ENERGY AND BUILDINGS

《能源与建筑》是一本国际期刊，发表与建筑能源使用有明确联系的文章。目的是提出新的研究成果和新的实践，旨在减少建筑的能源需求和改善室内环境质量。所涉及的主题包括：现有和未来建筑物的能源需求和消耗.预测和验证室内环境质量，包括健康和热舒适与能量的关系自然通风、机械通风和混合通风建筑物内的空气分配太阳能及其他可再生能源在建筑中的应用建筑综合体（住宅、商业、工业、公共和其他建筑）的能量平衡住宅、商业、公共和工业建筑以及半开放式建筑空间的暖通空调和R等技术系统的节能改进措施建筑物热回收系统建筑和区域供暖和制冷建筑环境节能节能建筑建筑物理建筑的能源可持续性、弹性和气候适应性室内热力和照明系统的评价和控制建筑整体性能与智能建筑建筑设计、机械和照明系统之间的联系建筑中的新材料及其对能源需求的影响节能建筑的内外部设计条件建筑围护材料与结构能量性能热能储存和热激活建筑系统.标签建筑能源性能与模型预测控制零二氧化碳排放-零能源加能源建筑及其智能电网协调运行住宅/市政能源翻新和改造建筑的生命周期能源效率与体现能源建筑结构-建筑节能灾难事件后建筑物的能源相关方面有基于模拟结果的论文是受欢迎的，但是那些与实验室或现场测量有明确链接的论文是首选的。这些链接可能包括校准、基准测试或结果比较。复制研究：本期刊鼓励提交复制研究。提交手稿时，请确保清楚地引用原始研究，并提供原始研究的链接。复制研究应该包括[简要]介绍和讨论部分，这些部分简洁地报告了原稿的目标。原稿应该是不同作者或作者群体的作品。对于复制研究，请将您的数据存放在Mendeley数据或其他受信任的存储库中，并确保正确引用您的数据。请参阅研究数据一节，以获取有关数据存储和引用的进一步指导。

Energy and Buildings is an international journal publishing articles with explicit links to energy use in buildings. The aim is to present new research results, and new proven practice aimed at reducing the energy needs of a building and improving indoor environment quality.Topics covered include:Energy demands and consumption in existing and future buildings - prediction and validationIndoor environment quality, including health and thermal comfort vis-à-vis energyNatural, mechanical and mixed ventilationAir distribution in buildingsApplication of solar and other renewable energy sources in buildingsEnergy balances in building complexes (residential, commercial, industrial, public and other buildings)Energy efficiency improvement measures of HVAC&R and other technical systems in residential, commercial, public and industrial buildings, and semi open built spacesHeat recovery systems in buildingsBuildings and district heating and coolingEnergy conservation in built environmentEnergy efficient buildingsBuilding physicsEnergy sustainability, resilience and climate adaptability of buildingsEvaluation and control of indoor thermal and lighting systemsBuilding's total performance and intelligent buildingsLinks between architectural design, mechanical and lighting systemsNew materials in buildings and their impact on energy demandsExternal and internal design conditions for energy efficient buildingsBuilding envelope materials and structure energy performanceThermal energy storage and thermally active building systems - TABSEnergy performance of buildings and modeling predictive controlZero CO2 emission - zero energy and energy plus buildings and their smart grid harmonized operationResidential/municipal energy refurbishment and renovationLife cycle energy efficiency of buildings and embodied energyArchitectural structure - construction energy efficiencyEnergy related aspects of buildings after catastrophic eventsPapers with results based on simulations are welcome but those with clear links to laboratory or field measurements are preferred. These links may include calibration, benchmarking, or comparisons of results.Replication Studies: This journal encourages the submission of replication studies. When submitting your manuscript ensure the original study is clearly referenced, and provide a link to the original study. Replication studies should include [brief] introduction and discussion sections that succinctly report the goal of the original paper. The original paper should be the work of a different author or group of authors. For replication studies please also deposit your data in Mendeley data or another trusted repository and ensure your data is properly cited. Please refer to the section on Research data for further guidance on data deposition and citation.