Power Bank series of Batteries are specially
designed for optimum performance, very long
life, and high reliability. These are
eminently suitable for a wide range of
Features You Can
Bank Upon :
Withstanding Deep Discharge and Overcharge:
Only Mopower Power Bank Batteries are tough
enough to perform under these extreme
operating conditions. Thus, they are far
more dependable and economical to use. Their
capability to withstand deep discharge is
due to balanced active material and large
This is through a partition wall and results
in better performance while reducing chances
of accidental short-circuiting of cells.
Special Lead Alloy
Composition: This is for low
self-discharge and resistance to overcharge.
Excellent charge acceptance:
electrolyte volume reduces topping
up frequency to once in 4 to 6 months.
Excellent protection against leakage
and corrosion, provided by heat shield
tamper proof lid.
A Perfect Match for
your Inverter & UPS System: Your
Inverter and UPS System have unique
circuitry with demands, which cannot be met
by just any battery. Mopower Power Bank
Batteries are scientifically built, keeping
these very factors in mind. They match your
Positive & Negative Plates: The
positive and negative plates are of
pasted type with sturdy construction.
Negative plates are designed to match
the power and long life of the positive
plates. The active material is a blend
of oxide, special additive and expenders
for long life and performance.
Microporous PVC Separators: These
are made of sintered PVC and have high
porosity. They work as insulators
between the positive and negative plates
to prevent short circuits, yet allow
free ionic mobility of electrolyte.
Containers/Covers: These are made of
high quality polypropylene material with
high resistance against impact and
abrasion, thus providing overall
protection against damage.
Vent Plugs (Optional): The porous
structure of the ceramic vent plugs trap
the escaping acid vapours and allow only
gases to go out, thus significantly
reducing evaporation of water from the
cell and resulting in low maintenance of