Ekoslovník



Výsledky hledání "solar power tower" v anglicko-českém slovníku:


SlovoPřeklad Výslovnost Definice Viz také
solar power tower solární pec [sәulә pauә tauә] A device that collects and often concentrates solar radiation for producing high-temperature heat, as for cooking. Solar furnaces usually incorporate mirrors to focus the sun's rays on the material under heat treatment or being melted. solar furnace
solar updraft tower solární věž, solární komín [sәulә apdrift tauә] A power plant using a current of air heated by the sun rising through a tower to drive turbines.
solar power satellite solární satelit [sәulә pauә sætәlait]
solar thermal power unit tepelná sluneční elektrárna [səulə Өə:məl pauə ju:nit] A power station in which thermal energy received directly from the sun is converted into electrical energy. solar thermal power station
solar thermal power station tepelná sluneční elektrárna [səulə Өə:məl pauə steišən] A power station in which thermal energy received directly from the sun is converted into electrical energy. heliothermal power station, solar thermal electric power plant, solar thermal power unit
solar thermal electric power plant tepelná sluneční elektrárna [sәulә Өә:mәl әlektrik pauә pla:nt] A power station in which thermal energy received directly from the sun is converted into electrical energy. solar thermal power station
water tower věžový vodojem, vodárenská věž [wo:tə tauə]
silage tower silážní věž [sailidž tauә] tower silo, silo tower, upright silo
silo tower silážní věž [sailəu tauə] tower silo, silage tower, upright silo
cooling tower chladící věž [ku:liŋ tauə] A large tower used to transfer the heat in cooling water from a power or industrial plant to the atmosphere either by direct evaporation or by convection and conduction.
absorbing tower absorpční kolona, absorpční věž [əbzo:biŋ tauə] absorbing column
tower blocks (pl.) věžáky (pl.), vysoké (většinou panelové) domy (pl.) [tauә bloks] high-rise houses
tower mustard strmobýl lysý [tauə mastəd] Turritis glabra L.
tower silo silážní věž [tauә sailәu] silo tower
mechanical-draft tower věž s umělým tahem [məkænikəl dra:ft tauə]
packed tower scrubber skrápěná pračka s nepohyblivou výplní [pækt tauә skrabә] A conventional packed tower employing Raschig rings, Berl saddles, fiberglass, or other packing to remove solid or liquid particlesfrom a carrier gas stream. packed scrubber
grain elevator tower obilní věžové silo [grein eləveitə tauə]
solar sluneční, solární [səulə] sun
solar constant sluneční konstanta, solární konstanta [səulə konstənt] The solar radiation incident on the outer edge of the Earth's atmosphere when the earth-sun distance is the average value of 150 x 106 km. The solar constant value so defined is 1367 W/m2 on a surface perpendicular to the radiation beam.
solar cooker solární vařič [səulə kukə] A cooking device which uses sunlight as its energy source. solar oven
solar wall Trombeho stěna [sәulә wo:l] A collector-wall consisting of a massive south-facing, concrete wall, which is painted black and covered with a sheet of glass. An air-space runs between the concrete and the glass and the chimney effect causes the heat to rise. Trombe-Michel wall, solar wall, (mass) Trombe wall, collector-storage wall
solar drying sušení sluneční energií [səulə draiiŋ] The utilisation of heat derived from the sun for drying agricultural and industrial products.
solar energy solární energie, sluneční energie [səulə enədži] 1. The radiant energy which originates from the sun. 2. The utilisation of the sun 's rays to provide a renewable source of energy for human use.
solar furnace solární pec [səulə fə:nis] A device that collects and often concentrates solar radiation for producing high-temperature heat, as for cooking. Solar furnaces usually incorporate mirrors to focus the sun's rays on the material under heat treatment or being melted. solar power tower
solar chimney solární věž, solární komín [sәulә čimni] A power plant using a current of air heated by the sun rising through a tower to drive turbines.
