs.


HOE TO CALCULATE INVERTER /UPS CHARGING CURRENT.

Firstly find out the inverter vdc(voltage direct current) which is usually ranges from 12vdc-180vdc above

If my inverter/ ups is a 12v ( that is for one 12v battery) the charging current will be 10% of the battery ah. That is 10/100 =0.1
0.1x 200 = 20a..
Therefore a 12v inverter of any given capacity charging 200ah battery has about 20a charging current.

HOW TO CALCULATE CHARGING TIME
that will be battery ah divide by charging current.

200ah/20a = 10hrs

HOW TO CALCULATE NO OF SOLAR PANEL FOR YOUR BATTERY
suppose you have one 200ah/12v battery and u need solar to charge in the absent of power supply.
It is simple. First know your battery charging current as calculated above 200ah battery charging current is 20a and the battery is 12v.

Power is v x a i.e 12 x 20 =240w

We need 240w solar panel to charge our battery
Note it is recommended we use panel bigger than the one we need in this case we will need 480w panel for proper charging .

Tonytech services ltd
Providing you quality services at all time

Our services includes installation, sales and maintenance of:
1 inverter
2 solar panel
3 cctv
4 electrical
5 solar street light etc
6 computer system

Call an expert today.
WhatsApp 0.8.1.8.0.7.2.9.6.1.2.,
Call 0.7.0.1.0.4.2.3.3.3.7

MrTony34:
Thank you for checking out.
In this place i will teach you on how you can successful chose the right number of solar panel that will charge your inverter battery adequately during the day and the right capacity of inverter to choose and use for your load.

I choose to do this because, it is one of the challenging side most of our installers have that brings about under estimation based on guess, of the estimated number of solar panel required to charge inverter battery adequately and efficiently during the day of sunrise.

Many dont have the idea on how the expert do it and that is cause of this write-up. Almost all engineering work involves planning and that planing is CALCULATION.

When you dont know how the experts do this calculation this how you end up causing the early damage of battery life span and incuring more cost for that customer and end up losing the them as possible. Because getting it right at first is ths key.

All these challenges are what i will treat here to enable you have confidence in yourself with no doubt of your potentiality. Though, if you have no engineering bases you can still be able to do it with ease.

We shall commence in doing the calculation one after the other.

What is an inverter? Is an electronic device that invert dc battery input to output ac for powering of our electrical appliances.

I.e it converts direct current from battery into alternating current. It is the ac output we use to power our devices at home

There are three types of inverter
1 square wave inverter
2. Modifies sine wave
3. Pure sinewave inverter

Square wave inverter produces alternating current that is not smooth and which is very harmful to our home appliances.

Modified sine wave has more better smooth wave than square wave which could be used to power some home appliances.

Pure sine wave produces pure smooth wave exactly like the one power grid supplies to us. But this inverter is more expensive than others

Many people mistake inverter to solar panel and battery.

Solar panel is just an alternative source of power to charge our battery in the absence of power supply. Battery is used to store charges from the panel or from the power supply through inverter charging circuit or by a saparate charger device.

Solar Panel cannot work alone without inverter and battery.

Some Inverter can work alone without battery but will go off as soon as nepa goes of because there is no battery as backup.

Below are the calculations

HOW TO KNOW THE CAPACITY OF INVERTER/UPS TO CARRY For YOUR LOAD
To do that you will need to know first the total load in your house.
Supposed you have:
1. TV 50"....60w
2. Decoder ...25w
3.fan 62".....80w
4. 10 lights each 25w.x10=250w

Total power ...415w
What is the capacity of ups/inverter to carry the load (415w)

We divide the the power load (415w) by
one of the standardd power factor (0.8, 0.7,0.6)
That will give us ...415/0.7 =519va

Therefore we will need 600va or 650va inverter/ups to carry the load.

Note that It is recommended to chose inverter/ ups bigger than the one we need.

HOW TO CALCULATE BATTERY BACKUP TIME.
supposed we have 2 batteries of 200ah/12v and a total load 415w. How many hours will the battery last?

Firstly multiply the battery voltage by the amp hour.
200ah x 12v =2400wh x2 =4800wh
Divide by the load ..4800wh/415w =11hrs.5min

Our backup time will 11hrs.5min but due to the battery can not drop to 0% to prolong the battery lifesspan we will maintain the battery DOD to 50% that will give us 6hrs.


HOE TO CALCULATE INVERTER /UPS CHARGING CURRENT.

Firstly find out the inverter vdc(voltage direct current) which is usually ranges from 12vdc-180vdc above

If my inverter/ ups is a 12v ( that is for one 12v battery) the charging current will be 10% of the battery ah. That is 10/100 =0.1
0.1x 200 = 20a..
Therefore a 12v inverter of any given capacity charging 200ah battery has about 20a charging current.

