The purpose of this work is to present the potential of
solar energy in Zarqa region. The solar radiation along year 2009 was
obtained from Pyranometer which measures the global radiation over
horizontal surfaces. Solar data in several different forms, over period
of 5 minutes, hour-by-hour, daily and monthly data radiation have
been presented. Briefly, the yearly global solar radiation in Zarqa is
7297.5 MJ/m2 (2027 kWh/m²) and the average annual solar radiation
per day is 20 MJ/m2 (5.5 Kwh/m2). More specifically, the average
annual solar radiation per day is 12.9 MJ/m2 (3.57 Kwh/m2) in winter
and 25 MJ/m2 (7 Kwh/m2) in summer.
[1] Ministry of energy and mineral resources. Annual Report 2007.
Amman
[2] W Durisch , J Keller , W Bulgheroni , LKeller , H Fricker, Solar
irradiation measurements in Jordan and comparisons with California
and Alpine data, Applied Energy, 52(2-3),1995,111-124.
[3] O Badran, Study in industrial applications of solar energy and the range
of its utilization in Jordan. Renewable Energy, 24(3-4), 2001, 485-90.
[4] E Hrayshat , M Al-Soud, Potentials of solar energy development for
water pumping in Jordan. Renew Energy 29, 2004,1393-1399.
[5] Jordan Meteorological Department: Jordan Annual Climate Bulletin,
JMD, Amman, Jordan, 2000.
[6] Jordan Meteorological Department: Jordan Annual Climate Bulletin,
JMD, Amman, Jordan, 1999.
[7] Duffie and Beckman, Solar Engineering of Thermal Processes, 2nd
edition, Wiley and Sons, Toronto.
[1] Ministry of energy and mineral resources. Annual Report 2007.
Amman
[2] W Durisch , J Keller , W Bulgheroni , LKeller , H Fricker, Solar
irradiation measurements in Jordan and comparisons with California
and Alpine data, Applied Energy, 52(2-3),1995,111-124.
[3] O Badran, Study in industrial applications of solar energy and the range
of its utilization in Jordan. Renewable Energy, 24(3-4), 2001, 485-90.
[4] E Hrayshat , M Al-Soud, Potentials of solar energy development for
water pumping in Jordan. Renew Energy 29, 2004,1393-1399.
[5] Jordan Meteorological Department: Jordan Annual Climate Bulletin,
JMD, Amman, Jordan, 2000.
[6] Jordan Meteorological Department: Jordan Annual Climate Bulletin,
JMD, Amman, Jordan, 1999.
[7] Duffie and Beckman, Solar Engineering of Thermal Processes, 2nd
edition, Wiley and Sons, Toronto.
@article{"International Journal of Electrical, Electronic and Communication Sciences:63576", author = "Ali M. Jawarneh and Ahmad S. AL-Shyyab", title = "Potential of Solar Energy in Zarqa Region", abstract = "The purpose of this work is to present the potential of
solar energy in Zarqa region. The solar radiation along year 2009 was
obtained from Pyranometer which measures the global radiation over
horizontal surfaces. Solar data in several different forms, over period
of 5 minutes, hour-by-hour, daily and monthly data radiation have
been presented. Briefly, the yearly global solar radiation in Zarqa is
7297.5 MJ/m2 (2027 kWh/m²) and the average annual solar radiation
per day is 20 MJ/m2 (5.5 Kwh/m2). More specifically, the average
annual solar radiation per day is 12.9 MJ/m2 (3.57 Kwh/m2) in winter
and 25 MJ/m2 (7 Kwh/m2) in summer.", keywords = "Solar Energy, Pyranometer, Zarqa Region", volume = "5", number = "4", pages = "574-5", }