As part of the StoreEnergy fair, STORASOL presented the following study. In a current and a future scenario, an economic comparison is made from the combination of PV & OPTES-Battery and PV & Li-Ion Battery.
Read more Wirtschaftlicher Vergleich der OPTES-Battery mit der Li-Ion-BatteryThe basic engineering has just been completed for the VHTTES (Very High Temperature Thermal Energy Storage) shown in the figure. The storage systems are to be used in a solar power plant and in a thermal battery for storing electricity. The two storage tanks shown are flowed through with 1000 ° C hot air and have a usable storage capacity of 10 MWh each.
OPTES® stands for Optimized Pumped Thermal Energy Storage – Battery and combines the advantages of low investment costs with very good power-to-power efficiency. In 2020 the OPTES® Battery was presented for the first time at the IRES (International Renewable Energy Storage Conference). The publication on this can now be read under OPTES®-Download .
Read more Thermal Battery – OPTES® BatteryIron silicate with a grain size of 1.8-2.4 mm was tested as a new storage medium in our TESS 3A test storage facility. The first measurement results show very successful tests with an approx. 15-20% higher energy density compared to silica sand.
Read more Materialversuche mit Eisensilikat (1,8-2,4 mm)Storage materials can be tested with temperatures of more than 1000 °C in the latest experimental set-up.
Read more Materialversuche mit über 1000 °C durchgeführtThe managing directors of STORASOL are invited to talk at the IRES (International Renewable Energy Storage) conference in March 2020 and will speak about our latest HTTES power storage system.
Read more Vortrag bei IRES März 2020STORENERGY took place for the third time on the 12th and 13th of November 2019 at the Offenburg fair. The topics of the congress are storage technology, grid integration and the path to decentralized power production in order to use the energy sources economically.
Read more STORENERGY congress OffenburgOur new HTTES test stand TESS 3A was operated with temperatures of 640 °C. The charging and discharging characteristics were investigated.
Read more TESS 3A bis 640 °COn 21 and 22 May 2019 an international conference took place in Kortrijk, Belgium: 5th International Conference on Industrial Waste heat Valorization
Read more Waste Heat Konferenz KortrijkOn the 11th March 2019, a networking event with companies from Brazil took place in Stuttgart ("Solar electricity (PV&CSP) and energy storage technologies").
Read more Solarstrom (PV&CSP) und Speichertechnologien