Keywords: برق به گاز; Hydrogenotrophic methanogenesis; Biofilm; Power to gas; Energy storage;
مقالات ISI برق به گاز (ترجمه نشده)
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در صورتی که به ترجمه آماده هر یک از مقالات زیر نیاز داشته باشید، می توانید سفارش دهید تا مترجمان با تجربه این مجموعه در اسرع وقت آن را برای شما ترجمه نمایند.
Keywords: برق به گاز; Anaerobic digestion; Biogas upgrading; Hybrid configuration; Hydrogenotrophic methanogenesis; Power to gas;
Keywords: برق به گاز; Life cycle assessment; Sustainability criteria; Advanced biofuels; Power to gas; Biological methanation; Co-digestion;
Keywords: برق به گاز; CAES; Compressed Air Energy Storage; CC; Carbon Capture; CCGT; Combined-Cycle Gas Turbine; HHV; Higher Heating Value; HV; High Voltage; HVDC; High Voltage Direct Current; LHV; Lower Heating Value; LV; Low Voltage; MV; Medium Voltage; NG; Natural Gas; OCGT
Keywords: برق به گاز; Energy transition modelling in the built environment; Multi-level perspective planning; Technologies for sustainable buildings; Demand side management; Energy storage systems; Power to heat; Power to gas;
Keywords: برق به گاز; bar; 1Â atm of pressure = 14.7Â psia (pressure unit); CAFCP; California Fuel Cell Partnership; CCS; carbon capture and sequestration; CH2; compressed hydrogen gas; CNG; compressed natural gas; FCV; fuel cell vehicle; FCB; fuel cell bus; gge; gallon gasoli
Keywords: برق به گاز; Electricity storage; Electricity surplus; Forecast; Power to gas; Spain;
Keywords: برق به گاز; Energy storage; Energy modeling; Flexibility; Power to Gas;
Keywords: برق به گاز; Integrated electricity and gas network; coordinated operation; successive linearization; Power to Gas; economic dispatch;
Keywords: برق به گاز; Power to Gas; historical buildings; energy efficiency; cultural heritage; existing building; energy transition;
Keywords: برق به گاز; Power to gas; hydrogen; methane blends; safety; regulations; CHP; boiler;
Keywords: برق به گاز; Bi-level programming; Co-expansion planning; Power to gas; Integrated gas and electricity system;
Keywords: برق به گاز; Power to gas; Fuel cell; Electrolyzer; Secondary control reserve; Forecast error;
Analysis of non-economic barriers for the deployment of hydrogen technologies and infrastructures in European countries
Keywords: برق به گاز; Hydrogen; Power to gas; Non-economic barriers; Variable renewable energy;
Keywords: برق به گاز; Power to gas; Demand response; Hydrogen production; Mixed integer non linear programming optimization; GAMS; Green energy; Electrolysis; Fuel cell vehicles;
Keywords: برق به گاز; Biogas; Power to gas; Biological methanation; Methanogenic archaea; Volatile fatty acids;
Keywords: برق به گاز; Anaerobic digestion; Macro-algae; Microalgae; Power to gas; Biomethane;
Keywords: برق به گاز; Building refurbishment; Hybrid heating systems; H2NG hydrogen-methane mixtures; Power to gas;
Keywords: برق به گاز; Renewable Energy; Hydrogen Economy; Electricity storage; Power to Gas; Electrolysis; Fuel Cells; alkaline; PEM; SOEC.;
Keywords: برق به گاز; power accumulation; power to gas; pumped hydropower station; comparison;
Keywords: برق به گاز; Power to gas; Hydrogen enriched natural gas; Lean burn gas engine; High load; Large-bore
Keywords: برق به گاز; 4GDH; 4th Generation District Heating; ASU; air separation unit; DH; district heating; DHW; domestic hot-water; LHV; lower heating value; M; moisture; M1; methanator 1; M2; methanator 2; M3; methanator 3; PtG; Power to Gas; SNG; synthetic natural gas; Z;
Keywords: برق به گاز; Power to gas; Alkaline electrolyser; PEM electrolyser; Energy storage; Techno-economic analysis; Value proposition
Keywords: برق به گاز; Wind-hydrogen-electricity networks; Renewable energy networks; MILP; Optimisation; Site suitability; Power to gas;
Keywords: برق به گاز; Methanation; Methane enrichment; Power to gas; Hydrogen; Anaerobic digestion;
