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We buy 12v 7Ah 200 scrab battery @200
12V200Ah inverter battery scrab battery @ #15,000

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then this opportunity is for you.
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Sell your used/scrab inverter/UPS batteries at quickstandardsolutions

Sell your used batteries today at quick standard,
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Wherever you are in Lagos, Abuja, PH, Kaduna, Kano, Delta Akwa Ibom, just contact us we will pick it up.
wherever your location in Nigeria call us.

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We buy used and scrab inverters and UPS batteries.

Ranging from
12v 7AH batteries
12V 36AH
12V 50Ah
12V 100AH
12V 200AH
2V 1000AH
2V 1500AH

whether you are selling or know someone that wants to sell please contact us today.
thanks.
QuickStandard

Call 08020979952; 08163169605

By Henry Nwosu

For asking the vice President not to sign the 2017 budget until the national Assembly removes the N448 billion added to it.
The Senate has urged the acting president to be careful of people like Femi Falana SAN.


Reacting to the statement credited to Falana, in which he said the National Assembly lacked the powers to increase the budget, the Senate said the power of the purse was domiciled in the National Assembly. It added that the budget proposal remained an estimate until the National Assembly looked at it thoroughly for it to become an Appropriation Act to be assented to by the President. Speaking with Vanguard, Chairman, Senate Committee on Media and Public Affairs, Senator Sabi Abdullahi, who described Falana as a man seeking relevance, however, asked him to wait till 2019, contest for election and come to the National Assembly to work on the laws or teach the National Assembly how to work. Senator Abdullahi, who is also a member of the Senate Committee on Appropriations, said: ‘’He (Falana) is entitled to his opinion. We have been hearing so much from his these days. It’s like we want to comment on everything. I liken him to those they call Charlie, Charlie lawyer. He is looking for attention. Let him take us to court if he so wishes.” Also speaking with Vanguard, Senator Mao Ohuabunwa (PDP, Abia North) and a member of the Senate Committee on Appropriations, who specifically asked the Acting President to be very careful of some persons like Falana, said: “Acting President Yemi Osinbajo should be careful of what comes out of some persons. Budget comes to the National Assembly as estimate and until the National Assembly works on it, it cannot be an Appropriation Act when it is assented to.”

Read more at: http://www.vanguardngr.com/2017/05/budget-2017-osinbajo-careful-falana-others-senate/

midehi2:
This man should just shut up, his noise is getting much

Maybe you should shut up first, take a deep breath and read again.

I have been in Lagos for a long time now, and I have attended several Yoruba weddings with my friends and colleagues.
We don't just bow, we lie on the floor,
Secondly my boss children always lie on the floor to greet me whenever I visit him, likewise his daughter will kneel down to greet.
There's nothing wrong with it as long as they are not worshipping him. It's just respect.

michaelo2:
Before nko i own the website, are you underweight or are those two pics there your family members

how did you know is unreliable, and for your information before anything goes on my blog i do the research, as a medical physiologist i know for a fact that below a certain weight limit is dangerous for ones health.

And oh Most of my points are from my basic sembulingam and guyton not foreign websites. Youd do yourself well to learn and stop criticizing.

My dear no mind some people, only on nairaland to criticise and castigate others.
You will never see any educative post from them.
Busybody, must it be her research before its purpose is been achieved?

MrBrownJay1:
Can someone catch one of these deportees to Comfirm if 1.4billionNaira was indeed given (7million each), or if that is just BS religious propaganda as usual.... As none of them is showing even a 1000naira note, nor a check but instead a piece of paper written 7million.

Try to read and understand.
The writer said cash gift totalling #7,000,000 and not 7mil each.
#wink

goldiam:
If I am 24 and I have the kind of her stature I would rather go and get married than to start displaying my foolishness, besides I can see 1995 which is 22 years but she claimed to be 24 ayam not understanding again.

you are on point.
One is 93' second one is 95.
Which one are you really?

Che1-0mid

A friend of mine is currently overseeing a dredging project at alaba Creek just to sell sand And in less than 2months they ve spent close to 50mil
I wonder how 100m will dredge river Niger.
We are watching the many propagandas

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I will be talking about choices of batteries when planning your Solar projects, later today so,check this thread later for tips in choosing your battery.

I will be talking about choices of batteries when planning your Solar projects, later today so,check this thread later for tips in choosing your battery.

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QuickStandard:
1. How much energy can my battery store?
2. [b]How much energy will my appliances use over a given period?[/b]


1. how much energy can my battery store?

