By storing solar heat for the night, you can significantly increase your self-consumption and reduce your dependence on expensive grid electricity. Our compact solutions also offer large storage capacities in urban areas with limited space. In addition, our modular, easily expandable systems optimise load management in district heating networks by smoothing out peak loads and increasing connection density. Experience sustainability and innovation that save costs and promote progress.
Transferring valuable solar power into the cool night
The Swiss building stock
Thanks to the increased storage capacity by a factor of five, the heat produced during the day can be efficiently buffered into the night when no solar energy is available. If electricity from the photovoltaic system is used and buffered to operate a heat pump, the dependency on expensive grid electricity is halved over the year. In the transitional period, completely self-sufficient operation is even possible.
Storage in the smallest of spaces
Heat pump systems and their storage systems are space-intensive compared to fossil fuel solutions. This hampers the progress of the heating transition, especially in urban areas. We offer large storage capacities in the smallest of spaces and make modern heat pump systems feasible where previously major structural measures were necessary.
Smoothing of peak loads
We enable the decentralised introduction of storage capacity without complex construction measures. This means that peak loads in district heating networks can be smoothed out, as one cell offers up to 100 kWh of thermal storage capacity in a small space. It can be integrated on the primary or secondary side, is available in different temperature levels and, thanks to its modular design, offers flexibility and easy expandability by cascading several cells. This solution makes it possible to increase the connection density and significantly optimises load management in district heating networks.
