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By year end 2015 Spain was the world's fifth biggest producer of wind power with 23,031 MW installed capacity, providing 48,118 GWh of power and 19% of the country's total electricity production in that year. In 2014, a record breaking year for renewable electricity production, wind power accounted for 20.2% of total electricity generation in Spain making it the second most important electricity source after nuclear power (22%) and ahead of coal power (16.5%). In earlier periods wind energy covered 16% of the demand in 2010, 13.8% in 2009 and 11.5% in 2008.
Wind power in Romania has total cumulative installed capacity of 3,028 MW as of the end of 2016, up from the 14 MW installed capacity in 2009.
The Eolica Baia Wind Farm is a proposed wind power project in Baia, Tulcea County, Romania. The project consists of four individual wind farms connected together. It will have 63 individual wind turbines with a nominal output of around 2 MW. The wind farm will deliver up to 126 MW of power, enough to supply over 75,600 homes with a capital investment required of approximately US$150 million.
The Eolica Casimcea Wind Farm is a proposed wind power project in Casimcea, Tulcea County, Romania. It will consist of six individual wind farms connected together. It will have 122 individual wind turbines with a nominal output of around 2 MW which will deliver up to 244 MW of power, enough to power over 150,000 homes, with a capital investment required of approximately US$300 million.
The Eolica Cogealac Wind Farm is a proposed wind power project in Cogealac, Constanța County, Romania. It will consist of eleven individual wind farms connected together. It will have 224 individual wind turbines with a nominal output of around 2 MW which will deliver up to 448 MW of power, enough to power over 300,000 homes, with a capital investment required of approximately US$600 million.
The Eolica Corbu Wind Farm is a proposed wind power project in Corbu, Constanța County, Romania. It will consist of three individual wind farms connected together. It will have 34 individual wind turbines with a nominal output of around 2 MW which will deliver up to 68 MW of power, enough to power over 51,000 homes, with a capital investment required of approximately US$80 million.
The Eolica Grădina Wind Farm is a proposed wind power project in Grădina, Constanța County, Romania. It consists of two individual wind farms connected together. It will have 31 individual wind turbines with a nominal output of around 2 MW which will deliver up to 62 MW of power, enough to power over 41,000 homes, with a capital investment required of approximately US$75 million.
The Eolica Istria Wind Farm is a proposed wind power project in Istria, Constanța County, Romania. It will consist of two individual wind farms connected together. It will have 37 individual wind turbines with a nominal output of around 2 MW which will deliver up to 74 MW of power, enough to power over 47,000 homes, with a capital investment required of approximately US$75 million.
The Eolica Mihai Viteazu Wind Farm is an under construction wind power project in Mihai Viteazu, Constanța County, Romania. It will have 40 individual wind turbines with a nominal output of 2 MW each, which will deliver up to 80 MW of power, enough to power over 51,000 homes, with a capital investment required of approximately US$185 million.
The Eolica Pantelimon Wind Farm is a proposed wind power project in Pantelimon, Constanța County, Romania. It will consist of two individual wind farms connected together. It will have 33 individual wind turbines with a nominal output of around 2 MW which will deliver up to 66 MW of power, enough to power over 42,000 homes, with a capital investment required of approximately US$80 million.
The Eolica Săcele Wind Farm is a proposed wind power project in Săcele, Constanța County, Romania. It will consist of eight individual wind farms connected together. It will have 126 individual wind turbines with a nominal output of around 2 MW which will deliver up to 252 MW of power, enough to power over 165,000 homes, with a capital investment required of approximately US$310 million.
The Eolica Sarichioi Wind Farm is a proposed wind power project in Sarichioi, Tulcea County, Romania. It will consist of eight individual wind farms connected together. It will have 51 individual wind turbines with a nominal output of around 2 MW which will deliver up to 102 MW of power, enough to power over 66,700 homes, with a capital investment required of approximately US$110 million.
EDP Dobrogea Wind Farm is a large wind power project in the Dobrogea region, Romania. It will consist of 113 individual wind turbines each with a nameplate capacity of around 2 MW. Collective output will be up to 226 MW of power, enough to power over 148,030 homes, with a capital investment required of approximately US$300 million.
The Kavarna Wind Farm is a proposed wind power project in Kavarna, Bulgaria. It will have 100 individual wind turbines with a nominal output of around 2 MW which will deliver up to 200 MW of power, enough to power over 79,800 homes, with a capital investment required of approximately US$450 million.
The Eolica Varna Wind Farm is a proposed wind power project in Varna, Bulgaria. It will have 30 individual wind turbines with a nominal output of around 2 MW which will deliver up to 60 MW of power, enough to power over 23,940 homes, with a capital investment required of approximately US$120 million.
The Valea Nucarilor Wind Farm is a wind power project in Valea Nucarilor, Tulcea County, Romania. It has 80 individual wind turbines with a nominal output of around 0.75 MW which will deliver up to 70 MW of power, enough to power over 36,000 homes, with a capital investment required of approximately US$75 million.
The EDP Peştera Wind Farm is located in Peștera a commune in the Constanța County of Romania. Costing €200 million, the wind farm consists of 30 three-bladed Danish wind turbines, each capable of generating 3 megawatts (MW) of power, giving a total output of 90 MW. The EDP Peştera Wind Farm is the sister project of the EDP Cernavodă Wind Farm, a 138 MW wind farm located 10 kilometres (6.2 mi) west of the Peştera farm close to the Cernavodă Nuclear Power Plant and the Danube – Black Sea Canal.
The EDP Cernavodă Wind Farm is located in Cernavodă, Constanța County, Romania. It has 46 individual wind turbines with a nominal output of around 3 MW which delivers up to 138 MW of power, enough to power over 85,000 homes, which required a capital investment of approximately €200 million. The project was undertaken and commissioned between 2010 and May 2011. The substation control system is based on ABB MicroSCADA Pro technology using LON and DNP protocol communication with field equipment and IEC104 with two dispatch centres situated in Porto, Portugal and Bucharest, Romania|. The control and protection system was designed and engineered by Spanish company GEDLux Sistemas de Control. The EDP Cernavodă Wind Farm is the sister project of the EDP Peştera Wind Farm, a 90 MW wind farm which is currently operating and located 10 kilometres (6.2 mi) east of the Cernavodă farm close to the Cernavodă Nuclear Power Plant and the Danube – Black Sea Canal.
The Sălbatica I Wind Farm is wind farm located in Tulcea County, Romania. It has 35 individual wind turbines with a nominal output of around 2 MW each and delivers up to 70 MW of power, enough to power over 66,000 homes, which required a capital investment of approximately US$100 million.
References
- ↑ Eolica Dobrogea to build wind farms in the Dobrogea region Archived 2009-02-10 at the Wayback Machine
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