Slide 1.pngSlide 2.pngSlide 3.pngSlide 4.pngSlide 5.pngSlide 6.png

    

International Conference on Innovative Applied Energy    

E-Proceedings ISBN: 978-1-912532-05-6

St Cross College, University of Oxford, United Kingdom

  


 

Performance comparison of designing PV grid-connected residential house in five regions of China

 


 

Yuehong Lu (1), Xiaoping Zhang (1), Zhijia Huang (2), Mengmeng Wei (2) and Jinzhi Wang (2)

1. University of Birmingham, B15 2TT Birmingham, UK

2. Anhui University of Technology, 243000 Ma’anshan, China

  

Paper Abstract

It is well acknowledged that climate is a vital factor to be considered for building design since it affects both building energy usage and renewable energy generation. In this paper, a comparison study is conducted for a hypothetical grid-connected residential house by applying photovoltaic systems to achieve different types of zero energy building (ZEB) that is located in five representative regions (Beijing, Urumqi, Shanghai, Kunming and Guangzhou) in China. The building demand load is firstly evaluated by degree-day method, then energy usage of the building located in the five locations and the corresponding PV size required are compared. Subsequently, by taking sub-regional feed in tariffs into consideration, the effect of PV cost, the type of ZEB and three key prices are compared on payback period for different climate zones. Results show that Urumqi has the highest load demand (i.e.18,500 kWh per year) and the required PV size is 13.4 kW for designing 1.0ZEB. It is also interesting to find that payback period is reduced by increasing PV-building integration, and the reduction is found to be less than 20% from designing 0.2ZEB to 1.0ZEB. It is PV cost that mostly affects the payback period, followed by FIT_S and finally is FIT_G. With 50% reduction of the three parameters, the payback period is reduced by about 50%, increased by less than 17%, and increased by less than 35% respectively. 

Paper Keywords
Zero energy building, payback period, feed in tariff, climate zone.
Corresponding author Biography
Dr Lu obtained PhD degree in 2016 in the Hong Kong Polytechnic University, Hong Kong, China, and then was invited to be an associate professor in Building Environment and Equipment Engineering, Anhui University of Technology, Anhui, China at the same year. Her research is mainly focused on energy saving in building, design and control of low/zero energy building, renewable energy system. She has received research funding support from Natural Science Foundation of China in 2016, and young talents funding support from Anhui University of Technology, China in 2017. In addition, she is supported by China Scholarship Council (CSC) to be a postdoc in school of Engineering in University of Birmingham from 2017.12-2019.12. She has also been invited as the reviewer of journal of Energy, Applied energy, Cleaner production.

The International Conference on Innovative Applied Energy (IAPE’18)