• Hi-Power Impact series of tubular batteries are rated at C20 capacity.
• Batteries are designed to withstand frequent and long power cuts.
• Assembled in polypropylene containers with plate holding cradles.
• Extra thick tubular plates as per Hi-Power design.
• Thick tubular plate spines are of low antimony alloy and cast in HADI/SOVEMA/ZIBO machines at above 100 bar pressure for super fine grain structure and minimized grid corrosion at high temperatures.
• Negative plates are of low antimony alloy with lattice structure.
• Micro porous ceramic vent cum sealed float plugs to reduce topping up frequency.
• Resistance to corrosion and high ambient temperature.
• Abuse resistant.
• Low self discharge.
• Deep cycle design.

• Hi-Power Xtra series of tubular batteries are rated at C20 capacity.
• Batteries are designed to withstand frequent and long power cuts.
• Assembled in polypropylene containers with plate holding cradles.
• Extra thick tubular plates as per Hi-Power design.
• Thick tubular plate spines are of low antimony alloy and cast in HADI/SOVEMA/ZIBO machines at above 100 bar pressure for super fine grain structure and minimized grid corrosion at high temperatures.
• Negative plates are of low antimony alloy with lattice structure.
• Micro porous ceramic vent cum sealed float plugs to reduce topping up frequency.
• Resistance to corrosion and high ambient temperature.
• Abuse resistant.
• Low self discharge.
• Deep cycle design.

Hi-Power Invader Series of Tubular Batteries are rated at C10 capacity. These batteries are assembled in PPCP containers with plate holding cradles with tubular positives and lattice grid pasted negatives made with special lead alloy for minimized gas generation during service.

The Cells are provided with micro porous ceramic vent cum sealed float plugs which allow the liberated gases to escape allowing the water droplets to trap within cells, this reduces the topping up frequency. The level indicators provided on cells indicate the requirement of topping up during service.

Compared to flat dimensional battery the frequency of topping up is improved to once a year by providing additional electrolyte height above plate top in tall version of batteries. This is elevated further with proper system charge controller voltage settings.

• 2V cells are designed to suit the system configuration requirement.
• Tubular cell construction in Rigid Hard Rubber Containers.
• Low antimonial Lead alloy grids for achieving low topping up frequency of minimum once a year.
• Provided with transparent sealed level indicators to indicate the topping up requirement.
• Provided with micro porous ceramic vent plugs to minimize topping up frequency.