Jordan's first commercial wind power plant came a step closer with the announcement that 16 candidates have been selected in the first round of a tender process to build, own and operate a 80-90MW installation at Al Fujeij, south of Amman.
The plant could be extended to 200MW at a later date. The individual companies shortlisted include AES Corporation of the US and Fersa of Spain. Jordan is targeting 600MW of wind power by 2015. So far it has just 1MW turning in two demonstration projects.
Register now to enjoy more articles
and free email bulletins.
Leading business intelligence for the wind community.
Turbine Sales Tracker Quarterly Report: Q4 2020
Berkeley Lab survey of industry experts concludes wind costs may be reduced by up to a third by 2035 and as much as half by 2050
Total Eren and Province Resources will assess the feasibility for using 8GW of renewable energy capacity to produce green hydrogen and ammonia
Danish developer is looking at 100MW-plus projects, hoping to capitalise on BRI’s ability to develop large-scale projects
Adding storage to renewables is on the rise, as the US leads the way in solar-battery hybrids and wind-battery projects take off in the UK
Concurrent C$900m equity financing to fund Spanish acquisition and capital requirements of 4-5GW renewables development portfolio
Installing and maintaining offshore turbines to cope with icy conditions poses additional difficulties, but technology is helping developers keep technicians safe and turbines running
With nine countries bordering the Baltic Sea, some cross-border projects are in the works, from transmission links to co-developing sites
The Danish developer has agreed to acquire 100% of Brookfield Renewable's UK and Irish onshore wind portfolio
Now that Poland has awarded power deals to its first offshore wind projects, read our insight report on the Baltic Sea
Currently, the biggest barriers to accurate energy assessments are the lack of transparency and standardisation in calculating expected performance. So what’s the answer? Tune into this webinar to find out!
Tune into this webinar to find out how the wind, environmental and regulatory sectors can come together to make the goal of 40GW by 2030 a reality.
Increasing numbers of wind turbines are expected to operate in challenging climatic conditions, onshore and offshore, for 25 years or more. Rain, hail, salt spray, as well as extremes in cold and warm temperatures, all take their toll on turbine rotor blades.
