Fronius achieves top rankings for the fifth time
ARE Member Fronius achieved top rankings for the fifth time in a row at this year’s Energy Storage Inspection by Berlin University of Applied Sciences (HTW). The Fronius Primo GEN24 6.0 Plus with the BYD Battery-Box Premium HVS 7.7 and the Fronius Symo GEN24 10.0 Plus with the BYD Battery-Box Premium HVS 10.2 impressed the judges thanks to their high system efficiency.
Each year, as part of the Energy Storage Inspection run by Berlin University of Applied Sciences, independent testing institutes test the overall efficiency of storage systems and analyse the interaction of hybrid inverters and battery storage systems. Two different reference cases are used for the assessment. The first of these analyses the SPI (System Performance Index) for a 5 kW photovoltaic system with an annual household consumption of 5,010 kWh/a. Here, the Fronius Primo GEN24 6.0 Plus, together with the BYD Battery-Box Premium HVS 7.7, achieved an SPI of 92.6%. The second reference case combines a 10 kW photovoltaic system with a heat pump (2,664 kWh/a), electric vehicle (1,690 kWh/a), and an annual household consumption of 5,010 kWh/a. The Fronius Symo GEN24 10.0 Plus and the BYD Battery-Box Premium HVS 10.2 achieved an SPI of 95.4%.
Independent Quality Indicator
“Every year, the Energy Storage Inspection by Berlin University of Applied Sciences is an important indicator for us and our customers. Through independent testing, it is evident that the combination of our hybrid inverter Fronius GEN24 Plus and the BYD Battery-Box Premium offers a highly efficient storage solution. This brings us one step closer to our goal of 24 hours of sun and a world with 100% renewable energy,” says Martin Hackl, Global Director Business Unit Solar Energy, Fronius International GmbH proudly.
Multi Flow Technology: Efficient and Flexible
In both reference cases, the Fronius inverters and BYD batteries are technically impressive across the board, both individually and combined. Fronius Multi Flow Technology enables the battery to be charged and loads in the household to be supplied from the PV system at the same time, even when running on backup power. Together, the two components are particularly impressive in terms of system efficiency, as well as high charging and discharging capacity.
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