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Egypt’s Sharm El-Sheikh to use solar power

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Egypt aims to build solar power plants and wind energy facilities within the next three years, with a total capacity of 4,300 megawatts. 


The Egyptian government intends to use solar energy for all lighting in the resort city of Sharm el-Sheikh, which currently relies on solar energy for 70% of its lighting.
Khaled Fouda, the governor of South Sinai, where the resort city lies said on Tuesday that the shift will be completed within three months, according to a statement released by the cabinet.
Sharm el-Sheikh is one of tourists’ favourite spots in the country and is where the Egyptian government will be a hosting a major investment summit from March 13 – 15.
Egypt hopes that the conference will bring investments needed to revamp its economy, which has been hit hard by political instability. So far 60 countries said they are taking part in the conference, according to the Egyptian Foreign Ministry.
Fouda made the statements during a meeting with Prime Minister Ibrahim Mehleb, in which they discussed preparations ahead of the conference.
The governor told Egypt’s premier that the governorate is concluding work on landscaping and planting greenery as well as the “security of facilities”. Fouda added that surveillance cameras are being installed across the city.
While the vast majority of militant attacks in Egypt over the past 20 months have been in the Sinai Peninsula, they have mostly been in the northern part, whereas the south has rarely seen attacks.
The shift towards solar energy comes in line with government policies to diversify sources of energy, amid an energy crisis Egypt has been facing for years.




The Great Transition: Shifting from Fossil Fuels to Solar Power and Wind Energy

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“The energy transition will change not only how we view the world but also how we view ourselves,” say the authors of The Great Transition. “With rooftop solar panels to both power homes and recharge car batteries, there will be a personal degree of energy independence not known for generations.”

As fossil fuel reserves shrink, as air pollution worsens, and as concerns about climate instability cast a shadow over the future of coal, oil, and natural gas, a new world energy economy is emerging. The old economy, fueled largely by coal and oil, is being replaced with one powered by solar and wind energy.
We can see the transition unfolding. In the U.S. Midwest, Iowa and South Dakota are generating 26 percent of their electricity from wind farms. Denmark generates 34 percent of its electricity from wind. Portugal and Spain are above 20 percent. In China, electricity from wind farms now exceeds that from nuclear power plants. And in Australia, 15 percent of homes draw energy from the sun. With solar and wind costs falling fast, their spread is accelerating.
In The Great Transition, Lester R. Brown and his colleagues explain the environmental and economic wisdom of moving to solar and wind energy and shows how fast change is coming.
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Las matriculaciones de vehículos eléctricos aumentan un 77% en España

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En el caso de los coches eléctricos, hasta febrero se matricularon 77 vehículos eléctricos, frente a 40 en el mismo periodo de 2014, después de que en el segundo mes del año se incorporasen 34 unidades nuevas, un 54% más.

El coche eléctrico se consolida lentamente en España. Las matriculaciones de vehículos eléctricos registraron un incremento del 77% hasta febrero, según datos ofrecidos por la asociación de fabricantes Anfac.
En el caso del vehículo eléctrico, hasta febrero se matricularon 77 unidades, frente a 40 en el mismo periodo de 2014, después de que en el segundo mes del año se incorporasen 34 unidades nuevas, un 54% más.
El vehículo eléctrico Twizy de Renault, fabricado en España, registró 16 unidades matriculadas en los dos primeros meses del año, un 11% menos que las 18 unidades en el mismo periodo de 2014.



Científicos estadounidenses: La guerra civil en Siria es fruto del cambio climático

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Varios investigadores estadounidenses opinan que el cambio climático pudo provocar el estallido de la 'primavera árabe'. Así los científicos de la Universidad de Columbia de Nueva York y de la Universidad de California, tras haber analizado los datos ambientales, alegan que la sequía de 2007-2010 pudo contribuir al inicio de la guerra civil en Siria. 

Según el estudio la sequía pudo contribuir al colapso de la agricultura y el desplazamiento de los granjeros desfavorecidos de los pueblos hacia las grandes ciudades, cuya población antes de que empezara el conflicto aumentó considerablemente.

De esa manera la sobrepoblación y el descontento común con los problemas sociales irresueltos repercutieron en el estallido de la guerra civil.
Además, otra hipótesis planteada por los investigadores señala que la sequía y la falta de agua se agravaron también por los cultivos de algodón, que requieren de abundante riego.
Conforme al reporte publicado en el portal de la Universidad de Columbia, los expertos en clima sostienen que los problemas vinculados con el calentamiento global se traducirán en nuevos conflictos en el futuro.



SwRI to use DOE grant for Concentrated Solar Power technology

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The US Department of Energy (DOE) has granted USD 4.9 million (EUR 4.4m) to the Southwest Research Institute (SwRI) so it could manufacture and test certain components for concentrated solar power (CSP) plants.


Southwest Research Institute (SwRI) has been awarded $4.9 million by the U.S. Department of Energy (DOE) as part of a $9.9 million continuation contract to manufacture and test a high-efficiency supercritical CO2 (sCO2) hot gas turbo-expander and compact heat exchangers for concentrating solar power (CSP) plants.

The award was given through DOE’s SunShot Initiative, a collaborative national effort to make the cost of solar energy competitive with other forms of energy by the end of the decade. This award continues a previous DOE project to design the sCO2 expander. SwRI will lead a team of industry collaborators that includes Aramco Services Company, Bechtel Marine Propulsion Corporation, Electric Power Research Institute (EPRI), General Electric, and Thar Energy.

“This project is one of eight DOE-funded sCO2 power cycle projects that are currently being executed at SwRI,” said Dr. Klaus Brun, program director of the Machinery Program in SwRI’s Mechanical Engineering Division.

