Design of a grid-independent energy efficient building: Sustainable Energy Research Facility

机译：独立于电网的节能建筑的设计：可持续能源研究设施

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This paper describes architectural and engineering design features of the “Sustainable Energy Research Facility (SERF)” to be constructed on Frostburg State University campus located in Western Maryland, USA. SERF will be an off-grid, energy efficient, residential size building supplied by clean renewable energy sources. When completed, SERF will be used by the FSU Renewable Energy Center to offer research, education, and outreach programs.

机译：本文描述了“可持续能源研究设施（SERF）”的建筑和工程设计特征，该设施将在美国西部马里兰州的弗罗斯特堡州立大学校园内建造。 SERF将是由清洁的可再生能源提供的离网，节能，住宅大小的建筑物。完成后，SERF将由FSU可再生能源中心用于提供研究，教育和推广计划。

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《IEEE Power and Energy Society General Meeting》|2010年|P.1-6|共6页
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Soysal O.; Soysal H.; Spears J.; Posson D.; OHearn K.; Charles B.; Harwick B.;
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原文格式 PDF
正文语种
中图分类输配电工程、电力网及电力系统;
关键词
Education; Energy Efficiency; Green energy; Hybrid generation; Renewable Energy; Solar Power Generation; Wind Power Generation;

机译：教育;能源效率;绿色能源;混合发电;可再生能源;太阳能发电;风力发电;

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2. Value Engineering applicability in design of sustainable, energy efficient buildings [J] . Krystyna Araszkiewicz E3S Web of Conferences . 2020,第10期

机译：价值工程适用于可持续，节能建筑设计
3. Approach for modelling the sustainable performance of a building envelope for an energy efficient design [J] . Abraham Mwasha, Rupert G. Williams, Joseph Iwaro International journal of multicriteria decision making . 2012,第1期

机译：为节能设计对建筑围护结构的可持续性能进行建模的方法
4. Design of a grid-independent energy efficient building: Sustainable Energy Research Facility [C] . Soysal O., Soysal H., Spears J., IEEE Power and Energy Society General Meeting . 2010

机译：网格独立节能建筑设计：可持续能源研究设施
5. Building envelope for energy-efficient residential homes, a case study for the U.S. department of energy challenge home student design competition. [D] . Tajsic, Milica. 2014

机译：节能住宅的建筑围护结构，以美国能源部挑战家庭学生设计竞赛为例。
6. A sustainable mathematical model for design of net zero energy buildings [O] . Hamed Delavar, Hadi Sahebi 2020

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7. Design Enhancements to Facilitate a Sustainable and Energy Efficient Dining Facility (DFAC) in a Contingency Environment [O] . John L. Vavrin, Ian McNamara 2014

机译：设计增强功能，以促进在应急环境中的可持续和节能餐饮设施（DFAC）
8. Design Enhancements to Facilitate a Sustainable and Energy Efficient Dining Facility (DFAC) in a Contingency Environment. [R] . Vavrin, J. L., McNamara, I. 2014

机译：在应急环境中促进可持续和节能餐饮设施（DFaC）的设计增强。

Design of a grid-independent energy efficient building: Sustainable Energy Research Facility

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