Translation of "Solarthermisch" in English

Preferably, solar-thermally generated heat is supplied.

Lithium can, for example, be melted by solar-thermal action, and can be pumped in liquid form.

Solar thermal freezing stations for cold packs are also undergoing successful trials at the moment.

Therefore the potential for solar thermal generated process heat in China is enormous.

Here, you will find thermally powered canteen kitchens and an ashram run on renewable energy supplies.

Solar thermally supported supply networks are also state-of-the-art.

Solar thermally driven cooling and air conditioning technologies have the following advantages:

Around 60 per cent of the solar yield are directly used for space heating in the building element activation driven directly by solar thermal energy.

Solar thermal water heating is becoming more and more important in a time of increasing focus on renewable energy and environmental protection.

The goal of this project is to realize industrial solar cold production with a solar thermal powered steam jet ejector chiller.

Alternatively, the efficiency of heat pumps increases significantly when the temperature of the heat source is increased with solar thermal energy.

Modern buildings will largely be heated and air-conditioned by thermal solar systems even in the moderate climate of Germany.

Each day, the solar pump provides around 40 cubic metres of water, which can then be heated by solar thermal power.

I want FP7 money to make Europe the world leader in offshore wind, solar thermal electricity and marine technology.

For small residential buildings (A), solar thermal assisted cooling turns out to be uneconomical with current costs.

Here there is potential in future to meet the necessary cooling requirements, and thus save electricity, using chillers (absorption, adsorption) operated by solar thermal energy.

A simplified scheme for pre-selecting the basic technology for solar thermal assisted building air conditioning was created a few years ago in SHC Task 25, "Solar Assisted Air Conditioning of Buildings", as part of the International Energy Agency's (IEA) Solar Heating and Cooling Programme.

Solar energy technologies and construction with active components (solar thermally assisted heating and cooling, solar power generation), passive components and daylight utilisation are essential for a sustainable energy future.

Here a separation of the air conditioning tasks makes sense: a solar thermally driven sorptive part ensures the dehumidification of the supply air, while conventional compression refrigeration cools the supply air.

The objective of this project is the development of a solar activated façade panel, as well as the development and the enlargement of a topic-related knowledge network.

We are convinced that process heat generated by solar thermal energy will emerge as the winner in the price competition with fossil-generated heat in the near future.

Solar energy technologies and construction with active components (solar thermally assisted heating and cooling, solar power generation), passive components and daylight utilisation are essential for a sustainable energy future.

The potential for solar thermal generated process heat is enormous, especially in countries having an annual direct normal irradiance of more than 1500 kWh/m2.

Buildings which have a good thermal insulation standard and which cover more than 50 per cent of their heating requirements through solar thermal energy are known as solar houses.

The energy for heating the water is obtained, for example, by burning fuel, for example coal, natural gas, heating oil, wood, pellets, or it is obtained geothermally or solar thermally.

This is the basis for developing the process according to the invention with which hydrogen can be produced by a solar-thermal process.

Thus, a multi-stage arrangement can advantageously be constructed from the heat transformation arrangement, it being possible to use a two-stage operation for example as a gas heat pump and a single-stage operation for example as a solar-thermal-powered refrigerator.

The method as claimed in claim 1, wherein heat absorbed from the solar energy heated carrier fluid is transmitted to a water-steam circuit of the first power plant part of the power plant operated with fuel.