| SDG 7 - Keywords | ||||
| (bipv) | eco-design | hydrogen fuel cell | pem fuel | smart meter |
| (dfig) | ecrh | hydrogen storage alloy | pem fuel cell | smart metering |
| (dsscs) | efficiency of solar cells | hydrogen storage alloys | pem fuel cells | smart meters |
| (lvrt) | efficient cooling | hydrogen storage capacity | pemfc | smart sensor |
| (pemfc) | electric aircraft | hydrogen storage material | pemfc | smart sensors |
| (pv) array | electric bus | hydrogen storage materials | pemfcs | smart-grid |
| (wecs) | electric car | hydrogen storage properties | penetration level | sodium ion batteries |
| a proton exchange membrane fuel cell | electric cars | hydrogen storage | penetration of renewable energy | sodium-ion |
| a smart grid | electric drive | hydrogen transport | permanent magnet synchronous generator | sodium-ion batteries |
| a solar collector | electric mobility | hydrogen-storage | permanent magnet synchronous generator (pmsg) | sodium-ion batteries (sibs) |
| absorber layer | electric propulsion | hydropower plant | perovskite film | sodium-ion battery |
| access to electricity | electric propulsion system | hydropower plants | perovskite solar cell | sofc anode |
| active distribution | electric railway | hydropower station | perovskite solar cells | sofc stack |
| active distribution network | electric traction | hydrothermal liquefaction | perovskite solar cells (pscs) | sofcs |
| advanced metering | electric vehicle (ev) | improve energy efficiency | perturb and observe | solar air |
| advanced metering infrastructure | electric vehicle applications | improved energy efficiency | phev | solar air heater |
| advanced metering infrastructure (ami) | electric vehicle charging | improving energy efficiency | phevs | solar and wind |
| alcator | electric vehicle | incremental conductance | phosphorescent organic light-emitting diodes | solar and wind energy |
| alcator c-mod | electric vehicles (ev) | induction generators | photoactive layer | solar cell application |
| alkaline fuel cell | electric vehicles (evs) | industrial internet of things | photocatalytic h2 | solar cell applications |
| alkaline fuel cells | electric vehicles | inertial confinement | photocatalytic hydrogen | solar cell device |
| am 1 | electrical vehicle | inertial confinement fusion | photocatalytic hydrogen evolution | solar cell devices |
| am 15 | electrical vehicles | inertial confinement fusion (icf) | photocatalytic hydrogen production | solar cell efficiency |
| am15 | electrode assemblies | integrated photovoltaic | photoelectric conversion efficiency | solar cell performance |
| am15g | electrode assembly | integration of renewable | photoelectrochemical cell | solar cell structure |
| amorphous silicon solar | electrolyte fuel cell | integration of renewable energy | photoelectrochemical cells | solar cell, |
| and clean energy | electrolyte membrane | integration of renewable energy sources | photovoltaic (pv) array | solar cell |
| and energy saving | electrolyte membrane fuel cells | intermediate temperature solid | photovoltaic (pv) cells | solar chimney |
| and fuel cell | electromobility | intermediate temperature solid oxide | photovoltaic (pv) generation | solar collector |
| and fuel cells | electron cyclotron resonance heating | intermediate temperature solid oxide fuel | photovoltaic (pv) module | solar collectors |
| and renewable energy | electron transport layer | intermediate temperature solid oxide fuel cells | photovoltaic (pv) modules | solar cooling |
| and smart grid | energy access | intermediate-temperature solid oxide fuel | photovoltaic (pv) panels | solar desalination |
| and solar cell | energy building | intermittent renewable | photovoltaic (pv) power | solar electric |
| and solar energy | energy conversion system | intermittent renewable energy | photovoltaic (pv) system | solar energy conversion |
| and the internet of things | energy conversion systems | internal reforming | photovoltaic (pv) systems | solar energy systems |
| and wind energy | energy converter | international thermonuclear experimental reactor | photovoltaic application | solar fuel |
| and wind power | energy converters | international thermonuclear experimental reactor (iter) | photovoltaic applications | solar fuels |
| anode catalyst | energy crop | internet of things (iot) applications | photovoltaic array | solar hydrogen |
| anode material for lithium-ion batteries | energy crops | internet of things (iot) devices | photovoltaic arrays | solar modules |
