1,720,971 research outputs found
Scientific and Organizing Committees
Full text linkPage 1. Procedia Engineering 33 (2012) 3 – 5 1877-7058 © 2012 Published by Elsevier Ltd. doi:10.1016/j.proeng.2012.01.1170 Available online at www.sciencedirect.com www.elsevier.com/locate/procedia ISWEE'11 Scientific and Organizing Committees Hacene Mahmoudi Faculty of Sciences, University of Chlef. Algeria Scientific Committee Honorary Seminar Chairman: Dr. Maiouf Belhamel (CDER Director) Seminar chairwoman: Dr. Nachida Kasbadji Merzouk (UDES Director) Members (in alphabetical order) Abdeen Omer Energy Research Institute (Sudan) Abdelkader Touzi URAERMS, Adrar (Algeria) Abdelkrim Sadi CDER, Algiers. (Algeria) Abdellah Khellaf CDER, Algiers (Algeria) Abdelouahab.Chouikhi INOC, Izmir (Turkey) Abdelwahab Dehbi Paul Scherrer Institut (Switzerland) Abderhmane Hamidat CDER, Algiers (Algeria) Abderrahmane Belkaid NRC Birine (Algeri
Techno economic study of solar thermal power plants for centralized electricity generation in Algeria
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Performance study of solar driven solid desiccant cooling system under Algerian coastal climate
No full textWind farm feasibility study and site selection in Adrar, Algeria
No full textAbstractWind resources present a promising option to be integrated with the conventional energy sources to match the increased demand of electricity. This paper aims to investigate the possibility to set up a wind farm of 10 MW in Adrar, a region located in the south of the country. Using the wasp software, the wind resources of the zone of interest was performed, it indicates that wind speed reach 8.44 m/s at a height of 80 meters. Then, two sites Kaberten(75 north of Adrar) and Zaouia (80 Km south of Adrar) were selected. The wind farm study show that Aouia present the better performance, it can be expected to achieve from this site a production of 40 GW and a full load hours about 4044h
Feasibility study and performance evaluation of low capacity water–LiBr absorption cooling systems functioning in different Algerian climate zones
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Overview of the Role of Energy Resources in Algeria’s Energy Transition
No full textAlgeria is a wealthy country with natural resources, namely, nuclear, renewable, and non-renewable sources. The non-renewable energy sources are considered the lion’s share for energy production (98%). Algeria’s efforts to ensure and strengthen its energy security will take an important step in the coming decades by commissioning new energy infrastructure based on intensive use of water, coal, nuclear, non-renewable, and renewable sources. The implementation of new power infrastructure is expected to be operational from 2030. The renewable power realization in Algeria is relatively less compared to other African countries, i.e., Morocco, Egypt, South Africa, etc. The total renewable power installed capacity in Algeria reached 686 MW in 2020, as part of its national energy portfolio, although the Algerian government has spent tremendous efforts on introducing new sustainable technologies to enable the transition towards a cleaner and sustainable energy system. Indeed, the country announced its plan to install around 22 GW of renewable energy capacity by 2030. It will include 1 GW bio-power from the waste, 13.5 GW from solar PV, 2 GW from CSP, 15 MW from geothermal, 400 MW cogeneration, and, finally, 5 GW from wind. The scope of the present research provides general information about the usage of energy resources such as fossil, nuclear, and renewable sources in Algeria and also covers the energy supply outlook. The present effort is the first of its kind which discusses the application of the coal and nuclear as clean energy sources as part of renewable energy transition. Additionally, it also includes the description of the existing Algerian energy sector and information about water and water desalination and their usage in other sectors
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