Keywords: برق به گاز; Hydrogen; Hydrogenotrophic methanogens; Methane production; Methanogens; Power to gas;
Keywords: برق به گاز; Power-to-gas; Oxyfuel combustion; Methanation; ASU; air separation unit; FG; flue gas; LHV; lower heating value; M1; methanator 1; M2; methanator 2; M3; methanator 3; PtG; power to gas; SNG; synthetic natural gas;
Keywords: برق به گاز; Biogas; Carbon capture; Electricity storage; Transport biofuel; Power to Gas; Demand driven biogas;
Keywords: برق به گاز; Power to gas; Excess energy; Electrolysis; Methanation; Renewable energy concept; Fuel cell vehicles
Keywords: برق به گاز; Optimization; Mixed integer linear programming; ε-Constraint method; Power to gas; Energy storage; Hydrogen
Keywords: برق به گاز; Power to gas; Wind curtailment; Alkaline electrolyser; Techno-economics analysis;
Keywords: برق به گاز; Power to gas; Pumped hydro storage; Compressed air energy storage; Wind power; Buffering; Large scale energy storage;
Techno-economic analysis of biogas upgrading via amine scrubber, carbon capture and ex-situ methanation
Keywords: برق به گاز; CO2 capture; Process simulation; Amine scrubber; Methanation; Biological power to gas; Economic analysis; CSTR; continuously stirred tank reactor; DS; dry solids; HRT; hydraulic retention time; MEA; mono-ethanol-amine; MSP; minimum selling price; NPV; net
Energy integration of CO2 networks and power to gas for emerging energy autonomous cities in Europe
Keywords: برق به گاز; CO2 networks; Urban energy system; DHC network; Power to gas; Multi-energy network; Renewable energy system; Long term energy storage;
Electricity storage needs for the energy transition: An EROI based analysis illustrated by the case of Belgium
Keywords: برق به گاز; Energy storage; EROI; Power to gas; Seasonal storage; Energy transition; Energy management;
Hybrid systems adoption for lowering historic buildings PFEC (primary fossil energy consumption) - A comparative energy analysis
Keywords: برق به گاز; Hybrid energy systems; Historical buildings energy efficiency; CHP; Heat pump; PV/T; Power to gas;
Future applications of hydrogen production and CO2 utilization for energy storage: Hybrid Power to Gas-Oxycombustion power plants
Keywords: برق به گاز; Power-to-Gas; Oxycombustion; Methanation; Integration; Combined cycle; ASU; air separation unit; HEN; heat exchangers network; LHV; lower heating value; M; moisture; Oxy-CC; oxycombustion combined cycle; PtG; power to gas; SNG; synthetic natural gas; Z; a
Integration of Power to Methane in a waste water treatment plant - A feasibility study
Keywords: برق به گاز; Biomethanation; Power to Gas; Power to Methane; Biogas upgrading; Grid balancing;
Exogenous addition of H2 for an in situ biogas upgrading through biological reduction of carbon dioxide into methane
Keywords: برق به گاز; In situ biogas upgrading; H2 addition; Power to gas; Homo-acetogenesis; Stable isotope; CO2 reduction;
A sorptive reactor for CO2 capture and conversion to renewable methane
Keywords: برق به گاز; CO2 sorption and utilization; Reactive regeneration; Hybrid reactor; Methanation; Substitute natural gas; Power to Gas;
The potential of power to gas to provide green gas utilising existing CO2 sources from industries, distilleries and wastewater treatment facilities
Keywords: برق به گاز; Power to gas; Multi criteria decision analysis; Renewable energy; Energy storage; Bioresource; Renewable gas;
Highly active Ni/Y-doped ZrO2 catalysts for CO2 methanation
Keywords: برق به گاز; Methanation of CO2; Supported Ni catalyst; ZrO2; Oxygen vacancy; Power to gas;
Sorptive H2S removal by impregnated activated carbons for the production of SNG
Keywords: برق به گاز; Methanation; H2S removal; Activated carbon; SNG; Power to gas;
Power to liquid and power to gas: An option for the German Energiewende
Keywords: برق به گاز; Energy model; Energy transition; Sustainability; Co-electrolysis; Power to liquid; Power to gas