EEI -Model EDO TR -Three-Phase Hybrid Storage System
The EDO TR system includes all the necessary components to transform the energy produced by photovoltaic panels into energy that can be used for the consumption of the house or possibly store it in the integrated batteries to use it at the time of greatest need. The system also includes the back-up function that guarantees power availability even in the event of a blackout for all critical users connected to it. With its App, the customer can remotely control his system from anywhere and check the status, operation and also receive personalized reports on the statistics of his system.
EDO TR consists of 1 unit : E-CASA 10.0HU which is the inverter unit and allows to transform the energy generated by the photovoltaic system into useful energy for user loads or store it in the E-CASA 5.1 BU unit and make it available when required.
The E-CASA 5.1 BU battery unit is modular and can be connected up to 8 units to ensure extreme autonomy of electricity consumption.
The batteries used for EDO TR are state-of-the-art and use the most safe and durable chemical currently, lithium iron phosphate (lifepo4). This solution guarantees a long battery life for domestic use and provides greater safety compared to other technologies on the market. In addition, lithium iron phosphate does not contain any toxic components or heavy metals all to ensure a completely green supply chain..
EDO TR can be installed in any environment, both indoors and outdoors, thanks to its high degree of protection IP65..
The minimal and ultra-slim design means that EDO TR can be placed anywhere without creating installation difficulties and excessive dimensions.
EDO TR allows to be installed in small spaces thanks to the all in one configuration that includes battery and inverter in a column configuration..
The reduced thickness of only 24 cm allows you to leave room for manoeuvre in any room you install EDO and the absence of external wiring between inverter and batteries significantly reduces the footprint on the walls with installation times significantly reduced compared to other systems traditional accumulation.