The highly cyclical nature of CSP plant operation requires an sCO2 hot gas turbo-expander to operate at high temperatures and pressures over a wide range of load conditions while maintaining high efficiency, handling rapid transient heat input swings, and offering very fast start-up to optimize the plant’s online availability. Similar sCO2 expanders also have the potential to significantly improve the efficiency of waste heat recovery-, nuclear-, and fossil-fueled power plants.

“Over the last two years, SwRI and its industry collaborators have developed a highly efficient, multi-stage axial flow sCO2 hot gas turbo-expander that advances the state of the art from laboratory size to a full mega-watt scale prototype,” said Dr. Jeff Moore, manager of the Rotating Machinery Dynamics Section in SwRI’s Mechanical Engineering Division, and principal investigator of the project.

A second objective of the project is to optimize novel compact heat exchangers for sCO2 applications to drastically reduce manufacturing costs. The scalable sCO2 expander design and improved heat exchanger will close two critical technology gaps and potentially provide a major pathway to achieve power at $0.06 per kilowatt hour, increasing energy conversion efficiency to more than 50 percent, and potentially reducing total power block cost to below $1,200 per kilowatt installed. Conventional steam-based CSP systems typically operate at less than 35 percent efficiency. These efficiencies also will allow solar plants to be competitive with conventional fossil-fueled power plants.

The project, which will be conducted in two phases, began in late December 2014 and will continue through mid-2016.




 
 
 
 


Ghana plans 100 MW solar energy plant

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West African based renewable energy company Home Energy Africa is conducting feasibility studies to construct a $200 million (ZAR2 billion) solar power plant in Nyinbali in the Ndowli-Kaleo district, Ghana. 

The utility-scale solar power project is expected to generated 100MW of solar power that will be sold to the Electricity Company of Ghana (ECG) to feed back into the national grid. Home Energy Africa claims this will be the largest solar power project on the continent. According to president and CEO of Home Energy Africa Charles Sena Ayenu, his team will conduct feasibility studies, environmental impact studies and geological studies across the 200 hectares of community sponsored land. 
Why Ghana? Ayenu added that Ghana was selected as a favourable location due to its political and economic stability. He estimates that the completion of the power project will be at the end of 2016. The Ghanaian government has encouraged the implementation of solar power due to its affordability. Ayenu said: “Ten years ago it was $5 [ZAR59] per watt but currently it is $2 [ZAR24] per watt and could be reduced [even more] if you get the right partners”. Project manager Greg Severance, added that Nyinbali was a prime area for a solar plant as it has high sun radiation. According to Severance, Home Energy Africa has a 90 day window in which to complete all studies. 



 
 
 

Wind power in Scotland: new wind farm will consist of up to 75 wind turbines

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Mainstream Renewable Power – which is behind the 75-turbine The Neart na Gaoithe wind farm off Fife Ness – has secured a 15-year ‘Contract for Difference’ (CfD) to sell the power it generates to the National Grid.

Councillor David Alexander sees this as a huge opportunity for the Kingdom and, in particular, Energy Park Fife in Methil.
He said: “The energy park is ideally located to benefit from this. It’s got world-class facilities and is ideal for manufacturers to be based there.
“We’re not just talking about the construction phase as there will be on-going maintenance and service contracts too. This is an massive opportunity.”
Scottish Enterprise owns Energy Park Fife and describes it as a unique facility in an ideal location for companies working in the renewable sector. It claims no other location in central Scotland has the capability to support the renewable energy activities carried out at the energy park.
Seonaid Vass, director of renewables and low carbon technologies, said Scottish Enterprise would continue to work with Mainstream as it enters the next phase of the development of the Neart na Gaoithe project.
She added: “Offshore wind continues to offer a significant economic prize and this latest announcement will further help develop Scotland as a globally competitive location for renewable energy.”
Mainstream is currently working in partnership with Siemens Wind, Siemens Transmission and Distribution Limited (STDL), Prysmian and GeoSea on the project.
It will be the first large-scale offshore wind farm constructed and operated in Scottish waters to be directly connected to the Scottish electricity system.
A company spokesman said the award of the CfD was a significant milestone and Mainstream would work with its main contractors to “secure a supply chain for the timely delivery of Neart na Gaoithe”.
He added: “Whilst no other lower tier contractors have been named, we expect our main contractors to be in discussion with local suppliers with a view to them participating in a comprehensive tender process.
“We are in constant dialogue with Scottish Enterprise, Scottish Development International, Invest in Fife, as well as other regional agencies, to promote local and national supply chains.”
Councillor Lesley Laird, Fife Council’s depute leader and spokesman for economy, said Neart na Gaoithe would not only make an important contribution to Scotland’s ambitious renewable energy generation and CO2 reduction targets, but contribute significantly to economic growth in the region.
She added: “Fife Council has fully supported this offshore wind development. We have been working with Mainstream over recent years to outline the opportunities and capabilities of the local supply chain and opportunities associated with the manufacturing, assembly and on-going operations and maintenance of this project here in Fife.
“We wanted to make sure that if such as large scale development was coming to the area then Fifers would get maximum benefit from it. Fife is fast becoming the place to go for renewable expertise and innovation with a wealth of experience and talent already existing in the region.
“We look forward to working with the Neart na Gaoithe project team to ensure the successful delivery of this ambitious offshore wind project.”
The Neart na Gaoithe wind farm is expected to create hundreds of direct and indirect jobs during its construction as well as throughout its operational life.
The wind farm will consist of up to 75 wind turbines and will occupy an area of approximately 105 square kilometres. At its closest point to land it will lie over 15 kilometres off the Fife coast in water depths of 45-55 metres.
The subsea cable transmitting the wind farm’s power will come ashore at Thorntonloch Beach in East Lothian from where its underground cable will travel along a 12.5 kilometre route to a substation located within the Crystal Rig onshore wind farm in the Lammermuir Hills. Planning permission for the route of the underground cable was received from East Lothian Council in 2013.



http://www.evwind.es/2015/03/04/wind-power-in-scotland-new-wind-farm-will-consist-of-up-to-75-wind-turbines/50786 



 

Areva y Gamesa crean empresa conjunta de eólica marina

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Por lo que respecta a su negocio en las energías renovables, el eólico marino se integrará en la filial con Gamesa y para el resto de tecnologías se van a buscar alianzas similares.


