ULTRA- 5 energy storage systems 51.2V 560Ah 200A [28672Wh] 6AES510056

Advanced energy storage for photovoltaic installations

The ULTRA-5 energy storage unit with a capacity of 560Ah and a rated voltage of 51.2V is an advanced solution for storing electrical energy produced by a photovoltaic installation. Thanks to the use of lithium iron phosphate (LiFePO4) cells, the device ensures a long service life exceeding 6000 charging cycles, while maintaining at least 60% of the original capacity. This translates into many years of stable operation without the need for frequent replacement.

Management system and operational safety

The built-in BMS (Battery Management System) continuously monitors key operating parameters - voltage, current, temperature, and state of charge. Intelligent protections protect the battery against over-discharge and overcharge, as well as against extreme temperatures. The system automatically regulates charging processes within the recommended charging voltage range of 57.6V up to a maximum of 58.5V, optimizing cell lifespan.

Modular design and expansion capabilities

The modular construction allows for the parallel connection of up to 16 units, enabling flexible capacity adjustment to meet growing energy needs. The possibility of expansion is particularly important when increasing the power of a photovoltaic installation or when energy demand grows during operation.

Applications and user benefits

The storage unit finds wide application in both the private sector (single-family houses) and the commercial sector (restaurants, hotels, supermarkets, factories). The device accumulates energy during periods of high solar production and then releases it during moments of peak consumption - in the morning and evening when sunlight is limited. This operating mode allows for the optimization of electricity consumption and the achievement of energy independence.

Compact dimensions (680×412×231mm) and a modern design allow for installation in practically any interior. The total storage energy is 28672Wh, which, under appropriate load, ensures many hours of operation for battery-powered devices.