ajabani4allah:
I got the 2000watts Suoer inverter with inbuilt 20Ah charger just last week. I am using it with 75Ah battery capacity and i have been having a very good result, more than 7hrs of use with one ceiling fan and two lead bulbs. The charger stops charging automatically when the battery is full

I am planning to leave the charger permanently plug to the main to ensure the the battery remains always fully charged and at the same time i want to avoid chrging while the inverter is on and carrying load. To the gurus in the house plese i need your advice on how to go about this. I already put up a chageover though not automatic. Please i want to understand all the necessary measures i need to put in place to ensure i did not damage anything. Thanks

ajabani4allah:
I got the 2000watts Suoer inverter with inbuilt 20Ah charger just last week. I am using it with 75Ah battery capacity and i have been having a very good result, more than 7hrs of use with one ceiling fan and two lead bulbs. The charger stops charging automatically when the battery is full

I am planning to leave the charger permanently plug to the main to ensure the the battery remains always fully charged and at the same time i want to avoid chrging while the inverter is on and carrying load. To the gurus in the house plese i need your advice on how to go about this. I already put up a chageover though not automatic. Please i want to understand all the necessary measures i need to put in place to ensure i did not damage anything. Thanks

earthrealm:


75ah battery is likely an automobile battery, if so expect premium tears within 6 months.
Na so i go buy trailer battery 150ah over 12yrs ago..the first 2 to 4 months was bliss.......

earthrealm:


75ah battery is likely an automobile battery, if so expect premium tears within 6 months.
Na so i go buy trailer battery 150ah over 12yrs ago..the first 2 to 4 months was bliss.......

earthrealm:


75ah battery is likely an automobile battery, if so expect premium tears within 6 months.
Na so i go buy trailer battery 150ah over 12yrs ago..the first 2 to 4 months was bliss.......

Valto:
leaving your charger permanently plugged, will not damage your inverter. however due to Nigerian epileptic erratic power supply, u might need to implement a voltage surge protector, as am not sure your inverter has surge protection capabilities. using normal ac ceiling fan on your modified sine wave souer inverter is not advisable. the ceiling fan might burn out in few weeks/months. try get a dc fan.

ajabani4allah:
T

Thanks so much bro, on the 75Ah deep cycle battery, will the premium tears happen as a result of leaving it pemanently charged?

lexi28:
Guys, good day.
I need some info.
I read online that running an inverter aircon 24/7 at 25°c is more efficient and consumes less energy in the long term than running it on turbo mode for a few hours and switching to gen mode. I do not have the battery capacity to run this test 24/7, can you guys help out and run a 1hp inverter AC for 24/48hrs to compare kWh consumed @25°c vs gen/turbo modes? Anyone with substation capacity PV/battery bank should kindly assist with this small test.
@NiyiOmoIyunade
@ojeysky
@Adrusa
@olopan
@GeorgeD1
@babaegun
@dapsyra
@oshomo12
@McTrinity
@Valto
@dam5reey
@Saipro

Muchos gracias!!

adrusa:



Very funny! Someone should should kill his or battery to proof a moot point. In my humble opinion, I don't know how much is there to gain by using "inverter ac". This is a matter of physics. Unless, the inverter ac makers have found ways of producing or destroying energy, temperature for temperature, the two types of AC will end up consuming similar energy. Starting and stopping consumes more energy overall than allowing the thing to run uninterrupted. Motors need more energy to start than to keep running.

adrusa:



Very funny! Someone should should kill his or battery to proof a moot point. In my humble opinion, I don't know how much is there to gain by using "inverter ac". This is a matter of physics. Unless, the inverter ac makers have found ways of producing or destroying energy, temperature for temperature, the two types of AC will end up consuming similar energy. Starting and stopping consumes more energy overall than allowing the thing to run uninterrupted. Motors need more energy to start than to keep running.

ojeysky:


My brother I thought I did not read the content well ni o.....

NiyiOmoIyunade:
Does this have any data communications ability please?

Can it speak serial/RS232/RS485/CAN?

lexi28:
Guys, good day.
I need some info.
I read online that running an inverter aircon 24/7 at 25°c is more efficient and consumes less energy in the long term than running it on turbo mode for a few hours and switching to gen mode. I do not have the battery capacity to run this test 24/7, can you guys help out and run a 1hp inverter AC for 24/48hrs to compare kWh consumed @25°c vs gen/turbo modes? Anyone with substation capacity PV/battery bank should kindly assist with this small test.
@NiyiOmoIyunade
@ojeysky
@Adrusa
@olopan
@GeorgeD1
@babaegun
@dapsyra
@oshomo12
@McTrinity
@Valto
@dam5reey
@Saipro

Muchos gracias!!

lexi28:


You read well. Thanks!!

adrusa:


Very funny! Someone should should kill his or battery to proof a moot point. In my humble opinion, I don't know how much is there to gain by using "inverter ac". This is a matter of physics. Unless, the inverter ac makers have found ways of producing or destroying energy, temperature for temperature, the two types of AC will end up consuming similar energy. Starting and stopping consumes more energy overall than allowing the thing to run uninterrupted. Motors need more energy to start than to keep running.

earthrealm:


Post a pic of this battery

lexi28:
Guys, good day.
I need some info.
I read online that running an inverter aircon 24/7 at 25°c is more efficient and consumes less energy in the long term than running it on turbo mode for a few hours and switching to gen mode. I do not have the battery capacity to run this test 24/7, can you guys help out and run a 1hp inverter AC for 24/48hrs to compare kWh consumed @25°c vs gen/turbo modes? Anyone with substation capacity PV/battery bank should kindly assist with this small test.

Saipro:

1.5hp GenCool 2 running at 25°C after about an hour in my sitting room drops to about 300W. Amazing because the original GenCool has a minimum of around 600W operating power.

In real life terms, I can run two 1.5hp GenCool 2 all night and wake to more than 50% battery left. One of them no longer goes off. If energy generation/storage isn't an issue, leaving them on guarantees a room maintained permanently cool.

Turbo mode consumes (wastes) absurd amounts of power. I no longer use it. I do not recommend it either unless you're at immediate risk of a heatstroke.