EBE Journal V2
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EBE Journal V2

Energy and Built Environment (EBE)

Energy and Built Environment (EBE) is an international journal (ISSN: 2666-1233) that disseminates original research articles on energy harvesting and utilization in the built environment. The aim is to present new research results that are focused on promoting energy efficiency, clean energy utilization, and environment quality in the built environment, which constitutes buildings and transportation.

We encourage submissions in the following areas


Every peer-reviewed research article appearing in this journal will be published open access. This means that the article is universally and freely accessible via the internet in perpetuity, in an easily readable format immediately after publication. The author does not have any publication charges for open access. Southwest Jiaotong University will pay to make the article open access.

Please visit https://www.editorialmanager.com/enbenv/Default.aspx to submit your articles.



View Papers at the Publisher 


Published Paper Content (Update date: May 2022)

    Volume 3 Issue 3

[1] Trends, benefits, risks, and challenges of IoT implementation in residential and commercial buildings

Kehinde Lawal, Hamed Nabizadeh Rafsanjani*

Energy and built environment, 2022,3(3), pp251-266. View at publisher

 

[2] Simulation of the flow and thermal breakthrough of a forced external circulation standing column well

Wei Song*, Changjin Zheng, Bo Zhang, Yue Jin, Yuanzhou Liu

Energy and built environment, 2022,3(3), pp.267-277. View at publisher

 

[3] Effect of tilt angle on the performance and electrical parameters of a PV module: Comparative indoor and outdoor experimental investigation

M. A. A. Mamun, M. M. Islam, M. Hasanuzzaman*, Jeyraj Selvaraj

Energy and built environment, 2022,3(3), pp.278-290. View at publisher

 

[4] Performance of aerogel as a thermal insulation material towards a sustainable design of residential buildings for tropical climates in Nigeria

Aminu Wali Bashir*, Brenda Chaves Coelho Leite

Energy and built environment, 2022,3(3), pp.291-315. View at publisher

 

[5] Performance testing of a heat pump system with auxiliary hot water under different ambient temperatures

Xuejuan Li, Yunfeng Wang*, Ming Li, Mengxiao Hang, Wenkui Zhao, Decheng Kong, Gaofei Yin

Energy and built environment, 2022,3(3), pp.316-326. View at publisher

 

[6] A study on the comparative review of cool roof thermal performance in various regions

Mohan Rawat*, R. N. Singh

Energy and built environment, 2022,3(3), pp.327-347. View at publisher

 

[7] Assessment of renewable energy: Status, challenges, COVID-19 impacts, opportunities, and sustainable energy solutions in Africa

Mohammad Amir*, Sana Zubair Khan

Energy and built environment, 2022,3(3), pp.348-362. View at publisher

 

[8] Development of window opening models for residential building in hot summer and cold winter climate zone of China

Pengzhi Zhou, Haidong Wang*, Fei Li, Yuwei Dai, Chen Huang

Energy and built environment, 2022,3(3), pp.363-372. View at publisher

 

[9] Finite time thermodynamic analysis and optimization of water cooled multi-spilit heat pipe system (MSHPS)

Feihu Chen*, Shuguang Liao, Guangcai Gong

Energy and built environment, 2022,3(3), pp.373-383. View at publisher

 

[10] A framework approach to the design of energy efficient residential buildings in Nigeria

Ekele Thompson Ochedi*, Ahmad Taki

Energy and built environment, 2022,3(3), pp.384-397. View at publisher


   Volume 3 Issue 2

[1] Indoor environment of nearly zero energy residential buildings with conventional air conditioning in hot-summer and cold-winter zone

Jiankai Dong, Haixia Lan, Yu Liu, Xiaotao Wang*, Chenchen Yu

Energy and built environment, 2022,3(2), pp.129-138. View at publisher

 

[2] Review and outlook on the international renewable energy development

Li Li, Jian Lin, Nianyuan Wu, Shan Xie, Chao Meng, Yanan Zheng, Xiaonan Wang, Yingru Zhao*

Energy and built environment, 2022,3(2), pp.139-157. View at publisher

 

[3] Characterization of a new total heat recovery system using CaCl2 as working fluid: Thermal modeling and physical analysis

Chenghu Zhang, Yibo Zhao, Xiaomeng Shi, Xinpeng Huang*

Energy and built environment, 2022,3(2), pp.158-170. View at publisher

 

[4] Thermal performance and comfort assessment of U-shape and helical shape earth-air heat exchanger in India

 Anuj Mathur*, Sanjay Kumar

Energy and built environment, 2022,3(2), pp.171-180. View at publisher

 

[5] Integration of evacuated solar collectors with an adsorptive ice maker for hot climate region

Nishant Modi*, Bhargav Pandya

Energy and built environment, 2022,3(2), pp.181-189. View at publisher

 

[6] Structural optimization of deflector within air-water direct contact tank based on uniform design

Ning Wang, Meng Yu, Xuejun Zhang*, Yang Zhao

Energy and built environment, 2022,3(2), pp.190-200. View at publisher

 

