This paper analyses the electrical energy
consumption of two residential halls at University of Dhaka
and design the best approach to diminish the electrical energy
consumption and reduce the carbon emission and achieve
efficient energy utilization in the halls. Fazlul Haque Muslim
Hall and Dr. Mohammad Sahidullah Hall were selected for a
detailed study of electricity consumption. Series of data were
taken to estimate the electrical energy consumption and the
electrical energy losses across different loads. Afterwards with
the results of electrical usage, an energy stability was made by
considering the energy efficient electrical appliances along
with a solar photovoltaic system to reduce the electrical energy
wastage and reduce the carbon emission to maintain the
environment clean. Overall energy losses can be minimized up
to 40% and 41% at Fazlul Haque Muslim Hall and Dr.
Mohammad Sahidullah Hall respectively with new energy
efficient devices. A total of 43% and 44% energy consumption
can be reduced at Fazlul Haque Muslim Hall and Dr.
Mohammad Sahidullah Hall with the proposed new energy
management system that implies to utilize solar energy using
solar photovoltaic. The emission of carbon reduction estimate
was about 302 tons and 290 tons of CO2 at Fazlul Haque
Muslim Hall and Dr. Mohammad Sahidullah Hall
respectively. The payback period of the investment to replace
the electrical appliances with energy efficient appliances and
to install a solar photovoltaic system is 2.45 years.
%0 Journal Article
%1 noauthororeditor
%A Himel, Md. Tahmid Farhan
%A Nahian, Ahnaf Tahmid
%D 2019
%J International Journal of Engineering and Management Research
%K Audit Carbon Emission Energy Photovoltaic Solar
%N 1
%P 87-100
%R 10.31033/ijemr.9.1.7
%T Integrated Energy Management of Residential Halls at University of
Dhaka by Using Energy Efficient Appliances and Solar PV System
%U http://www.ijemr.net/DOC/IJEMR2019090111.pdf
%V 9
%X This paper analyses the electrical energy
consumption of two residential halls at University of Dhaka
and design the best approach to diminish the electrical energy
consumption and reduce the carbon emission and achieve
efficient energy utilization in the halls. Fazlul Haque Muslim
Hall and Dr. Mohammad Sahidullah Hall were selected for a
detailed study of electricity consumption. Series of data were
taken to estimate the electrical energy consumption and the
electrical energy losses across different loads. Afterwards with
the results of electrical usage, an energy stability was made by
considering the energy efficient electrical appliances along
with a solar photovoltaic system to reduce the electrical energy
wastage and reduce the carbon emission to maintain the
environment clean. Overall energy losses can be minimized up
to 40% and 41% at Fazlul Haque Muslim Hall and Dr.
Mohammad Sahidullah Hall respectively with new energy
efficient devices. A total of 43% and 44% energy consumption
can be reduced at Fazlul Haque Muslim Hall and Dr.
Mohammad Sahidullah Hall with the proposed new energy
management system that implies to utilize solar energy using
solar photovoltaic. The emission of carbon reduction estimate
was about 302 tons and 290 tons of CO2 at Fazlul Haque
Muslim Hall and Dr. Mohammad Sahidullah Hall
respectively. The payback period of the investment to replace
the electrical appliances with energy efficient appliances and
to install a solar photovoltaic system is 2.45 years.
@article{noauthororeditor,
abstract = {This paper analyses the electrical energy
consumption of two residential halls at University of Dhaka
and design the best approach to diminish the electrical energy
consumption and reduce the carbon emission and achieve
efficient energy utilization in the halls. Fazlul Haque Muslim
Hall and Dr. Mohammad Sahidullah Hall were selected for a
detailed study of electricity consumption. Series of data were
taken to estimate the electrical energy consumption and the
electrical energy losses across different loads. Afterwards with
the results of electrical usage, an energy stability was made by
considering the energy efficient electrical appliances along
with a solar photovoltaic system to reduce the electrical energy
wastage and reduce the carbon emission to maintain the
environment clean. Overall energy losses can be minimized up
to 40% and 41% at Fazlul Haque Muslim Hall and Dr.
Mohammad Sahidullah Hall respectively with new energy
efficient devices. A total of 43% and 44% energy consumption
can be reduced at Fazlul Haque Muslim Hall and Dr.
Mohammad Sahidullah Hall with the proposed new energy
management system that implies to utilize solar energy using
solar photovoltaic. The emission of carbon reduction estimate
was about 302 tons and 290 tons of CO2 at Fazlul Haque
Muslim Hall and Dr. Mohammad Sahidullah Hall
respectively. The payback period of the investment to replace
the electrical appliances with energy efficient appliances and
to install a solar photovoltaic system is 2.45 years.},
added-at = {2019-03-30T08:03:16.000+0100},
author = {Himel, Md. Tahmid Farhan and Nahian, Ahnaf Tahmid},
biburl = {https://www.bibsonomy.org/bibtex/2490eed86d7d2afe0cc4a95d6f9f937fd/amarjeetsingh},
doi = {10.31033/ijemr.9.1.7},
interhash = {703da0b98d30d503e7d2bcf017a8ed63},
intrahash = {490eed86d7d2afe0cc4a95d6f9f937fd},
issn = {2250-0758},
journal = {International Journal of Engineering and Management Research},
keywords = {Audit Carbon Emission Energy Photovoltaic Solar},
number = 1,
pages = {87-100},
timestamp = {2019-03-30T08:03:16.000+0100},
title = {Integrated Energy Management of Residential Halls at University of
Dhaka by Using Energy Efficient Appliances and Solar PV System
},
url = {http://www.ijemr.net/DOC/IJEMR2019090111.pdf},
volume = 9,
year = 2019
}