| anode materials for | energy efficiencies | internet of things (iot) | photovoltaic cell | solar panel |
| anode-supported | energy efficiency (ee) | internet of things iot | photovoltaic cells | solar photovoltaic |
| artificial photosynthesis | energy efficiency improvement | internet of things, | photovoltaic cells | solar photovoltaic (pv) |
| asdex | energy efficiency improvements | internet of things | photovoltaic characteristics | solar photovoltaics |
| asdex upgrade | energy efficiency measures | internet-of-things | photovoltaic conversion | solar power generation |
| back contact | energy efficient buildings | internet-of-things (iot) | photovoltaic conversion efficiency | solar power plant |
| back surface field | energy efficient routing | ion battery | photovoltaic device | solar power plants |
| battery anode | energy laboratory | iot (internet of things) | photovoltaic devices | solar power |
| battery anodes | energy management strategy | iot | photovoltaic effect | solar powered |
| battery electric | energy projects | islanded | photovoltaic efficiency | solar pv |
| battery electric vehicle | energy renewable | islanded microgrid | photovoltaic energy | solar still |
| battery electric vehicles | energy saving and | islanded mode | photovoltaic generation | solar thermal |
| battery energy storage | energy saving potential | islanding | photovoltaic generator | solar thermal collectors |
| battery energy storage system | energy saving | islanding detection | photovoltaic grid | solar thermal energy |
| battery energy storage system (bess) | energy smart | iter | photovoltaic industry | solar thermal power |
| battery lithium | energy solar | it-sofc | photovoltaic inverter | solar tracking |
| battery management system | energy storage system (bess) | kstar | photovoltaic materials | solar water heater |
| battery pack | energy storage system (ess) | large-scale wind | photovoltaic module | solar water heating |
| battery state | energy technologies | large-scale wind power | photovoltaic modules | solar, wind |
| battery storage | energy-efficiency | led lamp | photovoltaic panel | solar-cell |
| bhj | energyplus | led lamps | photovoltaic panels | solar-powered |
| biobutanol | enhanced geothermal | led lighting | photovoltaic parameters | solid oxide fuel cell |
| bio-diesel | ethanol fuel | levelized cost | photovoltaic performance | solid oxide fuel cell (sofc) |
| biodiesel blends | ev charging | li ion batteries | photovoltaic performances | solid oxide fuel cells |
| biodiesel fuel | experimental reactor | li ion battery | photovoltaic power | solid oxide fuel cells (sofc) |
| biodiesel fuels | facing components | light emitting diode (led) | photovoltaic power generation | solid oxide fuel cells (sofcs) |
| biodiesel industry | fast pyrolysis | light emitting diodes (leds) | photovoltaic properties | solid oxide fuel cells |
| biodiesel production | fault ride | light-emitting diode (led) | photovoltaic response | solid state lighting |
| biodiesel synthesis | feed-in | light-emitting diodes (leds | photovoltaic solar | solid-oxide |
| biodiesel yield | feed-in tariff | light-emitting diodes (leds) | photovoltaic solar cells | solid-state lighting |
| biodiesel | fermentative hydrogen | light-emitting diodes (leds) | photovoltaic system | source of renewable energy |
| biodiesels | fermentative hydrogen production | light-emitting diodes | photovoltaic system | speed wind turbine |
| bioenergy | fill factor (ff) | lighting control | photovoltaic systems | state of charge (soc) |
| bio-energy | film solar cell | li-ion batteries | photovoltaic systems | stellarator |
| bioenergy biomass | first wall | li-ion battery | photovoltaic technologies | storage alloys |
| bioenergy crop | floating offshore wind | li-s | photovoltaic technology | sulfur cathode |
| bioenergy crops | floating wind | li-s batteries | photovoltaic thermal | sustainable energy |
| bioenergy production | floating wind turbine | li-s battery | photovoltaic/thermal | synchrophasor |
| bioenergy | fluorescent lamp | lithium ion batteries (libs) | photovoltaics (pv) | system (wecs) |
| bioethanol | fluorescent lamps | lithium ion batteries | photovoltaics | tandem solar cell |
| bio-ethanol | francis turbine | lithium ion battery | planar heterojunction | tandem solar cells |
| bioethanol production | fuel cell (fc) | lithium ion battery | planar perovskite | test blanket |