La empresa común que van a crear Areva y Gamesa en el negocio eólico marino se va a constituir antes de finales de este mes y el plan de transformación presentado hoy por el grupo francés para hacer frente a sus multimillonarias pérdidas no va a cambiar nada en ese proyecto.

Estos fueron los mensajes subrayados hoy por un portavoz de Areva, en línea de lo que horas antes había señalado su director general, Philippe Knoche, al anunciar que el año pasado la empresa perdió 4.834 millones de euros.

El portavoz insistió en que el programa de transformación de Areva no modifica los planes de la alianza con Gamesa, e insistió en que la publicación el lunes pasado en el Diario Oficial de Francia del decreto para la creación de la empresa común es el último paso formal que estaba pendiente.

"El cierre de la operación se realizará antes de finales de marzo" de acuerdo con lo que estaba previsto, señaló.

Para salir de la crítica situación financiera en que se encuentra, Areva se ha marcado tres objetivos estratégicos: centrarse en las actividades nucleares, y en concreto en aquellas en la que tiene un liderazgo mundial y competitividad; un reforzamiento de su cooperación con la eléctrica también estatal EDF; y un mayor acento a su desarrollo en el mercado chino.



 
 
 

Lake Turkana Wind Power project

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Lake Turkana, in the far northwest of Kenya and extending over the border into Ethiopia, is the world's largest desert lake, in a region that is central to archaeological investigation into the origin of humanity.

