Energy storage kit: HVM 16.6 consists of 6 battery modules 14039384-00 and 1 BMS management module 12868314-00.

Battery characteristics 14039384-00

The BYD Energy Storage BATTERY-BOX HVM 16.56 kWh kit includes a battery model 14039384-00, which offers an energy storage capacity of 16.56 kWh. This advanced lithium-ion battery is characterised by high performance and long life. It is ideal for larger households and small businesses that need a reliable and efficient way to store electricity, while supporting sustainability and energy savings.

Battery management system 12868314-00

Battery Management System (BMS) 12868314-00 is an integral piece of kit that monitors and optimises battery performance. The BMS protects the battery from overload, over-discharge and overheating, ensuring longer battery life and greater energy efficiency. Thanks to the advanced management system, the BYD electricity storage operates safely and efficiently, minimising the risk of failure and maximising the use of stored energy.

Integration of BYD energy storage with PV installations

Energy storage for photovoltaics The BYD BATTERY-BOX HVM 16.56 kWh is designed to work seamlessly with photovoltaic systems. With the ability to store surplus energy produced by solar panels, the system allows it to be used during periods of low sunlight or peak demand. This not only increases energy efficiency, but also reduces operating costs by offering users greater control over their energy consumption.

Advanced BYD technologies in energy storage

Using energy storage - BYD BATTERY-BOX HVM 16.56 kWh is an investment in the future of sustainable energy. BYD products are known for their innovation, reliability and durability, making them the ideal choice for anyone looking for effective energy management solutions. BYD energy storage facilities allow for greater energy independence, support the reduction of CO2 emissions and promote environmental responsibility. Investing in a BYD Energy Storage BATTERY-BOX HVM 16.56 kWh system is a step towards efficient energy management, offering stability, reliability and economic benefits. The system supports the move towards greater energy self-sufficiency while contributing to environmental protection and sustainability.