| bioethanol | fuel cell application | lithium secondary batteries | planar perovskite solar cells | textor |
| bio-fuel | fuel cell applications | lithium storage | plasma facing | the dfig |
| biofuel cell | fuel cell applications | lithium sulfur | plasma facing components | the distributed generation |
| biofuel cells | fuel cell cathode | lithium-ion batteries (libs) | plasma-facing components | the electric drive |
| biofuel feedstock | fuel cell hybrid | lithium-ion batteries | plug-in electric vehicle | the electric vehicle |
| biofuel production | fuel cell hydrogen | lithium-sulfur | plug-in electric vehicles | the electric vehicles |
| biofuel | fuel cell model | lithium-sulfur (li-s) batteries | plug-in electric vehicles (pevs) | the energy-saving |
| bio-fuels | fuel cell operation | lithium-sulfur batteries | plug-in hybrid | the first wall |
| biofuels production | fuel cell performance | lithium-sulfur battery | plug-in hybrid electric vehicle | the hydrogen evolution |
| biofuels | fuel cell stack | location based service | plug-in hybrid electric vehicles | the internet of things (iot) |
| biohydrogen | fuel cell stacks | location based services | plug-in hybrid electric vehicles (phevs) | the internet of things |
| bio-hydrogen | fuel cell system | location-based service | polymer electrolyte fuel cell | the islanding |
| biohydrogen production | fuel cell systems | location-based services | polymer electrolyte fuel cell (pefc) | the maximum power point tracking |
| biomass energy | fuel cell technology | location-based services (lbs) | polymer electrolyte fuel cells | the photovoltaic properties |
| biomass for energy | fuel cell vehicle | location-based services | polymer electrolyte fuel cells (pefcs) | the power conversion efficiency |
| biomass fuel | fuel cell vehicles | low voltage ride | polymer electrolyte membrane | the renewable energy |
| biomass fuels | fuel cell | low voltage ride through | polymer electrolyte membrane (pem) | the smart grid |
| biomass gasification | fuel cells (pemfcs) | lvrt | polymer electrolyte membrane fuel | the vacuum vessel |
| biomass pyrolysis | fuel cells | magnet synchronous generator (pmsg) | polymer electrolyte membrane fuel cell | the wind energy |
| bipolar plate | fuel ethanol | main grid | polymer electrolyte membrane fuel cell (pemfc) | thermal collector |
| bipolar plates | fuel wood | maximum power density | polymer electrolyte membrane fuel cells | thermal collectors |
| bipv | fuel-cell | maximum power point (mpp) | polymer light-emitting diodes | thermonuclear experimental reactor |
| blanket module | fuelwood | maximum power point tracking | polymer solar cell | thermonuclear experimental reactor (iter) |
| building automation | fusion device | maximum power point tracking (mppt) | polymer solar cells | thermonuclear fusion |
| building energy efficiency | fusion devices | membrane electrode assemblies | polymer solar cells (pscs) | thermophotovoltaic |
| bulk heterojunction | fusion power | membrane electrode assembly | power conversion efficiencies | thin film solar |
| bulk heterojunction (bhj) | fusion power plant | membrane electrode assembly (mea) | power conversion efficiencies (pces) | thin film solar cell |
| bulk heterojunction solar cells | fusion reactions | membrane fuel cell | power conversion efficiency (pce) | thin film solar cells |
| bulk-heterojunction | fusion reactor | membrane fuel cells | power forecasting | thin film solar cells |
| carbonate fuel cell | fusion reactors | membrane-electrode | power integration | thin-film solar |
| cathode catalyst | future fusion | metal-air | power penetration | thin-film solar cell |
| cathode catalyst layer | future smart grid | metal-air batteries | power point tracking | thin-film solar cells |
| cdte solar cells | gan-based light-emitting diodes | metering infrastructure | power point tracking (mppt) | thin-film solar cells |
| cell application | gas diffusion layer | methanol crossover | production of biofuels | tidal turbine |
| cell efficiency | gas diffusion layer (gdl) | methanol fuel | proton exchange membrane (pem) | tip speed ratio |
| cell fabrication | gas diffusion layers | methanol fuel cell | proton exchange membrane (pem) fuel cell | tokamak fusion |
| cell performances | gasification of biomass | methanol fuel cells | proton exchange membrane fuel | torrefaction |
| cell power | generation distribution | methanol permeability | proton exchange membrane fuel cell | tracking (mppt) |
