BYD Energy Storage BATTERY-BOX HVS 7.68 kWh

Energy storage kit: HVS 7.7 consists of 3 battery modules 12911241-00 and 1 BMS management module 12868314-00.

Battery characteristics 12911241-00

The BYD Energy Storage BATTERY-BOX HVS 7.68 kWh kit includes the 12911241-00 battery, offering an energy storage capacity of 7.68 kWh. The lithium-ion technology used in this model provides the performance and reliability that are key to energy storage systems. It is ideal for use in both homes and smaller businesses, allowing users to enjoy greater control over their energy consumption and increased independence from the electricity grid.

Battery management system 12868314-00

Battery Management System (BMS) 12868314-00 protects the battery from adverse operating conditions such as overload, overheating or deep discharge. Thanks to this system, the battery can operate under optimal conditions, resulting in longer battery life and better overall performance. The BMS also facilitates integration with existing photovoltaic installations, which is essential to maximise the benefits of electricity storage.

Integration of BYD energy storage with PV installations

Energy storage for photovoltaics The BYD BATTERY-BOX HVS 7.68 kWh works perfectly with photovoltaic installations to make more efficient use of the solar energy produced. This makes it possible not only to reduce electricity bills, but also to increase energy self-sufficiency, especially during power cuts or periods of peak demand.

Advanced BYD technologies in energy storage

The use of energy storage - BYD BATTERY-BOX HVS 7.68 kWh reflects the latest developments in energy storage technology. BYD products are valued for their innovation and efficiency, helping to transform homes and businesses' energy transition towards greater eco-friendliness and independence. The BATTERY-BOX HVS is tailored to meet the needs of users who want reliable and cost-effective energy solutions that support sustainability. Investing in the BYD Energy Storage BATTERY-BOX HVS 7.68 kWh system is a decision that has both short- and long-term benefits, providing energy stability, increased independence and support for the environment by reducing dependence on conventional energy sources.