|The Concept of Zero Energy Buildings (ZEB)- A Literature Study|
|Vini M. Shah, Pooja K. Chaudhari, Dilip H. Thakor, Rudra N. Patel, Dr. Manjurali I. Balya, Dr. Vijendra M. Patel, Prof. Vipul D. Patel|
|Cite This Article:|
The Concept of Zero Energy Buildings (ZEB)- A Literature Study, International Journal of Innovative Research in Technology(www.ijirt.org) ,ISSN: 2349-6002 ,Volume 6 ,Issue 4 ,Page(s):130-137 ,September 2019 ,Available :IJIRT148644_PAPER.pdf
|Zero energy building, Embodied the energy|
|An important measure for climate change mitigation is the reduction of energy use in buildings. So, there are needs to the growing number of buildings which are design as per achieving a Zero Energy Building (ZEB) to reduce the different cost of electricity, Ventilation, Water Heater, etc. by using PV cells, ventilation equipment, solar thermal heater. In Zero Energy Building (ZEB), there are renewable natural resources likes solar energy, wind energy, etc. are used in a proper manner according to the design of the building. This study analyses the change of embodied energy compared to the decrease of the energy use related to building operation; so, by this study taking the step from a low energy building to a ZEB. Embodied energy will increase slightly when taking the step from a low energy building towards ZEB. However, the energy savings achieved related to building operation exceeds with great margin, the increased embodied energy. As embodied energy as a relative share of the total cycle energy use increases embodied energy should be given more attention in the design of buildings. This research paper highlights the research review of most of the existing ZEB definitions and the various approaches towards possible ZEB.|
|Unique Paper ID: 148644|
Publication Volume & Issue: Volume 6, Issue 4
Page(s): 130 - 137
|Article Preview & Download|
ANALYSIS OF NEWTON RAPHSON METHOD...
Paper ID : IJIRT148847
DESIGN OF A MONITORING SYSTEM FOR WASTE MANAGEMENT...
Paper ID : IJIRT148846
Secant numerical method...
Paper ID : IJIRT148845
RESOURCE ALLOCATION FOR LOW-LATENCY VEHICULAR COMM...
Paper ID : IJIRT148844
Gauss Seidel and Jacobi method Comparison...
Paper ID : IJIRT148842