Trina TRBC-2.5K-H Battery BMS

Product Overview

The advanced energy storage battery is designed specifically for photovoltaic (PV) systems, providing an efficient and reliable solution for both residential and commercial applications. This battery ensures optimal energy management and storage, making it a key component in maximizing the effectiveness of renewable energy. With its robust capacity and high efficiency, it can seamlessly integrate into various PV setups, offering noteworthy stackability for larger energy requirements.

Technology & Safety

Utilizing state-of-the-art battery chemistry, this product features LiFePO₄ technology, renowned for its stability and long lifecycle. The integrated Battery Management System (BMS) safeguards the battery against over-voltage, under-voltage, and short-circuit conditions, while the IP65-rated enclosure ensures protection against dust and water ingress. The thermal design is optimized for efficient heat dissipation, and communication interfaces, such as CAN/RS485, allow for smooth integration with modern inverters.

Performance & Lifetime

With a nominal input voltage of 1000V and a nominal output voltage of 400V, this battery offers exceptional performance in terms of charge and discharge capabilities. It operates effectively across a wide temperature range of -10 to +50°C, ensuring reliability in diverse environmental conditions. The product promises an extensive cycle life, guaranteeing long-term operation and value. The scalability aspect allows multiple batteries to be stacked for increased capacity, catering to larger PV setups as needed.

Applications

This energy storage solution is ideal for a range of PV applications, including self-consumption optimization, peak shaving, and backup power systems. Its compatibility with common hybrid inverters ensures seamless integration into existing energy setups. The battery is designed for easy installation in various environments, with its compact dimensions and manageable weight facilitating flexible placement. This makes it a highly adaptable option for both confined and expansive spaces.