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With dynamic electricity tariffs, the electricity price changes depending on the situation on the electricity market. Companies can specifically use these price differences to reduce their energy costs.
An energy management system continuously analyses electricity prices and controls the deployment of systems accordingly. A battery storage system, for example, charges when electricity prices are low and provides energy when prices rise.
This strategy is particularly effective in combination with a solar system with storage. Surplus solar power can be stored or used in a targeted way to avoid drawing electricity from the grid.
Through this forward-looking use of dynamic electricity prices, companies can reduce their energy costs in the long term.
Optimising dynamic electricity tariffs describes the targeted use of time-dependent electricity prices in order to reduce electricity costs. Energy is preferentially purchased or stored at favourable times.
With dynamic electricity tariffs, the electricity price changes regularly according to the situation on the electricity market. Consumers can adjust the timing of their electricity consumption in order to benefit from lower prices.
A battery storage system can take up electricity at favourable times and provide it again when prices are high. This can significantly reduce electricity costs.
Energy management systems analyse electricity prices, consumption and generation and automatically control storage systems, installations or charging infrastructure in order to optimise electricity costs.
Dynamic electricity tariffs are particularly attractive for companies with battery storage systems, photovoltaic systems or charging infrastructure, as they can flexibly adapt their energy flows to electricity prices.