solar air conditioning solární klimatizace [sәulә eә: kәndišәniŋ]
solar oven solární vařič [sәulә ovәn] A cooking device which uses sunlight as its energy source. solar cooker
solar altitude výška slunce nad obzorem [səulə æltitu:d] The angle between the line joining thc centre of the solar disc to the point of observation and the horizontal plane through the point of observation.
solar architecture solární architektura [səulə a:kitekčə] A design adapted to the collection, storage and distribution of the solar energy falling on a building, by the combined use of opaque transparent walls, the building thermal mass and air circulation, based on local climatic conditions (passive system). solar oriented architecture, solar-responsive architecture
solar pond solární nádrž [səulə pond] A naturally or artificially enclosed body of water collecting solar energy. It contains a stratified salt solution; solar energy can be stored as heat in the pond, as the stratified salt solution reduces heat losses. salt gradient solar pond
solar battery solární baterie, sluneční baterie [səulə bætəri] An array of solar cells usually connected in parallel and series.
solar capital sluneční kapitál [səulə kæpitəl] Solar energy reaching the Earth.
solar radiation sluneční záření [səulə reidi:eišən]
solar captor solární kolektor [seulә kæptә] A device gathering and accumulating solar radiation in order to produce heat. Nearly all collectors have a layer of glazing on top to trap heat that has passed into the collector. The collector has an absorber plate beneath the glazing which transfers hea solar collector
solar cell fotovoltaický článek, solární článek, fotočlánek [sәulә sel] An electronic solar energy conversion device that changes light into electrical energy. The cell consists of layers of semiconductor materials fabricated to form a junction and electrical contacts. photovoltaic cell
solar collector solární kolektor [səulə kolektə] A device for extracting the energy of the sun directly into a more usable or storable form.
solar concentrator koncentrátor [sәulә konsintreitә] That part of a concentrating solar collector that serves to direct the solar radiation on to the absorber. concentrator
solar water heating sluneční ohřev vody [səulə wo:tə hi:tiŋ] A system for collecting and utilising solar energy to heat or pre-heat water, primarily for domestic purposes. domestic hot water
concentrating solar collector koncentrující kolektor [konsəntreitiŋ soulə kəlektə] A solar collector that comprises reflectors, lenses or other optical devices designed to concentrate the solar energy falling within the collector aperture on to an absorber whose surface area is less than that of the collector aperture. concentrating collector, focusing collector
solar-respousive architecture solární architektura [sәulә rispausiv a:kitekčә] A design adapted to the collection, storage and distribution of the solar energy falling on a building, by the combined use of opaque transparent walls, the building thermal mass and air circulation, based on local climatic conditions (passive system). solar architecture
direct solar radiation přímé záření [dairekt sәulә reidi:eišәn] That part of incident solar radiation originating directly from the solar disc that has not been subject to change in direction in its passage from the solar disc other than due to the effects of refraction at low elevations. direct radiation, beam radiation
solar oriented architecture solární architektura [sәulә orijentәd a:kitekčә] A design adapted to the collection, storage and distribution of the solar energy falling on a building, by the combined use of opaque transparent walls, the building thermal mass and air circulation, based on local climatic conditions (passive system). solar architecture
efficiency of a solar cell účinnost fotovoltaického článku [ifišənsi əv ə səulə sel] The ratio of the peak power delivered by a solar cell to the solar irradiance incident on the cell under standard AM 1 conditions at 300 K (unless otherwise specified).
solar photovoltaic cell fotovoltaický článek, solární článek, fotočlánek [sәulә feutәuvolteiik sel] An electronic solar energy conversion device that changes light into electrical energy. The cell consists of layers of semiconductor materials fabricated to form a junction and electrical contacts. photovoltaic cell
active solar design aktivní solární systém [æktiv so:lə dizain] System for deriving heat from sunlight that incorporates active devices such as blowers and pumps to move the heat from the point of collection to the area of use or of storage. active solar system
active solar system aktivní solární systém [æktiv səulə sistəm] System for deriving heat from sunlight that incorporates active devices such as blowers and pumps to move the heat from the point of collection to the area of use or of storage. active solar design
passive solar design pasivní solární systém [pæsiv solә dizain] A system for providing heat directly from the sunis rays. It uses large expanses of windows as collectors, natural (not forced) convection for circulation, and thermal mass for storage. passive solar system, passive solar heating system
air-cooled solar collector vzduchový kolektor, teplovzdušný kolektor [eə: ku:ld səulə kəlektə] A solar collector designed to use air as the heat-transfer medium. air-medium solar collector, air-type solar collector
solar thermal collector solární kolektor [sәulә Өә:mәl kәlektә] A device for extracting the energy of the sun directly into a more usable or storable form.