| cell stack | generator (dfig) | methanol steam reforming | proton exchange membrane fuel cell (pemfc) | tritium breeding |
| cell stacks | generator (pmsg) | mfcs | proton exchange membrane fuel cells | trough collector |
| cell vehicles | geothermal energy | micro grid | proton exchange membrane fuel cells (pemfcs) | turbine (wt) |
| cellulosic ethanol | geothermal exploration | microbial fuel | proton-exchange membrane | use of renewable energy |
| charging infrastructure | geothermal power | microbial fuel cell | ptb7 | use of renewable energy sources |
| charging station | geothermal reservoir | microbial fuel cell (mfc) | pv array | utility grid |
| charging stations | geothermal reservoirs | microbial fuel cells | pv arrays | utilization of renewable energy |
| cigs | geothermal resource | microbial fuel cells (mfcs) | pv cell | v oc |
| cigs solar cells | geothermal resources | microgrid (mg) | pv cells | v2g |
| circuit current density | geothermal wells | microgrid operation | pv energy | variable speed wind turbine |
| clean energy | green building | microgrid system | pv generation | vawt |
| c-mod | green buildings | microgrid | pv module | vehicle charging |
| compact fluorescent | green energy | microgrids | pv modules | vehicle-to-grid |
| concentrated solar | green roof | microgrids, | pv output | vehicle-to-grid (v2g) |
| concentrated solar power | green roofs | microgrids | pv panel | vertical axis wind |
| concentrated solar power (csp) | green technologies | molten carbonate | pv panels | vertical axis wind turbine |
| concentrating solar | green technology | molten carbonate fuel cell | pv plant | voltage ride through |
| concentrating solar power | grid connected photovoltaic | monopile | pv power | vsc-hvdc |
| concentrating solar power (csp) | grid connection | mppt | pv power generation | wave energy conversion |
| conversion efficiency (?) | grid integration | mppt algorithm | pv system | wave energy converter |
| crystalline silicon solar cells | grid-connected photovoltaic | mppt control | pv systems | wave energy converter (wec) |
| cu(in | grid-connected photovoltaic (pv) | multicrystalline | pv/t | wave energy converters |
| cu(in,ga)se2 | grid-connected pv | multicrystalline silicon | pyrolysis of biomass | wecs |
| current turbine | ground heat exchanger | multijunction | pyrolysis oil | wendelstein |
| dark fermentation | ground source | multi-junction | rechargeable lithium-ion batteries | wendelstein 7-x |
| dc microgrid | ground source heat | multijunction solar | renewable electricity | white light emitting diodes |
| dc microgrids | ground source heat pump | multijunction solar cells | renewable energies | white light-emitting |
| demand response | gshp | multi-junction solar cells | renewable energy (re) | white light-emitting diodes |
| demand response (dr | h 2 evolution | mw wind turbine | renewable energy applications | white organic light-emitting diodes |
| demand response (dr) | h2 evolution | n719 | renewable energy development | wind and solar |
| dfig | halide perovskite solar cells | na-ion | renewable energy generation | wind and solar power |
| dg units | heliostat | na-ion batteries | renewable energy integration | wind energy conversion |
| diii | heterojunction solar cell | national renewable energy laboratory | renewable energy laboratory | wind energy conversion system |
| diii-d | heterojunction solar cells | national renewable energy laboratory (nrel) | renewable energy power | wind energy conversion system (wecs) |
| diii-d tokamak | high energy efficiency | neutral beam injection | renewable energy production | wind energy conversion systems |
| diode (oled) | high open-circuit voltage | ni-ysz | renewable energy resource | wind energy generation |
| direct methanol | high power conversion | non-fullerene | renewable energy resources | wind energy potential |
| direct methanol fuel cell | high power conversion efficiency | non-renewable energy | renewable energy resources | wind energy system |
| direct methanol fuel cell (dmfc) | high reversible capacity | nrel | renewable energy source | wind energy systems |
| direct methanol fuel cells | high voltage dc | nstx | renewable energy source | wind energy |
| direct methanol fuel cells (dmfcs) | high voltage direct current | nuclear fusion | renewable energy sources (res) | wind farm |
| direct methanol fuel cells | high voltage direct current (hvdc) | offshore wind | renewable energy sources | wind farms |
| distributed energy resources | high-performance anode | offshore wind energy | renewable energy system | wind farms |