HOW TO CALCULATE CHARGING TIME
that will be battery ah divide by charging current.

200ah/20a = 10hrs

HOW TO CALCULATE NO OF SOLAR PANEL FOR YOUR BATTERY
suppose you have one 200ah/12v battery and u need solar to charge in the absent of power supply.
It is simple. First know your battery charging current as calculated above 200ah battery charging current is 20a and the battery is 12v.

Power is v x a i.e 12 x 20 =240w

We need 240w solar panel to charge our battery
Note it is recommended we use panel bigger than the one we need in this case we will need 480w panel for proper charging .

Tonytech services ltd
Providing you quality services at all time

Our services includes installation, sales and maintenance of:
1 inverter
2 solar panel
3 cctv
4 electrical
5 solar street light etc
6 computer system

Call an expert today.
WhatsApp 0.8.1.8.0.7.2.9.6.1.2.,
Call 0.7.0.1.0.4.2.3.3.3.7

MrTony34:
Thank you for checking out.
In this place i will teach you on how you can successful chose the right number of solar panel that will charge your inverter battery adequately during the day and the right capacity of inverter to choose and use for your load.

I choose to do this because, it is one of the challenging side most of our installers have that brings about under estimation based on guess, of the estimated number of solar panel required to charge inverter battery adequately and efficiently during the day of sunrise.

Many dont have the idea on how the expert do it and that is cause of this write-up. Almost all engineering work involves planning and that planing is CALCULATION.

When you dont know how the experts do this calculation this how you end up causing the early damage of battery life span and incuring more cost for that customer and end up losing the them as possible. Because getting it right at first is ths key.

All these challenges are what i will treat here to enable you have confidence in yourself with no doubt of your potentiality. Though, if you have no engineering bases you can still be able to do it with ease.

We shall commence in doing the calculation one after the other.

What is an inverter? Is an electronic device that invert dc battery input to output ac for powering of our electrical appliances.

I.e it converts direct current from battery into alternating current. It is the ac output we use to power our devices at home

There are three types of inverter
1 square wave inverter
2. Modifies sine wave
3. Pure sinewave inverter

Square wave inverter produces alternating current that is not smooth and which is very harmful to our home appliances.

Modified sine wave has more better smooth wave than square wave which could be used to power some home appliances.

Pure sine wave produces pure smooth wave exactly like the one power grid supplies to us. But this inverter is more expensive than others

Many people mistake inverter to solar panel and battery.

Solar panel is just an alternative source of power to charge our battery in the absence of power supply. Battery is used to store charges from the panel or from the power supply through inverter charging circuit or by a saparate charger device.

Solar Panel cannot work alone without inverter and battery.

Some Inverter can work alone without battery but will go off as soon as nepa goes of because there is no battery as backup.

Below are the calculations

HOW TO KNOW THE CAPACITY OF INVERTER/UPS TO CARRY For YOUR LOAD
To do that you will need to know first the total load in your house.
Supposed you have:
1. TV 50"....60w
2. Decoder ...25w
3.fan 62".....80w
4. 10 lights each 25w.x10=250w

Total power ...415w
What is the capacity of ups/inverter to carry the load (415w)

We divide the the power load (415w) by
one of the standardd power factor (0.8, 0.7,0.6)
That will give us ...415/0.7 =519va

Therefore we will need 600va or 650va inverter/ups to carry the load.

Note that It is recommended to chose inverter/ ups bigger than the one we need.

HOW TO CALCULATE BATTERY BACKUP TIME.
supposed we have 2 batteries of 200ah/12v and a total load 415w. How many hours will the battery last?

Firstly multiply the battery voltage by the amp hour.
200ah x 12v =2400wh x2 =4800wh
Divide by the load ..4800wh/415w =11hrs.5min

Our backup time will 11hrs.5min but due to the battery can not drop to 0% to prolong the battery lifesspan we will maintain the battery DOD to 50% that will give us 6hrs.


HOE TO CALCULATE INVERTER /UPS CHARGING CURRENT.

Firstly find out the inverter vdc(voltage direct current) which is usually ranges from 12vdc-180vdc above

If my inverter/ ups is a 12v ( that is for one 12v battery) the charging current will be 10% of the battery ah. That is 10/100 =0.1
0.1x 200 = 20a..
Therefore a 12v inverter of any given capacity charging 200ah battery has about 20a charging current.

HOW TO CALCULATE CHARGING TIME
that will be battery ah divide by charging current.

200ah/20a = 10hrs

HOW TO CALCULATE NO OF SOLAR PANEL FOR YOUR BATTERY
suppose you have one 200ah/12v battery and u need solar to charge in the absent of power supply.
It is simple. First know your battery charging current as calculated above 200ah battery charging current is 20a and the battery is 12v.

Power is v x a i.e 12 x 20 =240w

We need 240w solar panel to charge our battery
Note it is recommended we use panel bigger than the one we need in this case we will need 480w panel for proper charging .

