Übersetzung für "Überschüssiger strom" in Englisch

The remaining energy will be fed into the grid.

It is planned to temporarily store surplus electricity from renewable energies using Power-to-Gas.

For example, excess power can be used in transport for a climate-related end.

The intention is to utilise surplus electricity from renewable sources for generating hydrogen.

The aim of this system is to store surplus electricity temporarily as chemical energy in the form of natural gas.

Surplus electricity from renewable energy sources such as solar panels and wind turbines is fed into the mains system.

Any surplus electricity will be fed into the public grid and eventually reimbursed.

Excess power can be stored or converted into heat.

Excess electricity is fed into the grid of the local utility.

Surplus electric power generated can be supplied via line 40 to other consumers in the same plant.

Excess electricity is used to produce and store synthetic natural gas or methanol.

If there are no capacities here either, then the excess energy would need to be stored in the form of gas.

Temporary storage: Excess power is stored in lead-acid or lithium-ion batteries for later use.

The new highways will have to take account of existing and future surplus areas, such as France, Norway or Sweden, and the complexity of the existing Central European North-South transmission corridor bringing surplus electricity from the North through Denmark and Germany to Southern German and Northern Italian deficit areas.

Excess electricity was fed into the public grid from 1939 onwards, with the generator frequency being determined by the grid.

This is partly based on the calculation that, while the individual private supplier may not necessarily be able to guarantee regular supplies, where there is a sufficient mixture of different forms of privately supplied electricity (e.g. wind energy, hydropower, etc.) the ESU should always have a certain degree of private generation capacity at its disposal in a particular supply area, which could justify its dispensing with investments in generating capacity and possibly in the network.

Our surplus electricity also reaches private households via the electricity grid of KELAG.

Hydrogen is considered to be a significant technology with which excess electricity from photovoltaic panels and wind turbines can be stored.

Surplus electricity is only fed into the grid once the storage system is full and no more energy can be fed into the household.

Therefore, by coupling them with electricity-based technologies for supplying heating and cooling capacities such as heat pumps and chillers, surplus electricity can be converted into thermal energy or, when there is additional demand, decentralised combined heat and power plants can be operated.

For example, this enables the use of selected ‘smart’ domestic units that can be calibrated to ensure that the maximum amount of surplus electricity from renewable energy sources is used.

Similar models, which provide excess electricity from production to external grids, also exist at other major locations, for example, Linz and Leoben-Donawitz.

Surplus electricity is used to produce hydrogen with the aid of water electrolysis and, when required, in a second step this is converted into synthetic methane using carbon dioxide.

Excess electricity from renewable energy sources shall be converted to hydrogen and can be retained for the energy system by using the existing infrastructure of gas pipelines and gas storage facilities.

For this purpose, energy meters 11 for photovoltaic facility 60 and for household consumers 41 must be connected in series, so that excess electricity from photovoltaic facility 60 and additionally required household current are correctly entered depending on the ratio of the powers.

In order to provide a remedy here, there are known “power to heat” applications in which surplus power is used in electrical hot water or steam generators.

Excess PV current, which exceeds the consumption of household consumers 41 and heat pump 42, is still registered via energy meter 11 for photovoltaic facility 60 .

The results of the modelling show, for example, that in 2050 about 20 TWhel of the "surplus" electricity will have to be flexibly converted into thermal energy for providing heat in the building sector.

Excess PV electricity which is not needed for lighting or IT goes into cooling and heating the building.