[7] Effect of thermal load on performance parameters of solar concentrating photovoltaic: High-efficiency solar cells

Ali. O. M. Maka*, Tadhg S O'Donovan

Energy and built environment, 2022,3(2), pp.201-209 View at publisher

 

[8] A novel porous channel to optimize the cooling performance of PV modules

Yingbo Zhang, Chao Shen*, Chunxiao Zhang, Jihong Pu, Qianru Yang, Cheng Sun

Energy and built environment, 2022,3(2), pp.210-225. View at publisher

 

[9] Fabrication of fire-retardant building materials via a hyper-crosslinking chemical conversion process from waste polystyrenes

Changhui Liu, Yuanhui Xie, Ding Gao, Xiancong Shi, Zhonghao Rao*

Energy and built environment, 2022,3(2), pp.226-232. View at publisher

 

[10] Consideration of some optimization techniques to design a hybrid energy system for a building in Cameroon

 Djeudjo Temene Hermann, Talla Konchou Franck Armel*, TCHINDA René, NJOMO Donatien

Energy and built environment, 2022,3(2), pp.233-249. View at publisher


    Volume 3 Issue 1

[1] An innovative approach towards enhancing energy conservation in buildings via public engagement using DIY infrared thermography surveys

Allan Hawas, Amin Al-Habaibeh*

Energy and built environment, 2022,3(1), pp.1-15. View at publisher

 

[2] nZEB: bridging the gap between design forecast and actual performance data

N. Aste, R. S. Adhikari, M. Buzzetti, C. Del Pero*, H. E. Huerto-Cardenas, F. Leonforte, A. Miglioli

Energy and built environment, 2022,3(1), pp.16-29. View at publisher

 

[3] Modeling and investigating the detailed characteristics of solar lighting/heating system based on spectrum split of nanofluids

Chao Shen, Guoquan Lv*, Kaijie Zheng, Changyun Ruan, Chunxiao Zhang, Yu Dong

Energy and built environment, 2022,3(1), pp.30-39. View at publisher

 

[4] Potential and performance estimation of free-standing and building integrated photovoltaic technologies for different climatic zones of India

Digvijay Singh*, Ajay Kumar Gautam, Rubina Chaudhary

Energy and built environment, 2022,3(1), pp. 40-55. View at publisher

 

[5] Windcatchers and their applications in contemporary architecture

Parham Kheirkhah Sangdeh*, Nazanin Nasrollahi

Energy and built environment, 2022,3(1), pp. 56-72. View at publisher

 

[6] Thermal performance of a lightweight building with phase change material under a humid subtropical climate

Xiaoqin Sun*, Ziyang Zhu, Siyuan Fan, Jie Li

Energy and built environment, 2022,3(1), pp.73-85. View at publisher

 

[7] Uniformity and energy evaluation of equal cross-section ventilation system(ECVS) for long tunnel in underground buildings

Qi Deng, Huaican Liu*, Yecong He, Tengjin Huang, Huan Zhou, Ying Bao

Energy and built environment, 2022,3(1), pp. 86-94. View at publisher

 

[8] Design and analysis of a novel dual source vapor injection heat pump using exhaust and ambient air

Jing Li, Yi Fan, Xudong Zhao*, Xiaoman Bai, Jinzhi Zhou, Ali Badiei, Steve Myers, Xiaoli Ma

Energy and built environment, 2022,3(1), pp.95-104. View at publisher

 

[9] Assessment of terrace gardens as modifiers of building microclimate

Chitra Chidambaram*, Surabhi S. Nath, Pranjali Varshney, Sakshi Kumar

Energy and built environment, 2022,3(1), pp.105-112. View at publisher

 

[10] Study on operation strategy and load forecasting for distributed energy system based on Chinese supply-side power grid reform

Canjun Li, Zhengrong Li, Han Zhu*, Zhe Tian, Wei Feng

Energy and built environment, 2022,3(1), pp.113-127. View at publisher



    Volume 2 Issue 4

[1] New and innovative wind catcher designs to improve indoor air quality in buildings

Mamdooh Alwetaishi*, Mohamed Gadi

Energy and built environment, 2021, 2(4), pp.337-344. View at publisher

 

[2] Evaluation tool for the thermal performance of retrofitted buildings using an integrated approach of deep learning artificial neural networks and infrared thermography

Amin Al-Habaibeh*, Arijit Sen, John Chilton

Energy and built environment, 2021, 2(4), pp.345-365. View at publisher

 

[3] Investigation of low grade thermal energy storage systems with phase changing materials

Law Torres Sevilla*, Jovana Radulovic

Energy and built environment, 2021, 2(4), pp.366-373. View at publisher

 

[4] Study on forecasting the parameters of gas environment of metro station

Liping Pang, Xiyue Wang, Hongquan Qu*, Bo Li, Qing Tian

Energy and built environment, 2021, 2(4), pp.374-379. <