Off-grid ( ESS Battery)

MaxLi’s home energy storage system is designed with a scientific internal structure and utilizes advanced lithium iron phosphate battery production technology. The system is also equipped with an advanced battery management system and energy conversion system, providing high specific energy, long lifespan, and a wide operating temperature range, ensuring safety and reliability. This energy storage system is an ideal green energy storage power product for industries such as wind, photovoltaic energy storage, and smart grid. The system is designed to efficiently store excess electricity generated by daily photovoltaics and supply it to household loads, ensuring uninterrupted power supply even when there is no light. The matching inverter boasts high conversion efficiency, low power consumption, and strong load capacity, while the system itself is intelligent and can be tailored to the specific use environment, such as mains priority or inverter priority.

1. Safe, efficient, and easy to operate, the use of high-performance lithium iron phosphate batteries ensures a long service life and low maintenance. Additionally, their small size and light weight make them environmentally friendly and non-polluting. 2. The assembly of the system is simple and the operation is convenient, as the user only needs to connect the fan, the mains, and the load. Furthermore, the system is equipped with CPU management, intelligent control, and modular composition, along with a user-friendly LCD display and built-in charger with high charging efficiency. 3. The whole machine boasts low conversion power consumption and high inverter efficiency, along with an expandable backup battery. Additionally, it has a strong load capacity, low failure rate, and simple maintenance. 4. The system also features perfect protection functions including low voltage, high voltage, high temperature, short circuit, and overload protection, ensuring the safety and reliability of the equipment.

The electricity generated by photovoltaics is used to provide the load first, and the excess electricity is used to charge the energy storage battery. When the generated power is not enough to support the load, the system will automatically obtain power from the energy storage battery, and if the energy storage battery power is insufficient, the system will switch to the utility power to provide the load.。