

The Cegasa E/Bick LV 13 is a high-performance battery developed for residential self-consumption applications and small commercial systems that require reliability, safety, and efficient energy management. Manufactured by Cegasa, a European leader in energy storage solutions, this battery is designed for integration into low-voltage systems, offering a robust and scalable solution.
With a nominal capacity of 13 kWh, the E/Bick LV 13 is suitable for single-family homes with medium to high energy consumption, as well as for installations aiming to maximize photovoltaic self-consumption or provide energy backup. Its modular design allows for use in both new installations and expansions of existing systems.
The battery uses lithium iron phosphate (LFP) technology, known for its high thermal stability, safety against overheating, and long service life. It features an advanced Battery Management System (BMS) that monitors key parameters such as voltage, current, and temperature in real time, ensuring safe and balanced cell operation.
The Cegasa E/Bick LV 13 operates at a nominal voltage of 51.2 V and offers optimized usable capacity for intensive daily use. It allows for high charge and discharge power, ensuring a quick response to consumption peaks and efficient management of stored energy.
This battery is designed for easy integration with the main inverters on the market compatible with low-voltage systems. It features standard communication interfaces that facilitate system monitoring and control.
The Cegasa E/Bick LV 13 features a compact and robust design, suitable for wall or floor installation in technical indoor spaces such as garages, electrical rooms, or equipment rooms.
Overall, the Cegasa E/Bick LV 13 is a solid and reliable battery for self-consumption projects that prioritize safety, durability, and compatibility with low-voltage inverters. For optimal performance and proper system integration, installation by a qualified professional and prior verification of compatibility with the selected inverter are recommended.