Übersetzung für "Stromüberschüsse" in Englisch

Special attention is being paid to grid-supportive operation and the optimisation of the balancing group when using renewable electricity surpluses.

By 2025, residents hope to sell energy to other communities.

Hydrogen will be the long-term storage medium for surplus energy from the summer months.

This will enable regional electricity surpluses from renewable energies to be optimally used for the heat supply.

Hydrogen serves as a long-term storage solution for excess power generated in the summer months.

Surplus energy is used for charging the batteries.

Hydrogen serves as a long-term storage solution for excess power generated in the summer months.

Surplus electricity can be used in Power-to-Gas systems to generate hydrogen by means of electrolysis.

Here's how it works: Electrolysis is used to convert surplus energy from nearby solar and wind power generators into hydrogen at an efficiency level of 75 percent. The hydrogen is then stored in tanks and can be used whenever it is needed.

Thanks to our versatile hydropower portfolio, we can offer you comprehensive flexibility with which you can balance short-term and long-term electricity surpluses or shortages flexibly and cost-effectively.

Excess power can be fed into the public network for a fee according to the Renewable Energy Law (EEG).

One of the development goals is to better control local electricity surpluses through the export of electricity to other regions and through load management, storage systems and sector coupling.

Long-term storage units store surplus energy for long periods so that the power generated by PV systems in the summer can be used in the winter.

Since only a part of the power supply grids have sufficient transport capacity, temporary local electricity surpluses and demands for electricity can no longer be transported by the power supply grid.

In addition, they run technical operations, market power surpluses and buy energy when there is a shortfall.

The excess power generated by solar cells in the summer months could help to cool buildings – a function that will become more important through the effects of climate change, says Prof. Auer.

Over a period of five years, scientists in the planned Neue Weststadt district are experimenting with an innovative energy supply concept with which electricity surpluses from intermittent renewable energies will be converted into hydrogen, stored and, if necessary, returned to the grid.

Therefore large electricity suppliers and consumers are demanding flexible products that are able to balance short-term electricity surpluses or shortages.

The use of innovative approaches in the form of Power-to-X options in the context of Climate Change and the German energy transition not only offers very promising solutions for the (long term) storage of renewable electricity surpluses and the management of fluctuating renewable energies, but also makes climate friendly production of renewable fuels possible (as well as synthetic primary products for the chemical industry).

The intelligent energy management solution uses excess energy to supply consumers such as heating elements, infrared heaters or other heat sources without motors with the currently available excess and to organise the operation of heat sources, for example heat pumps.

Pumped storage power plants are firmly established in the German power grid: surplus electricity can be stored for a moment and then quickly supplied during a demand peak.

The investigation of the load management potential based on locally available electricity surpluses from renewable energies was carried out using the example of a typical single-family home.

A zero energy house produces roughly as much energy as it consumes. Energy plus houses even generate an energy surplus.

For the local electricity network in the small town of Wolfhagen (rural district of Kassel), it was investigated to what extent local surplus electricity can be usefully used to provide heat with decentralised heat pumps.

In addition, the surplus electricity increasingly common with the growth of renewable energy can be converted into usable heat with heating blades found in local storage systems.