The Ministry of Energy and Mineral Resources, via the Directorate of Renewable Energy and Energy Efficiency, organized a scientific go to to the photo voltaic power challenge in Umm Qasir, south of Amman. This occasion is a part of the Ministry’s Excellence Month actions all through May.
Engineers from Samra Electricity Generation Company, the federal government entity managing the challenge, offered insights into their conventional and renewable energy era tasks. They detailed the 46-megawatt photo voltaic challenge funded by the German Development Bank, explaining the expertise behind the skinny movie photo voltaic cells used.
Engineer Yaqoub Marrar, Director of the Directorate of Renewable Energy and Energy Efficiency, emphasised the significance of the challenge and the sturdy curiosity of traders within the renewable power sector in Jordan, particularly photo voltaic power. He highlighted assist from worldwide donors for Jordan’s photo voltaic initiatives.
The go to included a area tour the place Ministry staff might see photo voltaic cells up shut and perceive their options. This challenge, established via a Jordanian-German partnership, goals to supply clear, sustainable electrical energy to key establishments corresponding to hospitals and well being facilities, serving to to handle rising power wants and prices because of the inflow of refugees.
During the go to, staff of the Ministry distributed 300 energy-saving LED lighting models to native residents of the group. The photo voltaic challenge in Umm Qasir goals to cut back the price of electrical energy for nationwide establishments, permitting them to enhance providers by reinvesting the financial savings. It has additionally improved the residing circumstances of the host communities and Syrian refugees by offering dependable electrical energy to the refugee camps in Azraq and Zaatari. In addition, the challenge contributes to the safety of the atmosphere by producing pollution-free electrical energy, which is in step with world local weather objectives.
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