Battery capacity is measured in Amp Hours (e.g. 100AH). You need to convert this to Watt Hours by multiplying the AH figure by the battery voltage (e.g. 12V). this is just the simple calculation below

A (Battery size in AH) x B (Battery Voltage) = C (Power available in watt hours

For a 100AH, 12V battery the Watt Hours figure is 100(X) x 12(Y) = 1200 WH (Z)

This means the battery could supply 1200W for 1 hour, 600W for 2 hours or even 10w for 120 hours i.e. the more energy you take, the faster the battery drains or discharges.

Howeve,r you can't really take all the power from a battery, since once the voltage drops below your equipment’s requirements it will no longer be able to power it. Since I can't know the battery capacity of everyone, you can please check your battery’s specifications to make sure.

For Lead acid battery’s you will only able be to access around 50% of their rated power. (e.g. a 100Ah battery has 50Ah of usable power)

For Li-ion battery’s you will only be able to get around 80% of their rated power. (e.g. a 100Ah battery has 80Ah of usable power)

Another common question that most people ask regarding the battery issue is

Q. Are car battery’s as good for solar as leisure battery’s?

A. The answer is a capital NO they are NOT. The reason is because a leisure battery has been designed to be discharged and recharge, a Car battery is designed to provide a lot of power quickly but it’s not able to cope with a low internal charge and recover fully.


2. How much energy will my appliances use over a given period?

As We all know, the power consumption of appliances is generally given in Watts (e.g. My small portable TV is around 20W this information can be found on the data sticker behind most electrical items). To calculate the energy you will use over time, just multiply the power consumption by the hours of intended use.

i.e for my 20[i]watts[/i] TV in this example, if on for 2 hours, will take 20 x 2 = 40WH from the battery,
if it is on for 5hrs for example, it will take 5 x 20 =100wh from the battery.

Repeat this for all the appliances you wish to use, then add the results to establish total consumption.
let me quickly do an assumptous calculation below, which you can as well follow below.

TV 20w on for 2 hours per day = 40w per day

Radio 10w on for 5 hours per day = 50w per day

Water pump (20w) on for 20mins per day = 6.66w per day (20mins convert to hrs = 20/60=0.3333 x20 =6.66watts)

Main Light 30w on for 3h per day = 90w per day

Fan 25w on for 2h per day = 50w per day

Total = 236.6w per day

In other to lower your power usage and consumption I advise you swap out halogen lights for LED lights. LED lights generally use 80% less energy for a similar light level. We have a range of 12V LED.

Please keep your questions coming, as we are here to render solutions and ideas to as many that needs it.
and if you feel there's an explanation that's not in-depth, please why not add to the write up as no one knows it all. In so doing others will also learn a thing from your knowledge of the topic.

I will always do my best to share My knowledge here so keep it locked in.

email us at quickstandardsolutions@gmail.com or info@quickssolutions.com
call us on 08020979952.
#quickstandardsolutions.

1. How much energy can my battery store?
2. [b]How much energy will my appliances use over a given period?[/b]


1. how much energy can my battery store?

Battery capacity is measured in Amp Hours (e.g. 100AH). You need to convert this to Watt Hours by multiplying the AH figure by the battery voltage (e.g. 12V). this is just the simple calculation below

A (Battery size in AH) x B (Battery Voltage) = C (Power available in watt hours

For a 100AH, 12V battery the Watt Hours figure is 100(X) x 12(Y) = 1200 WH (Z)

This means the battery could supply 1200W for 1 hour, 600W for 2 hours or even 10w for 120 hours i.e. the more energy you take, the faster the battery drains or discharges.

Howeve,r you can't really take all the power from a battery, since once the voltage drops below your equipment’s requirements it will no longer be able to power it. Since I can't know the battery capacity of everyone, you can please check your battery’s specifications to make sure.

For Lead acid battery’s you will only able be to access around 50% of their rated power. (e.g. a 100Ah battery has 50Ah of usable power)

For Li-ion battery’s you will only be able to get around 80% of their rated power. (e.g. a 100Ah battery has 80Ah of usable power)

Another common question that most people ask regarding the battery issue is

Q. Are car battery’s as good for solar as leisure battery’s?

A. The answer is a capital NO they are NOT. The reason is because a leisure battery has been designed to be discharged and recharge, a Car battery is designed to provide a lot of power quickly but it’s not able to cope with a low internal charge and recover fully.


2. How much energy will my appliances use over a given period?

As We all know, the power consumption of appliances is generally given in Watts (e.g. My small portable TV is around 20W this information can be found on the data sticker behind most electrical items). To calculate the energy you will use over time, just multiply the power consumption by the hours of intended use.

i.e for my 20[i]watts[/i] TV in this example, if on for 2 hours, will take 20 x 2 = 40WH from the battery,
if it is on for 5hrs for example, it will take 5 x 20 =100wh from the battery.

