Advanced Electrical and Electronics Engineering and Scientific Journal (AEEESJ)

ISSN: 2520-7539 Publishing Electrical Engineering Peer Reviewed Articles.

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Advanced Electrical and Electronics Engineering and Scientific Journal (AEEESJ)

ISSN:2520-7539

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CALL FOR PAPERS VOLUME 3, ISSUE 01, Jan 2019

Dear Authors/Researcher Advanced Electrical and Electronics Engineering and Scientific Journal (AEEESJ), Invites you to submit a research paper for publishing in Volume 3, Issue 01, Jan 2019. Important Dates: Last date of Submission of full paper: 2.02.2019

Conference: ICEERE2019

The 1st The First Annual “International Conference on Energy Efficiency and Renewable Energy” will be a comprehensive and multi-disciplinary event in the Jordan. The conference – will include technical oral and poster presentations.

Energy Efficiency and Renewable Energy

Oil and gas remain the largest sources of the primary energy used for the production of electricity in KSA. Based on data published in [1], 57% of electricity generation comes from oil and 43% come from gas. These main two resources give total installed power generation capacity about 45000 MW. The consumption of energy (per capita electricity consumption) increases day by day due to different factors like increasing use of energy intensive appliances such as air conditions and ovens and subsidised tariffs. Subsidising the electricity tariffs is also a factor for the intensive use of electricity in the domestic and industrial sectors. The governmental buildings consume about 11% of the total national energy consumption, and 60% of this percentage is lost due to the misuse of the light and air conditions [14]. This loss could be reduced by using a smart system that monitor and control operation of light and air conditions in all administrative buildings. Smart light, smart window, and motion sensors, etc. can be used to increase the energy efficiency of the administrative buildings. Optimisation of energy efficiency in Majmaah University (MU) administrative buildings using a wireless sensor and actuator network (WSAN) is an efficient method for managing the power consumption.
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