Description
TA-1300 Tubular Plate Battery
The TA-1300 Tubular Plate Battery is designed to deliver superior performance, durability, and longevity, making it an ideal choice for various energy storage needs. Built with tubular positive plates and thick negative plates, this battery provides enhanced life and consistent power delivery, even under frequent cycling conditions. Its advanced design includes low-resistance PE separators and generous acid headroom, ensuring excellent electrical performance and reducing maintenance requirements. Whether used for solar applications, telecom power backup, or frequent power shutdowns, the TA-1300 is engineered to meet your power demands efficiently.
Key Features:
- Robust Construction: Tubular positive plates and thick negative plates are designed for extended battery life, providing stable and reliable power output.
- High Electrical Performance: Low electrical resistance PE separators improve conductivity, minimize oxidation, and enhance overall battery efficiency.
- Ample Acid Capacity: Large headroom for high acid levels prolongs the battery’s lifespan, ensuring consistent performance over time.
- Convenient Electrolyte Monitoring: Equipped with float indicators to easily monitor electrolyte levels, preventing the fluid from dropping below the safe “Red Line” mark.
- Long Cycle Life: Designed to last over 1250 cycles at 80% Depth of Discharge (DOD), offering long-term reliability in various applications.
Applications:
- Solar Energy Systems: Perfect for solar applications, providing up to 5000 cycles at 20% DOD, ideal for daily charge and discharge requirements.
- Telecom Power Supply: Reliable power backup solution for telecom systems, ensuring continuous operation during outages.
- UPS and Inverter Systems: Ensures uninterrupted power for critical loads during power failures, maintaining system integrity.
- Renewable Energy Storage: Suitable for storing energy from solar and wind sources, supporting eco-friendly energy solutions.
- Frequent Power Shutdowns: Designed to perform in environments with regular power interruptions, ensuring stable and consistent power supply.
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