Repeat this for all the appliances you wish to use, then add the results to establish total consumption.
let me quickly do an assumptous calculation below, which you can as well follow below.

TV 20w on for 2 hours per day = 40w per day

Radio 10w on for 5 hours per day = 50w per day

Water pump (20w) on for 20mins per day = 6.66w per day (20mins convert to hrs = 20/60=0.3333 x20 =6.66watts)

Main Light 30w on for 3h per day = 90w per day

Fan 25w on for 2h per day = 50w per day

Total = 236.6w per day

In other to lower your power usage and consumption I advise you swap out halogen lights for LED lights. LED lights generally use 80% less energy for a similar light level. We have a range of 12V LED.

Please keep your questions coming, as we are here to render solutions and ideas to as many that needs it.
and if you feel there's an explanation that's not in-depth, please why not add to the write up as no one knows it all. In so doing others will also learn a thing from your knowledge of the topic.

I will always do my best to share My knowledge here so keep it locked in.

email us at quickstandardsolutions@gmail.com or info@quickssolutions.com
call us on 08020979952.
#quickstandardsolutions.

sucezTP:
Nice one..!
I have seen ds, many a time.

why not appreciate the thoughtfulness of this? whats up with so much criticism everywhere in Nigeria?

Alright as promised yesterday am gonna take my time to break this down as possible as i can in different sub-topics

FAQs

1. how much energy can a solar panel generate over a given period of time?
2. How much energy can my battery store?
3. How much energy will my appliances use over a given period?

for number 1 question, I have answered in my initial write up "How do i know the number of solar panel needed to charge my 1kva, 24v 200ah battery?

2. how much energy can my battery store?

Battery capacity is measured in Amp Hours (e.g. 100AH). You need to convert this to Watt Hours by multiplying the AH figure by the battery voltage (e.g. 12V). this is just the simple calculation below

A (Battery size in AH) x B (Battery Voltage) = C (Power available in watt hours

For a 100AH, 12V battery the Watt Hours figure is 100(A) x 12(B) = 1200 WH (C)

This means the battery could supply 1200W for 1 hour, 600W for 2 hours or even 10w for 120 hours i.e. the more energy you take, the faster the battery drains or discharges.

Howeve,r you can't really take all the power from a battery, since once the voltage drops below your equipment’s requirements it will no longer be able to power it. Since I can't know the battery capacity of everyone, you can please check your battery’s specifications to make sure.

For Lead acid battery’s you will only able be to access around 50% of their rated power. (e.g. a 100Ah battery has 50Ah of usable power)

For Li-ion battery’s you will only be able to get around 80% of their rated power. (e.g. a 100Ah battery has 80Ah of usable power)

Another common question that most people ask regarding the battery issue is

Q. Are car battery’s as good for solar as leisure battery’s?

A. The answer is a capital NO they are NOT. The reason is because a leisure battery has been designed to be discharged and recharge, a Car battery is designed to provide a lot of power quickly but it’s not able to cope with a low internal charge and recover fully.


3. How much energy will my appliances use over a given period?

As We all know, the power consumption of appliances is generally given in Watts (e.g. My small portable TV is around 20W this information can be found on the data sticker behind most electrical items). To calculate the energy you will use over time, just multiply the power consumption by the hours of intended use.

i.e for my 20[i]watts[/i] TV in this example, if on for 2 hours, will take 20 x 2 = 40WH from the battery,
if it is on for 5hrs for example, it will take 5 x 20 =100wh from the battery.

Repeat this for all the appliances you wish to use, then add the results to establish total consumption.
let me quickly do an assumptous calculation below, which you can as well follow below.

TV 20w on for 2 hours per day = 40w per day

Radio 10w on for 5 hours per day = 50w per day

Water pump (20w) on for 20mins per day = 6.66w per day (20mins convert to hrs = 20/60=0.3333 x20 =6.66watts)

Main Light 30w on for 3h per day = 90w per day

Fan 25w on for 2h per day = 50w per day

Total = 236.6w per day

In other to lower your power usage and consumption I advise you swap out halogen lights for LED lights. LED lights generally use 80% less energy for a similar light level. We have a range of 12V LED.

Please keep your questions coming, as we are here to render solutions and ideas to as many that needs it.
and if you feel there's an explanation that's not in-depth, please why not add to the write up as no one knows it all. In so doing others will also learn a thing from your knowledge of the topic.

I will always do my best to share My knowledge here so keep it locked in.

email us at quickstandardsolutions@gmail.com or info@quickssolutions.com.ng

call us on 08020979952.
#quickstandardsolutions.

