आख़िर क्यों AUTOMATIC TEMPERATURE CONTROL FEATURE ज़रूरी है INVERTERS में ? What Is ATC In INVERTERS ?

#suvastika #atcininverters #atc #lithiumbattery #lithium #leadacidbattery #batteryguruji

आख़िर क्यों AUTOMATIC TEMPERATURE CONTROL FEATURE ज़रूरी है INVERTERS में ? What Is ATC In INVERTERS ?
Hello Dosto is video mei maine apko Automatic Temperature Control in Inverters samjhaya hai jo bahut zaruri hota hai inverters mei or ye na hone se inverter ki battery jaldi kharab ho jati hai, overcharge hoti rehti hai, or electricity bill bhi zada aata hai. So hamesha ATC Wala inverter ki purchase karey.

Music Rights :-
Cinematic Background | Cinema by Alex- Productions |
https://youtu.be/lmD8GWXpjlo
Music Promoted By http://onsound.eu/
Suvastika Offers Automatic Temperature Compensation Feature in Inverters and you can opt these inverters in 12V, 24V, 36V, and 48V too.

Standard inverters are fed the information to charge batteries, considering the ambient temperature is 25 ֯C. So, even if the ambient temperature crosses 40 ֯C, the batteries will be charged at 25 ֯C ambient temperature.

At 25 degrees Celsius, a boost voltage of 14.4V is set in the inverters to charge the Lead-Acid batteries, implying that if your battery is 12V, it will stop charging only after reaching 14.4 volts.

However, in no place worldwide the outside temperature remains at 25◦C throughout the year. Therefore, one thing that regular inverters ignore is the ambient temperature.

At high ambient temperatures, an ordinary inverter overcharges the battery. However, in low-temperature conditions, the inverter does not increase the boost voltage to charge it for longer to provide us with a proper backup. Here is why it happens:

The battery does not need a boost voltage of 14.4V when the ambient temperature is 40 ֯C. Instead, its requirement reduces to 4.13V to be fully charged. But a standard inverter continues to feed the battery with a high boost voltage of 14.4V. The higher boost voltage overcharges the battery, increasing its internal battery temperature. Your battery requires more water intake and sometimes releases toxic fumes, which are detrimental to your health.
Overcharging at a higher boost voltage reduces battery life and increases electricity bills. Scientifically speaking, every 8◦C rise in the optimum charging temperature reduces the battery life by half.

Extreme ambient temperature impacts VRLA batteries impact more due to their temperature-sensitive technology— When the temperature increases beyond 30 degrees Celsius, its cycle life reduces drastically.

Видео आख़िर क्यों AUTOMATIC TEMPERATURE CONTROL FEATURE ज़रूरी है INVERTERS में ? What Is ATC In INVERTERS ? канала Battery GuruJi
power inverter, atc, inverter, atc inverter, inverter with atc, sine wave atc inverter, sine wave inverter with atc, inverter compressor, how does an inverter work?, what is atc, what is atc in inverters, atc technology in inverters, why atc is required in lead acid battery, why atc is required in inverters, battery guruji, lithium vs lead acid, lead acid vs lithium, backup test, atc wala inverter, automatic temperature control feature in inverter, best inverter, best battery