It is now also central to two different projects for expanding renewable energy due to come on-line in the next three years, one based on hydropower and the other on wind.
While both will significantly expand the input to the East African power grid, critics charge that expansion of hydropower on Ethiopia's Omo River also poses serious threats to the livelihood of local people both around Lake Turkana and upstream along the Omo River.
The hydropower project, the Gilgel Gibe III dam, is expected to generate its first power in June 2015 and grow to a capacity of 1,870 MW. It would also serve Kenya as well as Ethiopia through a transmission line to be completed in 2018.
The Lake Turkana Wind Power project, which completed a complex financing package in late 2014, is expected to begin production of power in a little more than two years, with an eventual capacity of 300 MW, increasing Kenya's electricity capacity by about 20% from current levels.
While the Turkana wind project has minimal environmental impact, the Gibe III, like other such large hydropower projects, has a much larger environmental footprint, raising multiple questions about the impact on downstream populations of the dam and of large-scale irrigated agricultural projects displacing local populations.
The Ethiopian government has rejected such criticism as uninformed. But both the World Bank and the African Development Bank declined to support the Gibe III project, which subsequently gained significant Chinese backing. In contrast, the African Development Bank is the lead financing partner for the Turkana wind project.
This AfricaFocus Bulletin contains a press release and project profile from the Lake Turkana Wind Power consortium responsible for the project, and excerpts from two critical documents on the potential impact of the Gilgel Gibe III dam on Lake Turkana, from International Rivers and from Dr. Sean Avery, a consultant who prepared impact reports for the African Development Bank and for the University of Oxford African Studies Center.
Other relevant sources of interest include:
On Lake Turkana Wind Power:
Carlos Van Wageningen (Chairman of Lake Turkana Wind Power, talks about Lake Turkana, the largest wind power plant in Africa. 10- minute video interview, November 15, 2013, http://tinyurl.com/kbkgagp
On the Gilgel Gibe III dam and its impact:
Official site for project, including page responding to issues raised by critics http://www.gibe3.com.et/issues.html
World Bank, "The Eastern Electricity Highway Project under the First Phase of the Eastern Africa Power Integration Program," http://tinyurl.com/88bw6vq (on the Ethiopia-Kenya transmission line to be constructed)
Human Rights Watch, "Ethiopia: Land, Water Grabs Devastate Communities," Feb. 18, 2014 http://tinyurl.com/q6q4oue
For previous AfricaFocus Bulletins on the environment and climate change, visit http://www.africafocus.org/envexp.php
Ebola Perspectives
[AfricaFocus is regularly monitoring and posting links on Ebola on social media. For additional links, see http://www.facebook.com/AfricaFocus]
New and of particular interest:
"Renewed spread in Freetown, Sierra Leone - how easily virus can take off again" New York Times, March 1, 2015 http://tinyurl.com/ntojzqb
"Overview of economic impact & enormous difficulties of recovery, particularly in Sierra Leone & Liberia" Reuters, Feb. 27, 2015 http://tinyurl.com/l39qz9x
Africa's Largest Wind Power Project Achieves Full Financial Close
Lake Turkana Wind Power receives first disbursements of funds
Nairobi, Kenya, 19 December 2014
Following the financial close of Lake Turkana Wind Power Project (LTWP) on 11 December 2014, LTWP has received the first disbursement of funds pursuant to financing agreements signed in March 2014.
"Reaching this important milestone today caps a year of major achievements by LTWP," said Mugo Kibati, LTWP's Chairman of the Board. "This includes signing the financing agreements in March, issuing notice to proceed by KETRACO to the transmission line construction contractor in August, financial close of the LTWP equity partners in September, as well as notices to proceed to LTWP's contractors in October."
The LTWP project, Kenya Shillings 70 billion (623 million Euros), is the largest single wind power project to be constructed in Africa and is, to date, the largest private investment in the history of Kenya and arguably one of the most complex and challenging project financing undertaken in the renewable energy space in sub-Saharan Africa.
The project is a key deliverable under the Government's commitment to scaling up electricity generation to 5,000MW and is a flagship project within the Vision 2030 program.
The LTWP project will provide cost effective renewable power to the Kenyan consumer and will comprise approximately 20% of Kenya's currently installed generating capacity.
The LTWP consortium is comprised of KP&P Africa B.V. and Aldwych International as co-developers and investors, and Finnish Fund for Industrial Cooperation Ltd (Finn Fund), Industrial Fund for Developing Countries (IFU), KLP Norfund Investments, Vestas Eastern Africa (VEAL) and Sandpiper as investors. Aldwych Turkana Ltd, an affiliate of Aldwych International, will oversee construction and operations of the project on behalf of LTWP.
The support, interaction and uplifting of local communities is a high priority for LTWP. As such, LTWP adopted a Corporate Social Responsibility (CSR) Program which will be implemented by the Winds of Change Foundation (a wholly owned subsidiary of LTWP).
This foundation aims to uplift local communities through programs such as the CHAT HIV awareness campaign, water, sanitation, electrification, sustainable development of agriculture as well as the education of boys and girls.
Initially, activities will be concentrated around the wind farm communities (Loyangalani, Korr and Laisamis divisions, with South Horr). CSR activities will gradually expand to the wider project area.
The financing agreements were signed in March 2014 with the African Development Bank (AfDB), European Investment Bank (EIB), Nederlandse Financierings Maatschappij Voor Ontwikkelingslanden N.V. (FMO), Société De Promotion Et De Participation Pour La Coopération Economique (Proparco), Eastern And Southern African Trade And Development Bank (PTA Bank), Nedbank Capital, The Standard Bank of South Africa, Eksport Kredit Fonden (EKF), Deg -- Deutsche Investitions - Und Entwicklungsgesellschaft Mbh, East African Development Bank and Triodos.
After eight years of development with the full support of the Government of Kenya, Kenya Power, the Energy Regulation Committee (ERC) and Kenya Electricity Transmission Company (KETRACO), utilization of the funds signifies the completion of the project's financing stage, which will allow the project to move towards implementation and to commence producing electricity in 2017.
For further press information please contact: Mary E O'Reilly, Phone : + 254 733 751 799 or +254 711 667 670, Email: media@ltwp.co.ke
Please also visit http://www.ltwp.co.ke for further information.
Notes to Editor:
The wind farm site, covering 40,000 acres (162km2), is located in Loyangalani District, Marsabit West County, in north-eastern Kenya, approximately 50km north of South Horr Township.
The project will comprise 365 wind turbines (each with a capacity of 850 kW), the associated overhead electric grid collection system and a high voltage substation. The project also includes upgrading of the existing road from Laisamis to the wind farm site, which is partly financed by the Dutch Government and is a distance of approximately 204km.
In addition, the project will build an access road network in and around the site for construction, operations and maintenance. The Kenya Electricity Transmission Company Ltd (Ketraco), with concessional funding from the Spanish Government, is constructing a double circuit 400kV, 428km transmission line to deliver the LTWP electricity along with power from other future plants to the national grid.
Lake Turkana Wind Power
Project Profile, August 2014
http://ltwp.co.ke/the-project/project-profile
[Excerpts]
1. The Project Profile
The Lake Turkana Wind Power Project (LTWP) aims to provide 300MW of reliable, low cost wind power to the Kenya national grid, equivalent to approximately 20% of the current installed electricity generating capacity.
The Project is of significant strategic benefit to Kenya, and at Ksh76 billion (Euro 623 million) will be the largest single private investment in Kenya's history. The wind farm site, covering 40,000 acres (162km2), is located in Loyangalani District, Marsabit West County approximately 50km north of South HorrTownship.
Transmission line and access roads in relation to the wind farm
The Project will comprise 365 wind turbines (each with a capacity of 850 kW), the associated overhead electric grid collection system and a high voltage substation.
The Project also includes upgrading of the existing road from Laisamis to the wind farm site, a distance of approximately 204km, as well as an access road network in and around the site for construction, operations and maintenance.
The Kenya Electricity Transmission Company Ltd (Ketraco), with concessional funding from the Spanish Government, is constructing a double circuit 400kv, 428km transmission line to deliver the LTWP electricity along with power from other future plants to the national grid.
The Project proponent is the LTWP consortium comprising KP&P Africa B.V. and Aldwych International as co-developers, Industrial Fund for Developing Countries (IFU), Wind Power A.S. (Vestas), Finnish Fund for Industrial Cooperation Ltd (Finnfund),and Norwegian Investment Fund for Developing Countries (Norfund).
LTWP is solely responsible for the financing, construction and operation of the wind farm. Aldwych, an experienced power company focused on Africa, will oversee the construction and operations of the power plant on behalf of LTWP.
Vestas will provide the maintenance of the plant in contract with LTWP. The power produced will be bought at a fixed price by Kenya Power (KPLC) over a 20-year period in accordance with the signed Power Purchase Agreement (PPA).
2. Background
Several sites in Marsabit County were explored for suitability of wind power generation.
The proposed site was selected following an extensive survey of the region focusing on environmental, social and sustainability, technology and commercial considerations, including the remoteness of the area, the strength and stability of the winds, proven technology, benign environmental setting, low population density, security of the area, fresh water availability and road accessibility.
In addition, in order to avoid possible bird contact with the turbines, the proposed wind farm is sited at least 9 km from the shore of Lake Turkana. A 12 month ornithological study has been concluded and annual environmental audits will be done for the entire wind farm during the 20 year operations period.
