2 mecca. 6 gw solar power projects

Solar photovoltaic (pv) net news: Saudi gazette on March 25, in mecca in Saudi Arabia is planning to build a 2600 megawatts of solar power generation project, to optimize the use of hydrocarbon and mineral resources.

on March 24, mecca emil PrinceKhaled Al - Faisal and industrial and mining minister Falih in mecca economic BBS signed a memorandum of understanding of the second meeting. The project will be developed by can industrial and mining development coordination and mecca, implemented in stages. According to the memo, renewable energy project development office ( Repdo） Will open tender this year with 600 megawatts of public investment fund and its partners will direct the implementation of 2000 mw project. Falih said, this is the realization of Saudi renewable energy is an important step in the strategic target, Saudi Arabia is gradually electricity generation by using renewable energy to replace oil, plan the development about 9, 2023. 5 gw of solar and wind energy projects.

earlier this year signed a 400 megawatts of wind power project contract, north Al Jouf areas of northern Saudi Arabia also approved in the last year to build a 300 mw photovoltaic solar power plants.

solar photovoltaic network statement: this information is reproduced from the power grid cooperation media or other Internet website, solar photovoltaic network published the article for the purpose of the information, does not mean that agree with his point of view or confirm its description. The article content is for reference only.

years looking for a job is the choice of a large number of job seekers so HR working strength is little sister really hope photovoltaic industry can bring job-seekers remuneration report comprehensive understanding of enterprise's HR as well as provide strong power! Photovoltaic (pv) recruitment network research center launched a joint data & darr; ↓ ↓ 'The photovoltaic industry job personnel salary report 2018' report, very professional, very detailed introduction to the photovoltaic, around each position