Alright, am gonna work this out to on this thread
Though, the initial write up was for a 12v200ah battery, Assumption based on totally drained battery.
And
I would have posted a comprehensive note,but am a bit tired cos I just returned home and need to rest a little.
Just follow this thread tomorrow.

perloomey:
nice write up
I'm doubting this because what determine your calculation should be your load and the hour u want to use the load
and also u ought to Ve to calculate for the battery as well,the battery is rated in cycles and also have depth of discharge which I didn't see in your calculation
for instance I'm using 1kva and all my load is a TV,and a bulb and i only put em one just 3hours per day,Uon expect my calc to be the same with the person using the same 1kva nd his loads are 2tv,6bulbs and uses it for like 11hours per day

What exactly is wrong with this country?
Several times we have been told this man is dead by the Nigerian army and government.
Now am hearing again he's injured
Question is
how many lives does he have?
Should we really take this Nigerian
Army seriously?
I thought the army claimed they have taken over sambisa?
How on earth did he resurfaced at the edge of sambisa?.

Please please stop this already. Haba!!!+

Ok, Thanks Mr BodeJohn for your contribution.

For the total breakdown of the calculation.
of course there are always loses in the sense that its not all the charges that goes into the battery that are stored.
and for loses i usually keep at between 25-30%, and as for the number of sunlight hours, if you check the write up again you will see I wrote an average of 7hours which could be ≤ 7.
However, since I assume there are 7 peak sunlight hours in Nigeria (which is still debatable) depending on your region in Nigeria.

Therefore to charge your 12v 200AH battery in 7hrs, and also having in mind that battery is @ 10% level it means we charge 90%.

Hence 12v200AH=2400watts
2400×90/100 =2160
2160/7hrs =308watt
taking my charge loss % of 30%

hence 30% of 308watts will give me 92watts

my final sum will therefore be 308+92=400Watts

which should be able to cover any losses.

thanks again mr bodejohn.

#quickstandardsolutions

A client asked this question.
How do i know the number of solar panel needed to charge my 1kva, 24v 200ah battery?

Example:
For a 1kva inverter of 24VDC (voltage)
2batteries of 12volts 200AH or 100AH are required
The solar panel needed to charge a 12 volt battery is determined by the numbers of hour of daily average sunlight.
In Nigeria we have an average of 7hrs of sunlight.
However since solar are in wattage, we have to convert the battery also to watt
i.e 12v 200AH =12×200=2400watts
to know how many panels needed to charge a 12volt battery for a day, all we need to do is divide the battery wattage by hours of sunlight daily
=2400watts/7hours of sunlight=343watt solar panel is needed to charge a 12v200AH battery
For a 24v200battery
=343×2=686watts
1solar panel=200 watts
686 watts /200 watts =3.43panel
Hence 4 solar panels are required.
Same is applicable for all other cases of 2kva-20kva.

Call quick standard solutions for your solar, inverters, and UPS solutions
The Alternative Power solutions provider

A client asked this question.
How do i know the number of solar panel needed to charge my 1kva, 24v 200ah battery?

Example:
For a 1kva inverter of 24VDC (voltage)
2batteries of 12volts 200AH or 100AH are required
The solar panel needed to charge a 12 volt battery is determined by the numbers of hour of daily average sunlight.
In Nigeria we have an average of 7hrs of sunlight.
However since solar are in wattage, we have to convert the battery also to watt
i.e 12v 200AH =12×200=2400watts
to know how many panels needed to charge a 12volt battery for a day, all we need to do is divide the battery wattage by hours of sunlight daily
=2400watts/7hours of sunlight=343watt solar panel is needed to charge a 12v200AH battery
For a 24v200battery
=343×2=686watts
1solar panel=200 watts
686 watts /200 watts =3.43panel
Hence 4 solar panels are required.
Same is applicable for all other cases of 2kva-20kva.

Call quick standard solutions for your solar, inverters, and UPS solutions

Congrats to Miyonse.

For all your solar, inverters, UPS systems
call Quick Standard Solutions
your one stop shop for all your alternative Energy solutions.

This administration has been a disaster from day one.
A government of lies and propaganda. the ones to blame are the ones that voted him. the hausas and yorubas.
However, lets be wise come 2019, for those that their problems are basically rice and bags of salts, you people need to have a re-think.

For your Inverters, UPS, solar systems and batteries, Call Quick Standard Solutions,
+2348020979952
quickssolutions@gmail.com
info@quickssoltions.com
your one stop shop for your renewable energy

Great article, will try these techniques of yours.
#quickstandardsolutions
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