...
3. Who is LTWP?
Joint Development Parties
KP&P BV Africa
Aldwych International Limited
Wind Power A.S. (Vestas)
Norwegian Investment Fund for Developing Countries (Norfund)
Danish Investment Fund for Developing Countries (IFU)
Finnish Fund for Industrial Cooperation Ltd (Finnfund)
Lenders
The lead arranger of the debt financing is the African Development Bank with Standard Bank of South Africa and Nedbank Capital of South Africa as co-arrangers.
4.Project Benefits
4.1 Reliable Power
Largest single wind farm in sub-Saharan Africa
Optimal site location: According to the National Wind Resource Atlas, as compiled by the Ministry of Energy, MarsabitWestCounty is generally gifted with exceptional wind resources.
Reliable wind: The site lies between 450m at the shore of Lake Turkana and 2,300m above sea level at the top of Mt.Kulal.
The area around the site has a unique geographical phenomenon whereby daily temperature fluctuations generate strong predictable wind streams between Lake Turkana (with relatively constant temperature) and the desert hinterland (with steep temperature fluctuations) and as the wind streams pass through the valley between the Mt. Kulal and Mt. Nyiru ranges (2,750m above sea level) which effectively act as a funnel causing the wind streams to accelerate (known as the Turkana Corridor low level jet stream).
The Turkana wind phenomenon stems from the East African jet stream which stretches from the ocean through the Ethiopian highlands and valleys to the deserts in Sudan in a south-east direction all year round.
Data collected and analysed since 2007 indicate that site has some of the best wind resources in Africa, with consistent wind speeds averaging 11 meters/second and from the same direction year round.
4.2 Renewable Energy
LTWP has registered with the UNFCCC and approved at the Gold Standard rating; the income from the carbon credits will be given to with the government and invested in the community (see below).
The Project reduces the need to depend on unreliable hydro and on expensive, unpredictably priced fossil fuel based power generation and insulates Kenya's power tariff by providing a low and consistent power price.
If the wind is less than predicted then only LTWP suffers as Kenya Power only pays for the power produced at a fixed price per kWh.
4.3 Low Cost Power
The Government of Kenya's Least Cost Development Power Plan shows that LTWP wind power will be the least cost power generation option available in the country along with geothermal power and at even less cost than the feed in tariff for other wind projects set at US$11 cents/kWh.
The LTWP tariff will be approximately 60% cheaper than thermal power plants
4.4 Community Development and Environmental Impact
MarsabitWestCounty is among the poorest counties in Kenya; Loyangalani is one of the poorest districts in Marsabit.
LTWP has all the required environmental and social approvals in line with the IFC Performance Standards
A Corporate Social Responsibility (CSR) programme is being finalised based on extensive input from the communities in order to ensure that livelihoods are improved; LTWP will use a combination of revenue from carbon credits and profit to form and fund a trust, which will ensure a well targeted plan over the 20 years of the investment.
4.5 Macroeconomic Impact
Largest single private investment in Kenya
Will replace need for Kenya to spend approximately Ksh13.7 billion (Euro 120 million) per year on importing fuel
The LTWP tax contribution to Kenya will be approximately Ksh2.7 billion (Euro 22.7 million) per year and Ksh58.6 billion (Euro 450 million) over the life of the investment
Jobs
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Turkana's "Forgotten People" Call for Halt to Ethiopia's Imminent Water Grabs
International Rivers, Press Release, January 8, 2015
http://www.internationalrivers.org/resources/8489
Berkeley, US: International Rivers is today publishing a report and video with voices from Lake Turkana, which tell an emotional story of a people facing a major crisis.
Media contacts: Peter Bosshard, Policy Director, +1 (510) 848-1155 ext. 320, peter@internationalrivers.org, @PeterBosshard
The world's largest desert lake - Lake Turkana in Kenya - is at imminent risk from upstream water grabs that will dramatically reduce the lake's main water supply, shrink the lake, and kill off ecosystems and productive fisheries. Some 300,000 of the world's poorest people depend on the lake for their survival.
The imminent filling of Ethiopia's Gibe III Dam and other water grabs on the Omo River will mean the difference between marginal livelihoods and famine for most. International Rivers calls on the Ethiopian government and its donors to ensure sufficient downstream water flows before closing the Gibe III Dam gates.
Ethiopia is building huge dams and plantations in the Omo River Valley, displacing its own people in addition to causing lost livelihoods in Kenya.
Gibe III Dam (now nearing completion) is one of Africa's largest hydropower projects. The filling of its reservoir will take an estimated three years and reduce water flows by up to 70% in the Omo River.
The associated expansion of water-intensive sugar and cotton plantations poses an even greater threat: if current plans described by the Ethiopian government move forward, hydrologists estimate the lake level could drop between 16 and 22 meters. The average depth of the lake is just 31 meters.
"These water grabs will disrupt fisheries and destroy other ecosystems upon which local people depend," comments Lori Pottinger, International Rivers' Africa Campaigner. "Local people have not been consulted about the project nor informed about its impacts on their lives."
The new International Rivers report - called Come and Count Our Bones: Community Voices from Lake Turkana on the Impacts of Gibe III Dam - is based on interviews with more than 100 people in communities around Lake Turkana. "Once the dam is operating, everything people feed on will disappear. Starvation will take over," said pastorialist Rebecca Arot.
Kenya is planning to purchase electricity from Gibe III, and the World Bank is supporting the transmission line from the dam to Kenya.
In spite of losing livelihoods and food security, the downstream victims of the Omo River water grabs are unlikely to receive any benefits from the power production. "We cannot eat electricity.
What we require is food and income for the Turkana community," said Christopher Eporon Ekuwom of the Turkana County Government's Ministry of Pastoral Economy & Fisheries.
"The lake is like our farm," one pastoralist told International Rivers. "The life of this place is fish ... if this lake was not there, the fish would not be there, and life in this place would almost be impossible," said a local businessman.
The Ethiopian government has thus far failed to acknowledge the impacts of its Omo developments on Lake Turkana.
The Kenyan government has not publicly requested protection for the lake from water diversions. Turkana residents who were interviewed had many messages for these two governments.
The Ethiopian government and its infrastructure development plans are highly dependent on aid from Western governments, China, the World Bank, and other international institutions.
International Rivers calls on Ethiopia and its donors to avert this human-made humanitarian disaster, stop water grabs from the Omo River and make sure the Gibe III Dam is only operated with sufficient downstream flows to sustain ecosystems and livelihoods in the Lower Omo Valley and around Lake Turkana.
[Additional sources, including reports and video, available at link above]
Lake Turkana and the Lower Omo: hydrological impacts of major dam and irrigation developments
University of Oxford, Africa Studies Centre, 2012
http://tinyurl.com/nzb26xu
This study, by the Nairobi-based consultant hydrologist and civil engineer, Dr Sean Avery, is one of the outcomes of the AHRC (Arts & Humanities Research Council) funded project, 'Landscape people and parks: environmental change in the Lower Omo Valley, southwestern Ethiopia', run by Professor David Anderson and Dr David Turton between 2007 and 2010.
As work on this project proceeded, it became clear that the landscape of the lower Omo would soon undergo one of the biggest transformations in its history, thanks to the Gibe III hydropower dam which had just begun construction in the middle basin of the Omo, about 600 kilometres upstream from Lake Turkana.
Due for completion in 2014, Gibe III will regulate the flow of the Omo and permanently modify the annual flood regime upon which the agropastoralists of the lower Omo depend for their livelihoods.
Furthermore, by uplifting the natural low flows in the river, the dam will make possible reliable large-scale irrigation development in the lower basin.
Since the Omo supplies 90 per cent of the water entering Kenya's Lake Turkana, the regulation of the Omo flows and the abstraction of Omo water for large-scale irrigation will alter the hydrological inflow patterns to Lake Turkana.
This will directly impact the ecology of the lake, which is Kenya's largest, and the world's largest desert lake.
The consequences of large irrigation abstractions were not mentioned in any of the environmental impact assessments commissioned by the Gibe III dam builders.
An assessment was made, however, by Dr Avery in a report commissioned by the African Development Bank (AFDB) and submitted in 2010.
This was before any official announcement had been made of the extent of planned irrigation in the lower Omo.
Nevertheless, by using irrigation water demand forecasts from the Omo Basin Master Plan and a future hypothetical scenario, it was shown that the lake could drop by 20 metres or more, causing, amongst other things, a significant reduction in the productivity of its fisheries.
The AFDB report also warned of the cumulative impacts of other associated developments and recommended that these be evaluated.
A few months after the AFDB report was submitted, the full extent of planned irrigation development in the lower Omo became clearer, with the announcement that the state-run Ethiopian Sugar Corporation would soon begin developing 150,000 hectares of irrigated sugar plantations.
This was on land largely taken from existing protected areas and was additional to other land in the lower Omo that had already been allocated to, or earmarked for development by, private investors.
It appeared that the lower Omo was set to become by far the largest irrigation complex in Ethiopia.
We therefore asked Dr Avery to undertake a second study, on behalf of the 'Landscape, people and parks' project, updating and consolidating his earlier findings on the hydrological impacts on the lower Omo and Lake Turkana.
This report, which can be downloaded below, constitutes the most complete, detailed and authoritative assessment yet made of the impact of river basin development in the Omo Valley on the Lake Turkana Basin.



