Keywords: بهره وری انرژی; Optimal maintenance; Energy efficiency; Biomass boilers; Dynamic programming;
مقالات ISI بهره وری انرژی (ترجمه نشده)
مقالات زیر هنوز به فارسی ترجمه نشده اند.
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.
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: بهره وری انرژی; Energy efficiency; Packet transmission; Deadline restraint; Computational complexity;
Keywords: بهره وری انرژی; Internet of Things; Refrigerator; Energy efficiency; Smart data; Semantic technology; Crowdsourcing; User participation; Energy awareness;
Keywords: بهره وری انرژی; Building control system; Thermostat sensitivity; Machine learning; Control precision; Energy efficiency;
Keywords: بهره وری انرژی; L94; L95; Q40; Energy efficiency; Energy Star; Green certifications; Housing markets; Propensity score matching; Hedonic model;
Keywords: بهره وری انرژی; Multi-agent systems; Distributed control; Competition; Particle-based traffic; Energy efficiency;
Keywords: بهره وری انرژی; District heating; Data center; Energy efficiency; Waste heat utilization; Load profile;
Keywords: بهره وری انرژی; Mine ventilation; Push-pull ventilation network; Main fan station; Ventilation network analysis; Optimization of ventilation network; Energy efficiency;
Keywords: بهره وری انرژی; Secure data aggregation; Access control; Authentication; Wireless sensor network security; Sinkhole attack; Sybil attack; Energy efficiency;
Keywords: بهره وری انرژی; Internet of Things (IoT); Security; Energy efficiency;
Keywords: بهره وری انرژی; Energy efficiency; Predictive control; Cyber-physical system; Reinforcement learning; Optimization; Neural network; Evolutionary algorithms;
Keywords: بهره وری انرژی; Energy efficiency; Electricity prices; Consumer myopia; Imperfect competition; D12; L68; Q41;
Keywords: بهره وری انرژی; Energy efficiency; Multi-pass; Face milling; Parameter optimization;
Keywords: بهره وری انرژی; Embodied and operational impacts; Energy and carbon; Urban modeling; Buildings; Kuwaiti homes; Energy efficiency;
Keywords: بهره وری انرژی; Energy efficiency; Energy intensity; Financial performance; Stakeholder theory; Chinese firms;
Keywords: بهره وری انرژی; Building envelope; Climate responsive design; Energy efficiency; Hot climate; Office; Residential; Simulations at different heights; Skyscraper;
Keywords: بهره وری انرژی; Fan coil unit; Network control platform; Energy efficiency; Duty ratio; Fuzzy control;
Keywords: بهره وری انرژی; Energy efficiency; Network selection; Android; IEEE 802.11; Wireless networks; Cellular networks;
Keywords: بهره وری انرژی; Energy efficiency; Energy audit policy evaluations; Industrial energy audit policy programs;
Keywords: بهره وری انرژی; Membrane distillation (MD); Liquid desiccant air conditioning; Desiccant regeneration; Energy efficiency;
Keywords: بهره وری انرژی; Membrane distillation; Desalination; Energy efficiency; Plant design;
Keywords: بهره وری انرژی; Energy efficiency; Energy productivity; Energy retrofit; Optimization; Qatar; Buildings;
Keywords: بهره وری انرژی; Historical building; Energy retrofit actions; Refurbishment; Energy efficiency; Building/plant system;
Keywords: بهره وری انرژی; Cloud computing; Resource allocation; Energy efficiency; Fractal prediction model; Resource-intensive applications;
Keywords: بهره وری انرژی; 68P15; 68P20; 68T05; 68T20; Physical design; Energy efficiency; Power management;
Keywords: بهره وری انرژی; Energy efficiency; Occupant behavior; Behavioral patterns and profiles; Electricity consumption; Dutch households;
Keywords: بهره وری انرژی; Lighting control system; Energy saving; Energy efficiency; Functional illumination; Standby; Parasitic; Lighting; Occupancy; Daylight; Daylight harvesting; Photoelectric; Switch; Dimming; Field data; Sensor; PIR; Simulation; Led;
Keywords: بهره وری انرژی; Wireless sensor networks; Decentralized storage; Data survivability; Energy efficiency; Fountain codes;
Keywords: بهره وری انرژی; Turning; Multi objective optimization; Energy consumption; Power factor; Energy efficiency; Surface roughness; MRR; Taguchi-method; AHP; TOPSIS; Entropy-method;
Keywords: بهره وری انرژی; Energy efficiency; Social housing refurbishment; User behaviour; Building energy performance; Indoor environmental quality; Occupant well-being;
Keywords: بهره وری انرژی; Variable renewable electricity; Energy efficiency; Full load hours; Capacity factor; Fossil-fired power generation;
Keywords: بهره وری انرژی; Biomimicry; Rete mirabile; Heat recovery ventilator; Core; Energy efficiency; Building services;
Keywords: بهره وری انرژی; Energy simulations; Cost-effectiveness; Net present value; Windows; Glazing; Façade design; Energy efficiency;
Keywords: بهره وری انرژی; Energy efficiency; Space heating; Heat accounting; Heat cost sharing; Residential building; Heat meter; Heat cost allocator;
Keywords: بهره وری انرژی; Meteorological data; Information; Knowledge; Sustainable design; Energy efficiency; Thermal comfort;
Keywords: بهره وری انرژی; Refurbishment; Energy efficiency; Office building; Life cycle assessment; Electricity grid mix; Environmental payback;
Keywords: بهره وری انرژی; Process heat integration; Heat pump technology; Energy efficiency; Waste heat; Intégration de chaleur industrielle; Technologie des pompes à chaleur; Efficacité énergétique; Chaleur perdue;
Keywords: بهره وری انرژی; Energy efficiency; Volumetric bonus; Densification policies; Sustainable incentives; Emilia-Romagna;
Keywords: بهره وری انرژی; Two-stage ORC; Expansion efficiency; Heat to power conversion; Energy efficiency;
Keywords: بهره وری انرژی; Range-extended electric vehicle; Optimal control strategy; Energy efficiency; Variable battery capacities; Power split ratio; Fuel consumption;
Keywords: بهره وری انرژی; Energy efficiency; Commercial sector; Barriers; Logit model;
Keywords: بهره وری انرژی; Sorption heat storage; Review; Long-term energy storage; Solid sorption; Energy efficiency;
Keywords: بهره وری انرژی; Internet-of-Things; Transmission Power Control; Routing protocol; MAC protocol; Energy efficiency;
Keywords: بهره وری انرژی; Energy efficiency; Barriers; Information; Networks; Companies;
Keywords: بهره وری انرژی; Energy efficiency; Formal and informal management controls; Management control system; Strategic flexibility; Structural equation modeling;
Keywords: بهره وری انرژی; Hybrid energy system; Buildings; Fuel cell; Heat pump; Energy efficiency; LCOE analysis;
Keywords: بهره وری انرژی; Adaptive food preservation; Food storage customization; Refrigeration; Food quality; Energy efficiency; Vortex tube; Conservation adaptative des denrées alimentaires; Adaptation du stockage de produits alimentaires; Froid; Qualité des produits alimentai
Keywords: بهره وری انرژی; Occupancy; State transition; Buildings; Heating and cooling; Loads; Setpoint control; Energy efficiency; Simulation;
Keywords: بهره وری انرژی; D12; D22; L68; O33; Q41; Q55; Induced innovation; Energy efficiency; Electricity prices; Multiple imputations; Product entry and exit;
Keywords: بهره وری انرژی; High pressure homogenization; High power ultrasound; Tomato juice concentration; Physical properties; Energy efficiency;