Description
One of the most important features of the DEYE LiFePO4 Battery Rack for high voltage photovoltaic systems is its impressive 180 kWh capacity for solar power. This solar battery storage capacity represents a revolutionary innovation, especially for applications requiring significant energy reserves, such as industrial sites, solar systems and large photovoltaic systems. Whether it’s smoothing out fluctuations in solar or wind power production or ensuring intermittent power during periods of high consumption, the Tasi Solar High Voltage Battery is designed to provide consistent and reliable energy storage.
However, what really sets the DEYE LiFePO4 Battery Rack High Voltage Solar Battery apart is its exceptional operating temperature range. This solar battery works flawlessly in temperatures as low as -20 degrees Celsius, overcoming one of the main challenges facing energy storage technologies in cold climates. While conventional solar batteries struggle with reduced efficiency and capacity under such conditions, this advanced product not only maintains optimum performance but also extends its lifetime. This extraordinary capability opens doors for energy storage applications in regions characterized by cold temperatures, making it a key advancement for remote locations and industries that operate in extreme environments.
Central to the performance and safety of the DEYE LiFePO4 High-Voltage Solar Battery Rack is its Battery Management System (BMS). The BMS optimizes the charging and discharging processes of the solar battery, monitors the health of the individual cells and provides temperature regulation. By preventing overcharging, overshooting and thermal discharge, the BMS ensures the durability and reliability of the entire system. This intelligence also enables remote monitoring and control, improving operational efficiency and minimizing maintenance effort.
As the only rack-mount industrial battery of its kind worldwide, the DEYE LiFePO4 High-Voltage Battery Rack with BMS opens up a world of possibilities for industries and applications that require high-capacity, reliable and temperature-resistant energy storage. PV’s impact on the renewable energy sector is undeniable, providing a viable solution to smooth intermittent energy sources, ensure grid stability and ultimately accelerate the global transition to clean energy.