 
 
 

Syrian conflict likely fueled by climate change

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A severe drought that helped fuel the Syrian conflict has been linked to climate change, according to a study published this week. The study, published Monday in the Proceedings of the National Academy of Sciences, adds to the ongoing debate surrounding climate change and armed conflict, suggesting that global warming may already be sparking unrest.

The drought in question lasted from 2007 to 2010 and was one of the worst in Syria's modern history. Based on meteorological data, the study's authors determined that the extreme nature of the drought likely wasn't due to natural changes alone, linking it to a century-long trend toward hotter and drier conditions that mirrors computer models of climate change. Although Syria and neighboring countries are historically subject to dry spells, Colin Kelley, a climatologist at the University of California, Santa Barbara and the study's lead author, tells the New York Times that "a drought this severe was two to three times more likely" due to climate change-related dryness.
"The entire world needs to be planning for a drier future in that area."
Although the authors acknowledge that a host of factors led to the Syrian civil war — including corruption, inequality, and population growth — they assert that the drought "had a catalytic effect." Previous studies, cited in the paper, show that the drought, together with poor water management policies, led to crop failures that spurred 1.5 million people to migrate toward already packed urban areas. This exacerbated already dire social conditions, leading to the revolution against President Bashar al-Assad. More than 200,000 people have died since the conflict began in 2011.
The link between climate change and human conflict is a subject of ongoing debate. A United Nations panel on climate change last year warned that continued changes in the earth's climate could lead to increased conflicts over land and resources. And an October report from the Pentagon described climate change as a "threat multiplier" that would lead to greater instability.
This week's study suggests that we're already starting to see these effects in action, though some scientists remain unconvinced of the connection. The authors themselves acknowledge the difficulty in drawing clear links between climate change and the increasingly complex Syrian conflict, but they say their results underscore a somber reality that the world will have to confront.
"Being able to, in a specific region, draw this story line together we think is pretty significant," Richard Seager, a climate scientist at Columbia University's Lamont-Doherty Earth Observatory and one of the study's co-authors, tells National Geographic. "The entire world needs to be planning for a drier future in that area. And there will be lots of global implications."




Wind energy in Mexico: Enel Green Power invested $160m in wind farm with 34 wind turbines

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The wind farm consists of 34 wind turbines of 3 MW each, for a total installed capacity of 102 MW and is able to generate approximately 390 GWh per year.

