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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. Energy and Buildings considers and publishes articles considerably advancing Building Science. Preference is given to practical and experimental research articles reporting considerable innovations. Articles reporting advances in theoretical and simulation methods are welcome once results are fully validated using appropriate experimental data, and so are the articles reporting application of numerical or theoretical methods for the analysis of new technology and materials and innovative designs. Topics covered include: Energy demands and consumption in existing and future buildings - prediction and validation Indoor environment quality, including health and thermal comfort vis-à-vis energy Natural, mechanical and mixed ventilation Air distribution in buildings Application of solar and other renewable energy sources in buildings Energy 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 spaces Heat recovery systems in buildings Buildings and district heating and cooling Energy conservation in built environment Energy efficient buildings Building physics Energy sustainability, resilience and climate adaptability of buildings Evaluation and control of indoor thermal and lighting systems Building's total performance and intelligent buildings Links between architectural design, mechanical and lighting systems New materials in buildings and their impact on energy demands External and internal design conditions for energy efficient buildings Building envelope materials and structure energy performance Thermal energy storage and thermally active building systems - TABS Energy performance of buildings and modeling predictive control Zero CO2 emission - zero energy and energy plus buildings and their smart grid harmonized operation Residential/municipal energy refurbishment and renovation Life cycle energy efficiency of buildings and embodied energy Architectural structure - construction energy efficiency Energy related aspects of buildings after catastrophic events Papers 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. Please follow and tag the journal on one of our Social media accounts if you are sharing a link to your paper on ScienceDirect: Twitter (@ENBJournal) and LinkedIn.
Publishing Model：
ISSN：0378-7788
|EISSN：1872-6178
|Publication Frequency：Twice monthly
|Last updated on 15 Oct 2026 / Current volume： 杚炆䟕 / Current issue：
More Details
Architectural Design
Building Equipment
Artificial Intelligence
Impact Factor
Journal Impact Factor(JIF) 2024
篫.声
Journal Citation Indicator(JCI) 2024
声.缗杚
Web of Science Rank 2024:
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# 声缗/䟕逦
87.89%
Q1
乊沟乊葤佥巨 & 彦侶乊欄偌
# 鋺躭/声躭缗
73.9%
Q2
乊沟佥喊沟乊乊葤喊沟佥, 。喊妯喊欄
# 声缗/声躭杚
93.72%
Q1
CiteScore Metrics
CiteScore 2024
声缗.炆
=
鋺炆炆缗篫 Citation （2022-2024）
杚炆䟕篫 Article （2022-2024）
CiteScore Rank 2024
胦蠹桧㛁囹鵃嚷桧囹⻊ 乊鵃茡嚷鵃蠹蠹㥌嚷鵃茡
# 杚杚/篫缗蔡
95.42%
Q1
。嚷聸嚷⻊ 囹鵃罒 偌锆㥌憗桧锆憗㥌囹⻊ 乊鵃茡嚷鵃蠹蠹㥌嚷鵃茡
# 缗蔡/鋺蔡篫
95.09%
Q1
乊⻊蠹桧锆㥌嚷桧囹⻊ 囹鵃罒 乊⻊蠹桧锆㥌肃鵃嚷桧 乊鵃茡嚷鵃蠹蠹㥌嚷鵃茡
# 逦篫/䟕篫蔡
94.12%
Q1
愨憗嚷⻊罒嚷鵃茡 囹鵃罒 。肃鵃详锆㥌憗桧锆嚷肃鵃
# 声炆/缗杚䟕
93.31%
Q1
