Lightwave Tall Tubular Battery (LW-TTB-200AH)

The LW-TTB-200AH Tall Tubular Battery is designed for high-performance power backup with an extended lifespan and superior efficiency. Engineered with advanced PbSn+Tech primary lead alloy composition, this battery ensures exceptional resistance to corrosion, preventing early degradation and maintaining consistent power output over long periods. The high-pressure die-cast tubular plates undergo an ultra-frequency vibration filling process, which guarantees uniform paste density across the plates. This results in enhanced durability, reliable power delivery, and long backup performance, making it ideal for applications requiring continuous power supply.

Built for deep cyclic applications, the LW-TTB-200AH provides fast recovery from deep discharge, ensuring efficient recharging and longer operational life. The high-purity electrolyte with specialized performance additives improves charge efficiency and self-life, reducing energy losses and maintenance requirements. This makes it a reliable choice for high-demand environments, including inverters, solar power systems, and industrial setups.

The battery features ceramic level indicators with controlled porosity, which helps prevent electrolyte spillage while minimizing water loss. This significantly reduces the frequency of water topping, making the battery more convenient to maintain. The high-strength polypropylene (PP) container, manufactured with extra-dense injection molding, offers excellent mechanical strength, ensuring the battery can withstand tough environmental conditions without damage.

Conforming to IS 13369:1992, IEC 60896-11, and IEC 61427-1 standards, the LW-TTB-200AH meets international quality and safety requirements. Its robust construction, along with high-porosity tubular bags and high-charge PE separators, enhances overall performance and ensures a stable energy supply. Whether for residential power backup, commercial applications, or renewable energy storage, this battery delivers reliability, efficiency, and long-lasting performance.