High Efficient Buildings in Mediterranean Area : Challenges and Perspectives

The Building sector requires a conspicuous considerable amount of energy for services related to annual air-conditioning and the thermal comfort of indoor spaces. The design of highly efficient low-energy buildings is often a challenging task, especially in the mediterranean area, where the balanced...

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その他の著者: Arcuri, Natale (編集者), Bruno, Roberto (編集者), Bevilacqua, Piero (編集者)
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出版事項: Basel, Switzerland MDPI - Multidisciplinary Digital Publishing Institute 2021
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オンライン・アクセス:Get Fullteks
DOAB: description of the publication
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245 1 0 |a High Efficient Buildings in Mediterranean Area : Challenges and Perspectives 
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520 |a The Building sector requires a conspicuous considerable amount of energy for services related to annual air-conditioning and the thermal comfort of indoor spaces. The design of highly efficient low-energy buildings is often a challenging task, especially in the mediterranean area, where the balanced requirement for heating and cooling energy does not usually permit a high level of envelope insulation in order to avoid summer overheating. This topical Special Issue of Energies is dedicated to "High Efficient Buildings in Mediterranean Area: Challenges and Perspectives" and collects studies related to the assessment and evaluation of systems and technologies for building energy management and control in the Mediterranean climate, with the aim of optimizing the building-plant system and reducing energy use. This collection of papers presents the latest research results related to the topic; these articles offer valuable insights into the energy simulation of highly efficient buildings, propose innovative envelope solutions, such as green roofs, Trombe walls, and PCM, and investigate the use of renewable sources such as photovoltaic systems. The topics also include the innovative use and control of Venetian blinds and fixed solar shades in order to reduce energy consumption and preserve visual comfort, as well as an interesting economic analysis based on the cost-optimal approach. 
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653 |a nZEB 
653 |a photovoltaics 
653 |a geothermal energy system 
653 |a energy storage units 
653 |a energy transactions 
653 |a life cycle cost assessment 
653 |a payback period 
653 |a building design 
653 |a cost-optimal analysis 
653 |a BEopt 
653 |a economic projections 
653 |a smart solar shading 
653 |a energy saving 
653 |a venetian blinds 
653 |a trombe wall 
653 |a experimental analysis 
653 |a solar gains 
653 |a PCM thermal storage 
653 |a bioclimatic strategy 
653 |a traditional constructive technology 
653 |a wine vinification 
653 |a energetic retrofit 
653 |a shading systems 
653 |a multi-objective optimization 
653 |a energy savings 
653 |a visual comfort 
653 |a renewable energy sources 
653 |a PV systems configurations 
653 |a energy storage 
653 |a net present value 
653 |a emission reduction 
653 |a weather data 
653 |a typical weather year 
653 |a building energy simulations 
653 |a residential building 
653 |a energy demand 
653 |a energy efficiency policy 
653 |a nearly zero energy building 
653 |a Positive Energy Building 
653 |a energy performance of buildings 
653 |a thermal behaviour 
653 |a thermal dynamic simulation 
653 |a prefabricated buildings 
653 |a SUPRIM 
653 |a EnergyPlus 
653 |a building energy performance 
653 |a phase change materials 
653 |a green roof 
653 |a measurements 
653 |a thermal behavior 
653 |a monitoring 
653 |a dynamic model 
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