| distributed generation (dg | high-performance lithium-ion batteries | offshore wind farm | renewable energy systems | wind generation |
| distributed generation (dg) | high-voltage dc | offshore wind farms | renewable energy technologies | wind generator |
| distributed generation (dg) units | high-voltage direct current | offshore wind power | renewable energy technology | wind generators |
| distributed generation system | hl-2a | offshore wind turbine | renewable energy | wind penetration |
| distributed generation systems | h-mode | offshore wind turbines | renewable fuel | wind power forecasting |
| distributed generation units | home automation | onshore wind | renewable fuels | wind power generation |
| distributed generation | home energy | open circuit voltage (voc) | renewable power | wind power generation system |
| distributed generations | home energy management | open-circuit voltage (voc) | reversible hydrogen storage | wind power generator |
| distributed generations (dgs) | horizontal axis wind turbine | open-circuit voltages | rfx | wind power integration |
| distributed generator | hvdc system | organic light emitting diode | ride through | wind power output |
| distributed generators | hvdc systems | organic light emitting diode (oled) | rural electrification | wind power penetration |
| distributed generators (dgs) | hvdc transmission | organic light emitting diodes | sensitized solar cell | wind power plant |
| district heating | hvdc transmission system | organic light emitting diodes (oleds) | sensitized solar cells | wind power plants |
| district heating system | hybrid electric vehicle | organic light-emitting diode | share of renewable energy | wind power prediction |
| district heating systems | hybrid electric vehicle (hev) | organic light-emitting diode (oled) | short circuit current density | wind power system |
| dmfc | hybrid electric vehicles | organic light-emitting diodes | short-circuit current density | wind power |
| doubly fed induction | hybrid electric vehicles (hevs) | organic light-emitting diodes (oleds) | short-circuit current density (jsc) | wind resource |
| doubly fed induction generator | hybrid electric vehicles | organic photovoltaic | short-circuit photocurrent | wind resources |
| doubly fed induction generator (dfig | hybrid energy storage | organic photovoltaic (opv) | si solar cell | wind turbine (wt) |
| doubly fed induction generator (dfig) | hybrid energy storage system | organic photovoltaic cells | si solar cells | wind turbine blade |
| doubly-fed induction | hybrid energy system | organic photovoltaic devices | silicon heterojunction | wind turbine blades |
| doubly-fed induction generator | hybrid photovoltaic | organic photovoltaics | silicon photovoltaic | wind turbine generator |
| doubly-fed induction generator (dfig) | hybrid power system | organic solar | silicon solar cell | wind turbine generators |
| droop control | hybrid propulsion | organic solar cell | silicon solar cells | wind turbine model |
| dssc | hybrid renewable | organic solar cells | single-junction | wind turbine power |
| dssc | hybrid renewable energy | organic solar cells (oscs) | small wind | wind turbine rotor |
| dsscs | hybrid solar | oscillating water column | small wind turbine | wind turbine system |
| dsscs | hybrid solar cells | overall energy efficiency | small wind turbines | wind turbine systems |
| dye sensitized | hybrid vehicle | oxide fuel cell | smart charging | wind turbine |
| dye sensitized solar cell | hybrid vehicles | oxide fuel cell (sofc) | smart energy | wind turbines |
| dye sensitized solar cells | hydraulic turbine | p3ht:pcbm | smart grid (sg) | window layer |
| dye sensitized solar cells (dsscs) | hydro power | parabolic trough | smart grid applications | wind-power |
| dye-sensitized solar cell | hydroelectric power | parabolic trough collector | smart grid technologies | wind-turbine |
| dye-sensitized solar cell (dssc) | hydrogen economy | parabolic trough solar | smart grid | wireless ad hoc |
| dye-sensitized solar cells (dscs) | hydrogen evolution rate | parallel hybrid | smart grids | wireless ad hoc network |
| dye-sensitized solar cells (dsscs) | hydrogen evolution reaction | partial shading | smart grids | wireless ad hoc networks |
| dye-sensitized solar cells | hydrogen evolution reaction (her) | pefc | smart home | wireless ad-hoc |
| ecodesign | hydrogen fuel | pegasus | smart homes | wireless ad-hoc networks |