Enel Green Power has completed and connected to the grid Sureste I-Phase II wind farm, located in the state of Oaxaca, Mexico.
Sureste I-Phase II will deliver the energy produced to the Mexican national electricity grid through the nearby Ixtepec Potencia substation.
Enel Green Power was awarded the right to build Sureste I-Phase II through the public tender for External Energy Producers held by the Comisión Federal de Electricidad (CFE). A 20-year power purchase agreement (PPA) is associated to the project.
Enel Green Power invested approximately 160 million US dollars in the new wind farm, which contributes towards the growth targets set out in the company’s business plan for 2014-2018.
In June 2013, Enel Green Power, acting through Enel Green Power Mexico S. de R.L. de C.V., signed a 100 million US dollar loan with the BBVA Bancomer Group, a part of which was used to finance the construction of the Sureste I-Phase II wind farm, which is held by Energías Renovables La Mata, S.A.P.I. de C.V., a subsidiary of Enel Green Power Mexico S. de R.L. de C.V.
With Sureste I-Phase II, Enel Green Power installed capacity in Mexico now totals 399 MW, of which 346 MW of wind power and 53 MW of hydro.

Enel Green Power is the Enel Group company fully dedicated to the development and management of renewable energy sources at the international level, with operations in Europe, the Americas and Africa. With an annual generation capacity equal to, approximately, 32 billion kWh from water, sun, wind and the Earth’s heat - enough to meet the energy needs of more than 10 million households, Enel Green Power is a world leader in the sector thanks to its well-balanced generation mix, providing generation volumes well over the sector average. As of today, the company has an installed capacity of approximately 9,600 MW from a mix of sources including wind, solar, hydroelectric, geothermal and biomass. The company has about 740 plants operating in 15 countries.


Eólica en México: Nuevo parque eólico con 34 aerogeneradores de Enel Green Power

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Enel Green Power ha concluido y conectado a la red el parque eólico denominado Sureste I -Fase II, situado en el estado de Oaxaca, en México. 

El parque eólico consta de 34 aerogeneradores de 3 MW cada uno de ellos, con una capacidad total instalada de 102 MW y es capaz de generar aproximadamente 390 GWh anuales. Sureste I - Fase II aportará la energía eólica producida a la red eléctrica nacional mexicana a través de la cercana subestación de “Ixtepec Potencia”. EGP resultó adjudicataria del derecho a construir Sureste I - Fase II en la licitación pública para Productores de Energía Externos convocada por la Comisión Federal de Electricidad (CFE). Un acuerdo de compra venta de energía eólica por un plazo de 20 años (“power purchase agreement”) se encuentra asociado al proyecto de energías renovables. La Sociedad ha invertido, aproximadamente, 160 millones de dólares norteamericanos (USD) en el nuevo parque eólico, contribuyendo a los objetivos de crecimiento establecidos en el plan de negocio 2014 En junio de 2013, la Sociedad, a través de su filial Enel Green Power México S. de R.L. de C.V., suscribió un préstamo de 100 millones de dólares norteamericanos (USD) con el Grupo BBVA Bancomer. Parte de este préstamo se utilizó para financiar la construcción del parque eólico Sureste I - Fase II, titularidad de Energías Renovables La Mata, S.A.P.I. de C.V. (sociedad filial de Enel Green Power México S. de R.L. de C.V.). Con Sureste I - Fase II, la capacidad instalada de EGP en México asciende a 399 MW, de los cuales 346 MW corresponden a energía eólica y 53 MW corresponden a energía hidroeléctrica.



Eólica en México: Acciona fabrica torres eólicas para aerogeneradores en Nuevo León

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Por considerar al estado una potencia en materia energética, la empresa dedicada a las energías renovables y al diseño, fabricación y venta de aerogeneradores dio a conocer sus instalaciones en el municipio Escobedo. Es la primera fábrica de torres eólicas de concreto que opera en México.
ACCIONA Windpower, filial del grupo ACCIONA dedicada al diseño, fabricación y venta de aerogeneradores, dio a conocer hoy sus instalaciones en el municipio General Escobedo, próximo a esta ciudad.



"Esta es la primera planta de torres eólicas de concreto que opera en México y requirió la inversión de 35.5 millones de dólares, generando 300 empleos directos, y casi dos mil de manera indirecta.", señaló Rafael Mateo, CEO de Acciona.

Detalló que la planta produce las dovelas de concreto que conforman las torres destinadas a los parques eólicos de Ventika y Ventika II, que ACCIONA instala en General Bravo, NL, para una sociedad promotora formada por Fisterra Energy, Cemex y otros inversionistas privados, con una derrama económica total estimada en 650 millones de dólares.
El acto inaugural, fue presidido por el gobernador de Nuevo León, Rodrigo Medina de la Cruz, además de Mateo, José Luis Blanco, director ejecutivo de ACCIONA Windpower, y Miguel Ángel Alonso, director de ACCIONA Energía en México, entre otros.

"Si unimos toda la cadena de valor, Nuevo León es el estado más potente en materia energética", dijo al referirse a la planta de ACCIONA, que suministrará a los parques eólicos de Cemex Energía Ventika y Ventika II, ubicados en General Bravo, Nuevo León.

Agregó que en menos de una semana se han anunciado la inversión de 300 millones de dólares para Nuevo León, indicó Rodrigo Medina de la Cruz, gobernador del estado.

"Las inversiones que se han dado en el estado, están relacionadas con la reducción de los índices de inseguridad", destacó Medina.
Mateo comentó que con esta planta se desarrolla el proyecto de este tipo más grande para la empresa, misma que mantiene operaciones similares en otras regiones de México, como Oaxaca.

"La creación de esta planta de torres revela nuestra capacidad de ofrecer soluciones innovadoras, eficientes y rentables a un mercado cada ve más exigente, y confirma nuestra apuesta por el sector eólico mexicano", expresó el directivo.