passive solar system pasivní solární systém [pæsiv səulə sistəm] A system for providing heat directly from the sunis rays. It uses large expanses of windows as collectors, natural (not forced) convection for circulation, and thermal mass for storage. passive solar heating system, passive solar design
air-medium solar collector vzduchový kolektor, teplovzdušný kolektor [eә: mi:diәm sәulә kәlektә] A solar collector designed to use air as the heat-transfer medium. air-type solar collector, air-cooled solar collector
hybrid solar cell hybridní solární článek, hybridní fotočlánek [haibrid səulə sel] A solar cell incorporating a cooling system in which the heat energy collected by the cooling medium is usefully employed.
air-type solar collector vzduchový kolektor, teplovzdušný kolektor [eә: taip sәulәkәlektә] A solar collector designed to use air as the heat-transfer medium. air-cooled solar collector, air-medium solar collector
power saw motorová pila [pauə so:]
salt gradient solar pond solární nádrž [so:lt grædiәnt sәulә pond] A naturally or artificially enclosed body of water collecting solar energy. It contains a stratified salt solution solar pond
liquid-cooled solar collector kapalinový kolektor [likwid ku:ld səulə kəlektə] A solar collector which employs a liquid as the heat transfer medium. liquid-type collector, liquid heating collector
active solar heating system aktivní systém solárního vytápění, systém aktivního solárního vytápění [æktiv səulə hi:tiŋ sistəm] A system that uses solar collectors to capture energy from the sun and store it as heat for space and heating water. Compare with passive solar heating system.
passive solar heating system pasivní systém solárního vytápění, pasivní solární systém [pæsiv səulə hi:tiŋ sistəm] A solar heating system without the use of mechanical devices.
hydroelectric power vodní energie, hydroenergie, (elektrická) energie (získaná) z vodních elektráren [haidrәuilektrik pauә] 1. Power generated from the movement of water. The term is used to identify a type of electricity-generating station or any energy output in which the main mover is driven by flowing water. 2. The potential and kinetic energy of waters. hydropower, water power, hydroenergy
atomic power atomová energie, jaderná energie, nukleární energie [ətomik pauə] Energy generated by a nuclear reactor, primarily by nuclear fission and experimentally by nuclear fusion. nuclear power
self-purifying power samočistící schopnost, schopnost samočištění [self pju:rifaiiŋ pauə] The capacity of a natural body of water to receive a certain amount of wastewaters or toxic materials without deleterious effects and without damage to aquatic life or humans who consume the water. self-purifying capacity, self-cleaning capacity, assimilative capacity
power coefficient aerodynamická účinnost [pauə kəuifišənt] The ratio of the mechanical power at the shaft to the power corresponding to a given ambient wind velocity across the total swept area.
bactericidal power schopnost hubit baktérie [bæktirisaidəl pauə]
wave power slapová energie [weiv pauə] The generation of electrical power from the stored kinetic energy contained within ocean waves.
power engineering energetika [pauə endžəni:riŋ]
caloric power výhřevnost, kalorická hodnota [kalorik powə:] caloric value
wind power větrná energie [wind pauә] Conversion of wind energy into a useful form, such as electricity, using wind turbines.
power line silnoproudé vedení [pauə lain]
wind power větrná energie, energie (získaná z) větru [wind pauə] Power produced from windmills (to drive machinery) and from wind turbines (to generate electricity).
staying power stálost [steiiŋ pauə]
nuclear power nukleární energie, jaderná energie [nju:kliə pauə] Energy generated by a nuclear reactor primarily by nuclear fission. atomic power
tidal power přílivová energie, slapová energie [taidәl pauә] A form of hydropower that converts the energy of tides into electricity or other useful forms of power.
