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6EFSL325 6V 325Ah SIO2
6EFSL325 6V 325Ah SIO2


Product Code: 6EFSL325

Description Why Buy It? Technical Specs
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Compared to the conventional VRLA (Lead Acid, Gel) & Lithium batteries, Advance Technology batteries perform much better because of their unique chemistry & characteristics. These can work at extreme temperatures and provides low gassing. Advance Technology Batteries can be stored for 12 months without charging.

Long Battery Life : The batteries have design life of 8-12 years; workable life varies based on various factors, while the design life of lead-acid batteries is 3-5 years. This makes Advance Technology batteries ideal for applications such as energy storage in a domestic home.

Green & Environmentally Friendly : These batteries use new processes, new formulations with no mist or any harmful gaseous emission. The basic electrolyte is neutral, non-corrosive, and cannot filter into the ground; therefore it is in line with increasing environmental protection requirements

Shelf Life : Can be stored up to 12 months without having to refresh charges resulting in simplified logistics and maintenance; hence there will be huge reduction in costs.

High Rate Discharge – Advance Technology batteries can be discharged at 10C whereas conventional batteries run up to 3C.

Excellent Charge Performance: Advance Technology batteries can be charged /boosted at high currents therefore batteries can be charged faster and more efficiently.

Extreme Operating Temperature : Advance Technology batteries can function in temperature ranges of -40⁰C to 65⁰C; Lead-acid batteries will have immediate problems below 0°C & will freeze at -13°C.

Deep Discharge Performance : Advance Technology batteries can be discharged to 100% DOD and recover without quality loss or performance loss. Lead Acid batteries will show immediate loss of capacity when being discharged to 0 Volts.

Safe to Transport : Advance Technology batteries are classified as non-hazardous devices and are safe to transport by land, sea and air, while lead-acid batteries cannot be transported by air. This is primarily due to the electrolyte composition of the Advance Technology battery which is non-corrosive.

Partial State of Charge : Advance Technology batteries can be used in partial states, i.e. if a battery is not charged fully it can still be used without quality loss. This is what frequently occurs in Renewable Energy solutions like Solar and Wind Energy.

Low Gassing : Since the battery crystallizes into an almost fluid less salt-like crystal there are very low gas emissions when in charge or at float stage. This is measured in the IEC test which shows that our batteries gas at around only 10% from conventional batteries thus increasing safety and also reducing the need to install expensive air-conditionin

  • Environment friendly Advance Technology Battery (ATB) has been developed using a new patented chemistry which makes it the ideal replacement for Lead-Acid and VRLA batteries (GEL &AGM). It blends into the consumer lifestyles of many industries such as transportation, telecommunications, electric power, military, marine, aviation, and commercial facilities etc., and is widely accepted by institutions and individuals. In fact, in performance they match with the Lithium batteries in the sense that these batteries can be discharged to zero volt every time and they can recover to full capacity. You do not have to refresh them, as the battery shelf life can go upto one year & once charged it can come back to full capacity. Hence, these batteries have better performance characteristics than Lithium batteries at a lower price.

    To overcome the fundamental shortcomings of lead-acid and gel batteries, we developed a new chemistry based on five proprietary technologies: Translucent Silica electrolyte and its preparation method, the irrigation fluid device and its battery plus liquid method, battery terminals connected protective devices, battery boxes and condensate liquid.

    Conventional sulfuric acid solution is replaced by Self-designed SiO2 cleaning composite electrolyte in Advance Technology Batteries. When the composite electrolyte reacts with the plate during the charging process translucent electrolyte salts are formed and the electrolyte is absorbed onto the electrolytic salt. Electrolyte is distributed evenly in a non-hierarchical manner and there is no gradient concentration in the upper and lower electrode.

    Advance Technology Battery has many advantages over the conventional Lead Acid or Gel Batteries like long use life, extreme operating temperature, low gassing, environmental safety, and high rate discharge. Traditional Lead-acid batteries have many short comings like plate sulfate, active material loss, dehydration, serious acid pollution, short cycle life, poor low/high temperature characteristics and poor transport safety.

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