The ecoBatteryHub is both an electricity storage system and an energy centre. It is one of the few battery systems on the market that combines all relevant applications:Self-consumption optimisation, load management, peak load capping and genuine 3-phase grid replacement in the event of a power failure or blackout.. This makes the storage system an ideal choice for large single-family homes with high power requirements, multi-family properties, commercial and industrial buildings, as well as entire building complexes and farms.
The ecoEnergyCoach energy management system (EMS) integrated into the battery storage system covers not only the electrical side but also harmonises all components for heat, water, and gas, for example, across all sectors. The holistic design of the energy infrastructure ensures economical, safe, and sustainable operation.
The system enables intuitively guided commissioning for installers and solar technicians. Operational management and property managers can carry out optimisations and read billing data. End users can view all their monitoring data via the app and easily authorise charging stations for e-vehicles.
Integrated battery inverter, energy management, preparation for external NA protection, residual current protection
Self-consumption optimisation, peak load capping, load management per phase, electromobility charging management, emergency power supply operation and monitoring
AC-coupled battery storage system
Primary and secondary function for up to six systems with a total of 390 kWh. More on request.
Cell type lithium-ion (NMC), voltage ecoBatteryUnit nominal 59.6 volts DC x number of battery modules, modules comply with UL1973, IEC 62619 and UN38.3 standards
5 °C to 35 °C, optimum 23 °C, humidity 5 % to 80 % (non-condensing)
ecoPowerUnit: 55 x 100 x 60 cm ecoBatteryUnit: 55 x 160 x 60 cm
ecoPowerUnit: 90 kg ecoBatteryUnit: Empty rack weight 125 kg max., 41 kg additional per module
CE | IEC 62477-1:2012 + A1:2016 | IEC 62619 | VDE-AR-E 2510-50:2017 | VDE-AR-N 4105:2018-11 | TOR generator type A | OVE guideline R 25:2020 | EN 61000-6-2:2019 | EN 61000-6-4:2019 | DIN EN IEC 62040-2:2019-04
Yes, the current and new storage systems can be combined. Existing and new battery cabinets can be interconnected, whereby the battery modules differ.
For battery systems with the grid replacement function, please note that a maximum of 24 kW of power is available for a few seconds when setting up the stand-alone grid. After the storage systems are synchronised, the full power can be used.
Transportability and installation in the building are significantly simplified due to the lower mass and weight.
The installation of battery modules in a separate battery rack is easier.
The separate control unit can also be used by other battery manufacturers. This means that we can also fulfil customer requests for other battery modules.
When extending battery modules within a battery cabinet, the SOH (State of Health) of the already used modules must be considered, or the SOH of the already used and new modules should be similar. Therefore, we recommend that these expansions be carried out within the first year and are only permitted for a maximum of three years.
Depending on the country, there are different regulations for testing electrical systems, which must generally be observed. We have compiled an overview of this, which our partners can obtain from our sales department. Furthermore, the system is to be considered maintenance-free.
Yes, there are function and security updates, but no upgrades.
The good news is that our two battery storage systems are compatible. The previous system is available until the end of 2024, as long as stocks last. You can find important information about the ecoBatterySystem here.
Gersauerstrasse 71 6440 Brunnen Switzerland
Neuburger Strasse 57 85057 Ingolstadt Germany
About 130 kWh energy storage battery
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