Tonytech services ltd
Providing you quality services at all time

Our services includes installation, sales and maintenance of:
1 inverter
2 solar panel
3 cctv
4 electrical
5 solar street light etc
6 computer system

Call an expert today.
WhatsApp 0.8.1.8.0.7.2.9.6.1.2.,
Call 0.7.0.1.0.4.2.3.3.3.7

Femgold11:
Which is the best to use between inverter and ups

MrTony34:
Thank you for checking out.
In this place i will teach you on how you can successful chose the right number of solar panel that will charge your inverter battery adequately during the day and the right capacity of inverter to choose and use for your load.

I choose to do this because, it is one of the challenging side most of our installers have that brings about under estimation based on guess, of the estimated number of solar panel required to charge inverter battery adequately and efficiently during the day of sunrise.

Many dont have the idea on how the expert do it and that is cause of this write-up. Almost all engineering work involves planning and that planing is CALCULATION.

When you dont know how the experts do this calculation this how you end up causing the early damage of battery life span and incuring more cost for that customer and end up losing the them as possible. Because getting it right at first is ths key.

All these challenges are what i will treat here to enable you have confidence in yourself with no doubt of your potentiality. Though, if you have no engineering bases you can still be able to do it with ease.

We shall commence in doing the calculation one after the other.

What is an inverter? Is an electronic device that invert dc battery input to output ac for powering of our electrical appliances.

I.e it converts direct current from battery into alternating current. It is the ac output we use to power our devices at home

There are three types of inverter
1 square wave inverter
2. Modifies sine wave
3. Pure sinewave inverter

Square wave inverter produces alternating current that is not smooth and which is very harmful to our home appliances.

Modified sine wave has more better smooth wave than square wave which could be used to power some home appliances.

Pure sine wave produces pure smooth wave exactly like the one power grid supplies to us. But this inverter is more expensive than others

Many people mistake inverter to solar panel and battery.

Solar panel is just an alternative source of power to charge our battery in the absence of power supply. Battery is used to store charges from the panel or from the power supply through inverter charging circuit or by a saparate charger device.

Solar Panel cannot work alone without inverter and battery.

Some Inverter can work alone without battery but will go off as soon as nepa goes of because there is no battery as backup.

Below are the calculations

HOW TO KNOW THE CAPACITY OF INVERTER/UPS TO CARRY For YOUR LOAD
To do that you will need to know first the total load in your house.
Supposed you have:
1. TV 50"....60w
2. Decoder ...25w
3.fan 62".....80w
4. 10 lights each 25w.x10=250w

Total power ...415w
What is the capacity of ups/inverter to carry the load (415w)

We divide the the power load (415w) by
one of the standardd power factor (0.8, 0.7,0.6)
That will give us ...415/0.7 =519va

Therefore we will need 600va or 650va inverter/ups to carry the load.

Note that It is recommended to chose inverter/ ups bigger than the one we need.

HOW TO CALCULATE BATTERY BACKUP TIME.
supposed we have 2 batteries of 200ah/12v and a total load 415w. How many hours will the battery last?

Firstly multiply the battery voltage by the amp hour.
200ah x 12v =2400wh x2 =4800wh
Divide by the load ..4800wh/415w =11hrs.5min

Our backup time will 11hrs.5min but due to the battery can not drop to 0% to prolong the battery lifesspan we will maintain the battery DOD to 50% that will give us 6hrs.


HOE TO CALCULATE INVERTER /UPS CHARGING CURRENT.

Firstly find out the inverter vdc(voltage direct current) which is usually ranges from 12vdc-180vdc above

If my inverter/ ups is a 12v ( that is for one 12v battery) the charging current will be 10% of the battery ah. That is 10/100 =0.1
0.1x 200 = 20a..
Therefore a 12v inverter of any given capacity charging 200ah battery has about 20a charging current.

HOW TO CALCULATE CHARGING TIME
that will be battery ah divide by charging current.

200ah/20a = 10hrs

HOW TO CALCULATE NO OF SOLAR PANEL FOR YOUR BATTERY
suppose you have one 200ah/12v battery and u need solar to charge in the absent of power supply.
It is simple. First know your battery charging current as calculated above 200ah battery charging current is 20a and the battery is 12v.

Power is v x a i.e 12 x 20 =240w

We need 240w solar panel to charge our battery
Note it is recommended we use panel bigger than the one we need in this case we will need 480w panel for proper charging .

Tonytech services ltd
Providing you quality services at all time

Our services includes installation, sales and maintenance of:
1 inverter
2 solar panel
3 cctv
4 electrical
5 solar street light etc
6 computer system

Call an expert today.
WhatsApp 0.8.1.8.0.7.2.9.6.1.2.,
Call 0.7.0.1.0.4.2.3.3.3.7