Toward Energy-Efficient Buildings
portes grátis
Toward Energy-Efficient Buildings
Envelope Technologies and Sustainable Energy Systems
Jiao, Kai; Chen, Jianheng; Lu, Vivien Lin; Chen, Xi
Elsevier - Health Sciences Division
02/2025
250
Mole
9780443265501
Pré-lançamento - envio 15 a 20 dias após a sua edição
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Introduction to carbon-neutral buildings and energy-efficient building envelopes
Fundamentals of building envelope design
Solar radiation, the energy balance of buildings, and building energy use
Advanced thermal regulation strategies for energy-smart building envelopes: thermal insulation materials and building-integrated phase change materials
Energy-efficient windows and facade technologies and energy balance
Spectral-selective nanomaterial solutions for low-energy buildings and a cool city
Building-integrated renewable energy technologies
Building energy assessment tools and evaluation integration approaches to energy-efficient buildings
Building energy performance modeling and simulation for energy systems
Novel passive energy-efficient building envelope technologies and prospects for sustainable energy systems
Fundamentals of building envelope design
Solar radiation, the energy balance of buildings, and building energy use
Advanced thermal regulation strategies for energy-smart building envelopes: thermal insulation materials and building-integrated phase change materials
Energy-efficient windows and facade technologies and energy balance
Spectral-selective nanomaterial solutions for low-energy buildings and a cool city
Building-integrated renewable energy technologies
Building energy assessment tools and evaluation integration approaches to energy-efficient buildings
Building energy performance modeling and simulation for energy systems
Novel passive energy-efficient building envelope technologies and prospects for sustainable energy systems
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Assessment tools; BIPV; BIPV/T; Biomass energy system; Building energy assessment; Building energy efficiency; Building energy modeling; Building envelope design; Building geometric modeling; Building insulation materials; Building performance optimization; Carbon-neutral buildings; Cooler cities; Cooling maps; Design consideration; Design trends and innovations; Dynamic insulation; Dynamic windows; Energy balance; Energy performance modeling; Energy-efficiency enhancements; Energy-efficient building envelopes; Energy-efficient technologies; Energy-efficient windows and glazing facades; GSHP; Green building; Hybrid solar system; Integrated evaluation; Key metrics; LCA; Low-energy buildings; PV-integrated windows; Passive design; Passive envelope technologies; Phase change materials; Radiative cooling; Radiative sky cooling; Renewable energy integration; Smart building envelope; Solar energy use in buildings; Solar radiation; Spectral power distribution; Spectral regulation; Spectral-selective nanomaterial; Spectrally selective windows; Static windows; Sustainable development; Techno-economic performance; Thermal regulation; Thermally insulated windows; Wind power system
Introduction to carbon-neutral buildings and energy-efficient building envelopes
Fundamentals of building envelope design
Solar radiation, the energy balance of buildings, and building energy use
Advanced thermal regulation strategies for energy-smart building envelopes: thermal insulation materials and building-integrated phase change materials
Energy-efficient windows and facade technologies and energy balance
Spectral-selective nanomaterial solutions for low-energy buildings and a cool city
Building-integrated renewable energy technologies
Building energy assessment tools and evaluation integration approaches to energy-efficient buildings
Building energy performance modeling and simulation for energy systems
Novel passive energy-efficient building envelope technologies and prospects for sustainable energy systems
Fundamentals of building envelope design
Solar radiation, the energy balance of buildings, and building energy use
Advanced thermal regulation strategies for energy-smart building envelopes: thermal insulation materials and building-integrated phase change materials
Energy-efficient windows and facade technologies and energy balance
Spectral-selective nanomaterial solutions for low-energy buildings and a cool city
Building-integrated renewable energy technologies
Building energy assessment tools and evaluation integration approaches to energy-efficient buildings
Building energy performance modeling and simulation for energy systems
Novel passive energy-efficient building envelope technologies and prospects for sustainable energy systems
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Assessment tools; BIPV; BIPV/T; Biomass energy system; Building energy assessment; Building energy efficiency; Building energy modeling; Building envelope design; Building geometric modeling; Building insulation materials; Building performance optimization; Carbon-neutral buildings; Cooler cities; Cooling maps; Design consideration; Design trends and innovations; Dynamic insulation; Dynamic windows; Energy balance; Energy performance modeling; Energy-efficiency enhancements; Energy-efficient building envelopes; Energy-efficient technologies; Energy-efficient windows and glazing facades; GSHP; Green building; Hybrid solar system; Integrated evaluation; Key metrics; LCA; Low-energy buildings; PV-integrated windows; Passive design; Passive envelope technologies; Phase change materials; Radiative cooling; Radiative sky cooling; Renewable energy integration; Smart building envelope; Solar energy use in buildings; Solar radiation; Spectral power distribution; Spectral regulation; Spectral-selective nanomaterial; Spectrally selective windows; Static windows; Sustainable development; Techno-economic performance; Thermal regulation; Thermally insulated windows; Wind power system