power station (esp. GB) elektrárna [pauə steišən] power plant (esp. US)
emissive power hustota toku vysílaného záření [imisiv pauə] The total power emitted from a surface at a specified temperature and in defined surroundings per unit area. emittance, emission factor
geothermal power geotermální energie [dži:əuӨə:məl pauə]
absorbing power absorpční schopnost [əbzo:biŋ pauə] absorbing capacity
osmotic power osmotická energie [ozmotik] Energy retrieved from the difference in the salt concentration between seawater and river water. salinity gradient power
radiant power radiační tok, tok záření [reidiәnt pauә] radiant flux
germination power klíčivost [džə:mineišən pauə] germinative capacity
regeneration power schopnost zmlazování [ri:dženəreišən pauә] rejuvenation capacity
horse power koňská síla, kůň (měrná jednotka) [ho:s pauə]
vortex power vírová energie [vo:teks pauә] A form of hydro power which generates energy by placing obstacles in rivers in order to cause the formation of vortices which can then be tapped for energy.
water power vodní energie [wo:tə pauə] Power that is derived from the force or energy of moving water. hydropower
pondage power station jezová vodní elektrárna [pondidž pauə steišən] A hydro-electric power station in which the filling time of the reserve based on the water cumulative flows is no more than two weeks. pondage power plant
hydroelectric power plant vodní elektrárna, hydroelektrárna [haidrәuilektrik pauә pla:nt] A plant designed to convert the gravitational energy of waters into electrical energy. hydro-electric power station
wind-power generator větrná elektrárna, větrný generátor, větrný agregát [wind pauә dženәreitә] An installation in which the rotor of a wind turbine is coupled to an electric generator. wind generator
power plant fumes (pl.) elektrárenské páry (pl.), elektrárenské zplodiny (pl.) [pauə pla:nt fju:mz] The vapour effluents of power plants.
marine current power energie mořských proudů [mәri:n kәrәnt pauә] Power based on the harnessing of the kinetic energy of marine currents.
wind-power plant větrná elektrárna [wind pauә pla:nt] wind-power station
stand-alone power system samostatná napájecí síť, ostrovní síť [stænd әlәun pauә sistәm] Off-the-grid electricity system for locations that are not fitted with an electricity distribution system. SAPS, SPS
power quality analyser analyzátor výkonu a kvality [pauә kwoliti ænәlaizә] PQA
wind-power station větrná elektrárna [wind pauə steišən] wind-power plant
nuclear power station jaderná elektrárna, atomová elektrárna [nju:kliə pauə steišən] A power station in which nuclear energy is converted into electrical energy. nuclear power plant
tidal power plant přílivová elektrárna [tailәl pauә pla:nt] A hydro-electric power station that exploits the head occuring between the level of the water in the sea at low tide and that of the seawater impounded in a basin separated from the sea at high tide. tidal power station
power station with reservoir akumulační vodní elektrárna [pauə steišən wiӨ rezəvwa:] A hydro-electric power station associated with storage capacity to regulate the water supply to the turbines.
oil-fired power station elektrárna na topné oleje, elektrárna na naftu [oil faiəd pauə steišən] A type of power station in which oil is used to generate steam for use by electricity generating turbines.
tidal power station přílivová elektrárna [taidəl pauə steišən] A hydro-electric power station that exploits the head occuring between the level of the water in the sea at low tide and that of the seawater impounded in a basin separated from the sea at high tide. tidal power plant
geothermal power plant geotermální elektrárna [dži:əuӨə:məl pauə pla:nt] A power station or plant that converts geothermal energy into electrical energy. A geothermal heat station or plant makes geothermal enegy available as heat only, e.g. for space heating and process heating. geothermal power station
purchasing power parity parita kupní síly [pә:čisiŋ pauә perәti] PPP
geothermal power station geotermální elektrárna [dži:əuӨə:məl pauə steišən] A power station or plant that converts geothermal energy into electrical energy. A geothermal heat station or plant makes geothermal enegy available as heat only, e.g. for space heating and process heating. geothermal power plant