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The
Mutriku power plant was inaugurated on July 8, 2011. It produces enough energy to supply approximately 100 households. During its first five years of operation, it supplied over 1.3 GWh of power to the grid. In 2020, EVE announced that the Mutriku plant had produced a cumulative total of 2 GWh,
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The turbines have an annual pneumatic to electric conversion efficiency of 30%. As of
October 2022, the turbines are approaching their end-of-life and there are proposals to replace them with newer, higher efficiency (50%) turbines. As Voith has discontinued the development of the product, a new
258:
Construction of the power plant began in 2006, with completion planned by 2009. The plant was built into a 100-meter section of the breakwater on a 0.50 meter deep foundation, measuring 14.24 meters wide and 102 meters long. 16 air chambers were constructed on the foundation, using prefabricated
263:
turbo generator set is connected to each air chamber. Each turbo generator unit is oriented vertically, measures 2.83 meters tall by 1.25 meters wide and weighs approximately 1,200 kilograms (2,600 lb). These have an individual rated capacity of 18.5 kW, with the 16 units providing a total
251:. After the design for the Mutriku breakwater was completed in 2005, the Basque government's Department of Transport and Public Works asked EVE to design a wave power plant integrated into the breakwater. OWC technology was chosen as it had been previously tested (for example, at the
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of the
Mutriku power plant from 2014 to 2016 was 0.11. The researchers behind this study proposed that capacity factor could be increased by improving control of turbine speeds.
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manufacturer has to be found. The project budget for the turbine replacement is expected to be 3.2 million Euros (vat excl.) and the replacement would take 42 month.
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making it the record holder for most electricity produced by a wave power plant, as well as most cumulative operating hours for a wave power plant.
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parts. Each air chamber has a permanently submerged opening to allow ingress of sea water into the air column. A fixed-pitch
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Ibarra-Berastegi, Gabriel; Sáenz, Jon; Ulazia, Alain; Serras, Paula; Esnaola, Ganix; Garcia-Soto, Carlos (2018-01-01).
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From 2016 onwards, various monitoring efforts were implemented in order to assess the environmental impact of
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568:"Electricity production, capacity factor, and plant efficiency index at the Mutriku wave farm (2014–2016)"
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wave power plant with a multiple turbine arrangement. The plant has a capacity of 296 kW from 16
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By the end of 2023, the total lifetime generation was over 3 GWh, with 266 MWh in 2023.
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EVE announced in
October 2022 that the plant delivered a total of 2.7GWh of energy to the grid.
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665:"Turbowave webinar: Public procurement of air turbines for the Mutriku Wave Power Plant"
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constructed by Ente Vasco de la Energía (EVE), the Basque energy agency, in the bay of
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493:"Mutriku Wave Energy Plant - Power Technology | Energy News and Market Analysis"
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device) and could be easily integrated into the existing breakwater design.
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Torre-Enciso, Yago; Ortubia, I.; Aguileta, L.I.; Marqués, J. (2009).
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capacity of 296 kW. This equipment was manufactured by Voith Hydro.
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2011 establishments in the Basque
Country (autonomous community)
479:
Proceedings of the 8th
European Wave and Tidal Energy Conference
475:"Mutriku Wave Power Plant: From the Thinking out to the Reality"
616:"Turbine speed control could bolster Mutriku wave plant output"
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The
Mutriku plant was built by Ente Vasco de la Energía, using
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Annual Report: An
Overview of Ocean Energy Activities in 2023
517:"Mutriku wave plant generates over 1 GWh of clean power"
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437:Mutriku cuenta con la primera planta europea ...
376:"First breakwater wave plant built in Mutriku"
276:A study published in 2018 calculated that the
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667:. Ente Vasco de la Energía. February 1, 2023
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235:sets. It was inaugurated on July 8, 2011.
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287:emissions produced by the power plant.
193:Related media on Commons
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773:Buildings and structures in Gipuzkoa
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16:Wave power station in Mutriku, Spain
641:"Mutriku Wave Power Plant | Tethys"
542:"Mutriku Wave Plant Hits 2GWh Mark"
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788:Infrastructure completed in 2011
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374:Weilepp, Jochen (August 2007).
584:10.1016/j.oceaneng.2017.10.018
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213:Mutriku Breakwater Wave Plant
133:Wave power station
22:Mutriku Breakwater Wave Plant
721:. You can help Knowledge by
768:Renewable power plant stubs
307:List of wave power stations
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227:. It is the world's first
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497:www.power-technology.com
245:oscillating water column
144:Oscillating water column
127:Ente Vasco de la Energía
357:Renewable energy portal
239:Design and construction
175:Nameplate capacity
97:Construction began
686:IEA-OES (2024-02-29).
247:(OWC) technology from
163:Units operational
115:Construction cost
690:(Report). p. 23.
150:Power generation
106:Commission date
778:Wave farms in Spain
713:This article about
268:Operational history
184:External links
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723:expanding it
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440:(in Spanish)
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118:€6.4 million
783:Debabarrena
593:10810/23246
457:(in German)
414:www.eve.eus
249:Voith Hydro
123:Operator(s)
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60:Coordinates
762:Categories
671:August 20,
650:2021-04-23
626:2021-04-23
552:2021-04-23
527:2021-04-23
502:2021-04-23
481:: 319–329.
313:References
229:breakwater
166:16 × 18.5
69:43°18′43″N
602:0029-8018
578:: 20–29.
407:"Mukitru"
110:July 2011
72:2°22′41″W
301:See also
50:Location
223:in the
221:Mutriku
189:Commons
54:Mutriku
40:Country
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179:296 KW
421:(PDF)
410:(PDF)
390:(PDF)
379:(PDF)
215:is a
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44:Spain
719:stub
673:2023
598:ISSN
211:The
139:Type
100:2006
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Text is available under the Creative Commons Attribution-ShareAlike License. Additional terms may apply.
