| Lithuanian | English |
| atliekų kaip energijos šaltinio panaudojimas | use of waste as energy source |
| atsinaujinantieji energijos ištekliai | renewable energy sources |
| atsinaujinantieji energijos ištekliai | renewables |
| atsinaujinantieji energijos ištekliai | renewable sources of energy |
| atsinaujinantieji energijos ištekliai | regenerative sources of energy |
| atsinaujinantysis energijos šaltinis | renewable energy source Energy sources that do not rely on fuels of which there are only finite stocks. The most widely used renewable source is hydroelectric power; other renewable sources are biomass energy, solar energy, tidal energy, wave energy, and wind energy; biomass energy does not avoid the danger of the greenhouse effect |
| bendras galutinis energijos suvartojimas | gross final consumption of energy |
| branduolinės energijos naudojimas | nuclear energy use Nuclear energy is employed in the industrial sector, in the production of other energy types, in the medical and scientific research field, in transportation, in the production of nuclear weapons, etc. |
| branduolinės energijos teisės aktai | nuclear energy legislation |
| daug elektros energijos naudojanti pramonės šaka | electro-intensive industry |
| daug energijos suvartojantis pramonės sektorius | energy intensive industry |
| debatai branduolinės energijos tema | nuclear debate The ongoing, public discussion and dispute over the uses of energy |
| efektyvaus energijos vartojimo technologija | fuel-saving technology |
| efektyvaus energijos vartojimo technologija | energy efficient technology |
| elektros energijos tiekimas | electric power supply |
| energijos atgavimas | energy recovery A form of resource recovery in which the organic fraction of waste is converted to some form of usable energy. Recovery may be achieved through the combustion of processed or raw refuse to produce steam through the pyrolysis of refuse to produce oil or gas; and through the anaerobic digestion of organic wastes to produce methane gas |
| energijos beveik nevartojantis pastatas | near-zero energy building |
| energijos gamyba | energy production Generation of energy in a coal fired power station, in an oil fired power station, in a nuclear power station, etc. |
| energijos gavimas iš atliekų | waste-to-energy process |
| energijos intensyvumas | energy intensity |
| energijos išsaugojimas | energy conservation The strategy for reducing energy requirements per unit of industrial output or individual well-being without affecting the progress of socio-economic development or causing disruption in life style. In temperate developed countries most energy is used in heating and lighting industrial and domestic buildings. Industrial processes, transport and agriculture are the other main users. During the 1970s it was demonstrated that substantial savings could be achieved through appropriate building technologies and the use of energy-efficient equipment for heating, air-conditioning and lighting. Most goods could and should be both manufactured and made to work more efficiently |
| energijos išsisklaidymas | energy dissipation Any loss of energy, generally by conversion into heat |
| energijos ištekliai | energy resource Potential supplies of energy which have not yet been used (such as coal lying in the ground, solar heat, wind power, geothermal power, etc.) |
| energijos kaupimas | energy storage Amount of energy reserves; often refers to the stocks of non-renewable fuel, such as oil, which a nation, for example, possesses |
| energijos konversija | energy conversion The process of changing energy from one form to another |
| energijos naudojimas | energy utilisation No definition needed |
| energijos naudojimo struktūra | energy utilisation pattern |
| energijos nevartojantis pastatas | net zero energy building |
| energijos paskirstymo sistema | energy distribution system Any publicly or privately organized setup in which usable power such as electricity is delivered to homes and businesses |
| energijos poreikis | energy demand |
| energijos procesas | energy process Any natural phenomenon or series of actions by which energy is converted or made more usable |
| energijos pusiausvyra | energy balance The energetic state of a system at any given time |
| energijos rinka | energy market |
| energijos taupymas | energy conservation |
| energijos taupymas | energy saving Avoiding wasting energy |
| energijos technologija | energy technology |
| energijos tiekimas | energy supply The provision and storage of energy (the capacity to do work or produce a change), or the amount of energy stored, for the use of a municipality, or other energy user |
| energijos tipas | energy type According to the source, energy can be classified as hydroenergy, solar energy, tidal energy, wind energy, waves energy, geothermal energy, etc.. According to the type of fuel used for its production, energy can be classified as nuclear energy, coal derived energy, petroleum derived energy, biomass derived energy, etc. |
| energijos vadyba | energy management The administration or handling of power derived from sources such as fossil fuel, electricity and solar radiation |
| energijos vartojimas | energy consumption Amount of energy consumed by a person or an apparatus shown as a unit |
| energijos vartojimo efektyvumas | energy efficiency Refers to actions to save fuels by better building design, the modification of production processes, better selection of road vehicles and transport policies, the adoption of district heating schemes in conjunction with electrical power generation, and the use of domestic insulation and double glazing in homes |
| energijos vartojimo efektyvumo ženklinimas | energy-efficiency labelling |
| energijos vartojimo efektyvumo ženklinimas | energy labelling |
| energijos šaltinis | energy source Potential supplies of energy including fossil and nuclear fuels as well as solar, water, wind, tidal and geothermal power |
| energijos žaliava | energy source material Sources from which energy can be obtained to provide heat, light, and power. Energy resources, including fossil and nuclear fuels as well as solar, water, tidal and geothermal energy, may be captured or recovered and converted into other energy forms for a variety of household, commercial, transportation, and industrial applications |
| galutinis energijos suvartojimas | final energy consumption |
| neatsinaujinantis energijos išteklius | non-renewable energy resource Non-renewable resources have been built up or evolved over a geological time-span and cannot be used without depleting the stock and raising questions of ultimate exhaustibility, since their rate of formation is so slow as to be meaningless in terms of the human life-span |
| neteršiantis energijos šaltinis | non-polluting energy source Energy that is ecologically safe and renewable. The most widely used source is hydroelectric power, which currently supplies some 6.6% of the world's energy needs. Other non-polluting sources are solar energy, tidal energy, wave energy and wind energy. Most non-polluting energy sources require a high capital investment but have low running costs |
| pastatas, kuriame beveik nesuvartojama energijos | near-zero energy building |
| pirminės energijos vartojimas | primary energy consumption Consumption of energy used in the same form as in its naturally occurring state, for example crude oil, coal, natural gas, e.g. before it is converted into electricity |
| saulės energijos elektrinė | solar power station Plant where energy is generated using radiation from the sun |
| saulės energijos išteklių žemėlapis | solar irradiance map |
| saulės energijos išteklių žemėlapis | solar map |
| saulės energijos išteklių žemėlapis | solar energy map |
| saulės energijos kolektorius | solar thermal collector |
| saulės energijos kolektorius | solar collector |
| saulės energijos koncentravimas | concentrating solar power |
| saulės energijos pasiskirstymo žemėlapis | solar map |
| saulės energijos pasiskirstymo žemėlapis | solar irradiance map |
| saulės energijos pasiskirstymo žemėlapis | solar energy map |
| saulės energijos technologija | solar energy technology Solar energy can be converted to useful work or heat by using a collector to absorb solar radiation, allowing much of the sun's radiant energy to be converted to heat. This heat can be used directly in residential, industrial, and agricultural operations; converted to mechanical or electrical power; or applied in chemical reactions for production of fuels and chemicals |
| saulės energijos žemėlapis | solar map |
| saulės energijos žemėlapis | solar irradiance map |
| saulės energijos žemėlapis | solar energy map |
| švarios energijos technologija | clean energy technology |
