Energy Storage Kit: HVM 11.0 consists of 4 battery modules 14039384-00 and 1 BMS management module 12868314-00.

Battery characteristics 14039384-00

The BYD Energy Storage BATTERY-BOX HVM 11.04 kWh kit includes a battery with model number 14039384-00, offering an energy storage capacity - 11.04 kWh. This battery is based on lithium-ion technology, which ensures high performance, long life and reliability. It is the perfect solution for private users and small businesses that are looking for an efficient method of storing electricity, enabling full use of renewable energy.

Battery management system 12868314-00

Battery Management System (BMS) 12868314-00 is an integral part of the kit, ensuring optimal battery operation. The BMS monitors key parameters such as voltage, current and temperature, allowing for efficient management of the charging and discharging processes. Thanks to this system, electricity storage operates safely and efficiently, minimising the risk of damage and increasing the life of the entire system.

Integration of BYD energy storage with PV installations

Energy storage for photovoltaics The BYD BATTERY-BOX HVM 11.04 kWh is the ideal solution for photovoltaic systems. It enables the efficient storage of surplus solar energy, which can be used during periods of low sunlight or increased energy demand. With this system, users can increase their energy independence and significantly reduce the costs associated with purchasing energy from the grid.

Advanced BYD technologies in energy storage

The use of energy storage - BYD BATTERY-BOX HVM 11.04 kWh brings numerous benefits to both residential and commercial users. BYD products are known for their innovation and durability, making them the ideal choice for anyone looking for reliable and efficient energy management solutions. BYD energy storages help to increase energy efficiency while reducing environmental impact through reduced carbon emissions. The decision to invest in the BYD Energy Storage BATTERY-BOX HVM 11.04 kWh system is a step towards a sustainable energy future, offering stability, reliability and efficiency. The system supports the move towards greater energy self-sufficiency while contributing to environmental protection.