Battery Cooling

Approx. Rs 5,000 / UnitGet Latest Price

Temperature is an extremely important parameter to achieve a good working life
of a Battery. More so for a LEAD ACID Battery. It is a known fact that the battery
life reduces to half for every 8oC rise above 27oC. Hence air-conditioners are used
to keep the battery from deteriorating. But when a airconditioner cools the
environment, the battery in turn is cooled through the outer plastic container. This
container itself is a thermally insulating material. It’s thermal conductivity is
much lesser than the lead terminal of the battery. Due to this, the cooling process
becomes very inefficient. DTC cools the lead terminal directly which is a better
thermal conductor than plastic. This helps in cooling the battery plates using
much lesser energy. It also avoids unnecessary cooling of the environment.
Comparative consumption during our research is approximately 2800 units against
13140 units per battery set per year for 2V cells - 48V/600AH battery set.


Features
Patent Applied technology
Easy Installation
Direct terminal Cooling (*DTC)
Universal for 12VDC to 48VDC
Average 16W power for 2V/600AH battery
Precise temperature and humidity control
Communication port (optional)
MTBF > 40000hours
Modular design to work with any battery bank size
Optional battery heating for cold climates
Works directly from a solar panel
No power conditioning required from 12VDC to 57VDC

Benefits
Pays back within a year
Extends battery life drastically in addition to payback
Consumes one fifth the energy required by indirect cooling
Virtually zero maintenance as compared to aircon
Maintain better precision of battery plate temperature
Better charge acceptance of battery
Faster charging due to precisely maintained temperature
Low power mode during battery discharging or standby
Very beneficial for outdoor BTS

Applications:
Telecom, Solar systems, Solar street lights, server rooms, battery operated vehicles etc.

Additional Information:

• Pay Mode Terms: T/T (Bank Transfer)