GoodWe Energy Storage LYNX HV 22.93kWh
LX F22.9-H
Energy storage kit: GoodWe Energy Storage LYNX HV 22.93kWh comprises 8 GW_LYNX_HV_BATTERY_PLUS battery modules and 2 GW_LYNX-HV_PCU_PLUS management modules.
Characteristics of GW_LYNX_HV_BATTERY_PLUS batteries
The GoodWe Energy Storage LYNX HV 22.93 kWh kit is equipped with the GW_LYNX_HV_BATTERY_PLUS battery, which offers a substantial energy storage capacity of 22.93 kWh. This lithium-ion battery is specifically designed for long-lasting and efficient energy storage, ideally suited for large homes and small to medium-sized businesses. The battery provides reliability, high performance and is resistant to cyclic charging and discharging.
Battery management system GW_LYNX-HV_PCU_PLUS
Battery Management System (BMS) GW_LYNX-HV_PCU_PLUS is a key component of the energy storage system. This advanced BMS manages all aspects of battery operation, from monitoring battery status to optimising charging and discharging processes. This ensures maximum safety, extends battery life and increases the overall efficiency of the energy system.

Integration of GoodWe energy storage with PV installations
Energy storage for photovoltaics GoodWe LYNX HV 22.93 kWh works perfectly with photovoltaic installations, maximising the use of the energy produced. The system allows excess energy to be stored during the day, allowing it to be used at times when production is lower or energy demand increases. This translates into increased self-sufficiency and lower electricity costs.

GoodWe's advanced technologies in energy storage
Energy storage - GoodWe LYNX HV 22.93 kWh represents the pinnacle of innovation in energy storage. GoodWe products are prized for their reliability, efficiency and cutting-edge technology that minimises environmental impact while offering significant savings to users. Ideal for those looking for green and cost-effective energy management solutions for their homes or businesses.
Investing in the GoodWe Energy Storage LYNX HV 22.93 kWh system is a strategic decision that not only improves energy efficiency, but also contributes to grid independence. Utilising the latest developments in energy storage technology, the system is an excellent choice for anyone seeking to optimise their energy consumption and increase their environmental responsibility.