Keywords: خنک کننده ترکیبی; System efficiency; Trigeneration; Combined cooling; Heat and power CCHP; Solar cooling; Dry cooling towers; Thermally driven cooling;
مقالات ISI خنک کننده ترکیبی (ترجمه نشده)
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Keywords: خنک کننده ترکیبی; Experimental investigation; Combined cooling; Sublimation and transpiration; Locally enhanced cooling; Porous plate;
Keywords: خنک کننده ترکیبی; Low temperature district heating; Bi-lateral heat trades model; Combined cooling; Heating and power; Simulation;
Keywords: خنک کننده ترکیبی; Multi-energy microgrids; Combined cooling; Heat and power plant; System-wide optimal coordinated dispatch; Mixed-integer linear programming; Net operating cost;
Keywords: خنک کننده ترکیبی; Biomass gasification; Combined cooling; Heating and power system; Operation strategies; Climate zones; The U.S;
Keywords: خنک کننده ترکیبی; Renewable energy; Combined cooling; Heating and power; Energy storage; Evolutionary particle swarm optimization;
Keywords: خنک کننده ترکیبی; Biomass gasification; Combined cooling; Heating, and power system; Organic Rankine cycle; Simulation and evaluation;
Keywords: خنک کننده ترکیبی; MEG; micro energy grid; PV; photovoltaic; WT; wind turbine; ESD; energy storage device; ES; electricity storage; HS; heating storage; CS; cooling storage; DR; demand respond; TOU; time-of-use price; RTP; real time price; PL; power load; HL; heating load;
Keywords: خنک کننده ترکیبی; Multi-supply-multi-demand; Rolling optimization; Feedback correction; Combined cooling; Heating and power; Solid oxide fuel cell-gas turbine;
Keywords: خنک کننده ترکیبی; Multi energy interconnected region; energy station; optimal economic dispatch; combined cooling; heat and power (CCHP); interior point method;
Keywords: خنک کننده ترکیبی; Ejector; Refrigeration; Combined cooling; Heating and power;
Keywords: خنک کننده ترکیبی; Biomass; Solid oxide fuel cell; Exergy; Single effect Lithium-bromide; Combined cooling; Heating and power; Greenhouse gas emission;
Keywords: خنک کننده ترکیبی; Combined cooling; Heating and power system; Compressed air energy storage; Distributed energy resources system; Thermodynamic analysis; Multi-objective optimization;
Keywords: خنک کننده ترکیبی; Multi-product carbon footprint; Greenhouse gas; Combined cooling; Heating and power system; Optimization
Keywords: خنک کننده ترکیبی; Combined cooling; Heating and power system; Prime mover; Thermally activated technologies; System configuration; Operation strategy; System optimization;
Keywords: خنک کننده ترکیبی; Combined cooling; Heat and power microgrid system; Two-stage optimal design method; Multi-objective genetic algorithm; Mixed integer linear programming;
Developing a CCHP-microgrid operation decision model under uncertainty
Keywords: خنک کننده ترکیبی; Combined Cooling; Heating; Power (CCHP); Stochastic optimization; Sample average approximation; Benders decomposition; Energy management;
Investigation of operation strategy of combined cooling, heating and power(CCHP) system based on advanced adiabatic compressed air energy storage
Keywords: خنک کننده ترکیبی; Advanced adiabatic compressed air energy storage; Combined cooling; Heating and power; Operation scenario; Operation parameter; Thermodynamic analyses;
Economic environmental unit commitment for integrated CCHP-thermal-heat only system with considerations for valve-point effect based on a heuristic optimization algorithm
Keywords: خنک کننده ترکیبی; Combined cooling; Heat and power; Unit commitment; Environmental emission; Valve-point effects; Absorption chiller;
Time-based category of combined cooling, heating and power (CCHP) users and energy matching regimes
Keywords: خنک کننده ترکیبی; Combined cooling; Heating and power; Capacity design modes; Energy matching regimes; Energy saving rate;
Thermoeconomic assessment and multi objective optimization of a solar micro CCHP based on Organic Rankine Cycle for domestic application
Keywords: خنک کننده ترکیبی; Exergy; Exergoeconomic; Combined Cooling; Heating and Power; Solar energy; R123; Genetic Algorithm
Optimal power flow and PGU capacity of CCHP systems using a matrix modeling approach
Keywords: خنک کننده ترکیبی; Combined cooling; Heating and power (CCHP) system; Matrix modeling; PGU capacity; Power generation unit (PGU) capacity;
Feasibility assessment of vacuum cooling followed by immersion vacuum cooling on water-cooked pork
Keywords: خنک کننده ترکیبی; Immersion vacuum cooling; Vacuum cooling; Pork; Combined cooling;
Multi-objective optimal operation strategy study of micro-CCHP system
Keywords: خنک کننده ترکیبی; Combined cooling; Heating and power (CCHP); Multi-objective optimization; MINLP; Operation strategy
Thermodynamic analysis of a new combined cooling, heat and power system driven by solid oxide fuel cell based on ammonia-water mixture
Keywords: خنک کننده ترکیبی; Absorption; Ammonia-water mixture; Combined cooling; Heat and power; Kalina cycle; Parametric analysis; Solid oxide fuel cell;
Analysis of combined cooling, heating, and power systems based on source primary energy consumption
Keywords: خنک کننده ترکیبی; Combined cooling; Heating; Power; CCHP; Primary energy; Site-to-source energy conversion factors
Effect of combined vacuum cooling and air blast cooling on processing time and cooling loss of large cooked beef joints
Keywords: خنک کننده ترکیبی; Vacuum cooling; Air blast cooling; Beef; Meat; Food safety; Refrigeration; Combined cooling