Honduras pasa a liderar generación de energía solar en Centroamérica

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A marzo del 2014 los países centroamericanos de Guatemala, Panamá, registraron una producción de tan solo 80 megavatios de energía solar. Esa cifra se podría elevar hasta 500 megavatios en el primer semestre de este año cuando entre en funcionamiento los proyectos de energía solar que se están desarrollando en Guatemala, El Salvador, Honduras y Panamá.

Elvis Rosas, Subsecretario de Recursos Naturales y el Ambiente, confirmó este día que Honduras se ha convertido en el país de la región centroamericana con más proyectos de energía solar en el presente año.
"La apuesta es una producción promedio de 500 kilovatios en 2015. Con la aportación de 300 megavatios en el parque solar centroamericano en el primer semestre de 2015, Honduras pasará a ser el líder de la producción de este tipo de energía limpia en el área centroamericana" dijo Rodas a la radioemisora HRN.
Rodas aseveró que Honduras cuenta con 1,250 megas aprobados, de lo cual son alrededor de 3 mil millones de lempiras que es la inversión privada, pública y privada que se está generando.
También dijo que esto generará muchos empleo, por que es uno de los parámetros que tiene el presidente Juan Orlando Hernández, para darle respuesta a la población.



 
 
 

Wind energy in Mexico: Acciona Windpower inaugurates the first concrete tower production plant

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ACCIONA Windpower, the ACCIONA Group subsidiary that designs, manufactures and markets wind turbines, has set up the first operational plant in Mexico for the production of concrete towers for wind turbines at General Escobedo, near Monterrey. It means the creation of around 300 direct and more than 1,500 indirect jobs.

The plant produces concrete segments for the wind turbine towers in the Ventika and Ventika II wind farms, installed by ACCIONA in the State of Nuevo León for a development company consisting of Fisterra Energy, Cemex and other private investors. The total estimated investment is around 650 million dollars.
The inaugural ceremony was presided by the Governor of Nuevo León, Rodrigo Medina de la Cruz, and guests included ACCIONA Energía CEO Rafael Mateo, the Executive Director of ACCIONA Windpower, José Luis Blanco, and ACCIONA Energía Director in Mexico, Miguel Ángel Alonso.

“The creation of this tower plant shows our ability to provide innovative, efficient and profitable solutions in an increasingly demanding market, and confirms our strong commitment to the Mexican wind power sector”, said Rafael Mateo.
The Governor of Nuevo León, Rodrigo Medina de la Cruz, emphasized that the inauguration was “an example of our commitment to go in the same direction, and that ACCIONA should see the Government of Nuevo León as an ally for its business in the territory to prosper”.

A leader in concrete tower technology

The Ventika and Ventika II wind farms, with a total capacity of 252 MW, are powered by eight-four 3 MW ACCIONA Windpower turbines. The company will undertake the operation and maintenance of the wind farms for 15 years starting from their entry into service, which is planned for the second semester of 2016.
These wind farms represent the biggest project to date worldwide using concrete towers implemented by ACCIONA . They will be equipped with AW116/3000 wind turbines with a rotor diameter of 116 meters, the rotor being situated at a hub height of 120 meters.
ACCIONA Windpower is a world leader in the use of concrete wind turbine towers, with 540 contracted for wind farms in Brazil, Mexico, Spain, South Africa, Poland  and the United States, totaling 1,493 MW. Of these, 250 have already been installed on site.
The use of concrete means that greater tower heights can be achieved; it facilitates the local supply and manufacture of the segments because they can be produced in places close to the wind farms and do not require highly-specialized labor; production and transport costs are reduced; concrete is less subject to price fluctuations than steel, and major synergies can be exploited with the processes involved in laying the foundations for the wind turbine towers.

First wind power operator in Mexico

The production of towers using in-house technology strengthens ACCIONA’s leadership in the Mexican wind power market, where it is the first developer in terms of owned operating capacity (556.5 MW), more than 23% of the total installed in the country.
The company is currently manufacturing 201.5 MW for wind power customers: the abovementioned Ventika-Ventika II project, and a 49.5 MW wind farm in Oaxaca for Actis and Comexhidro. These installations join the 1.5 MW wind turbine installed in 2010 for CFE on the occasion of the Climate Summit in Cancun.
ACCIONA continues its renewables development work in Mexico and is currently negotiating contracts with customers in this sector.
Other divisions of ACCIONA also have a strong presence in Mexico. ACCIONA Agua is part of a consortium building a wastewater treatment plant at Atotonilco that will be the biggest in the world and will treat the wastewater from 10.5 million inhabitants of Mexico City. For its part, ACCIONA Infraestructuras has built more than 300,000 m2 of structures in Mexico in civil works, property developments and landmark buildings. Its workforce in the country is over 1,000 people.





 
 
 

Eólica en México: Acciona Windpower inaugura planta de torres eólicas

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La planta eólica, en la que se han creado 300 empleos, suministra dovelas para un proyecto eólico de 252 MW, el mayor construido por ACCIONA con esta tecnología de torre.

ACCIONA Windpower, filial del grupo ACCIONA dedicada al diseño, fabricación y venta de aerogeneradores, ha instalado en el municipio General Escobedo, próximo a Monterrey, la primera planta de torres eólicas de hormigón que opera en México y que ha supuesto la creación de unos 300 empleos directos y más de 1.500 indirectos.

La planta produce las dovelas de hormigón que conforman las torres destinadas a los aerogeneradores de los parques eólicos Ventika y Ventika II, que ACCIONA instala en el estado de Nuevo León para una sociedad promotora formada por Fisterra Energy, Cemex y otros inversionistas privados, con una inversión total estimada de unos 650 millones de dólares.


El acto inaugural fue presidido por el Gobernador de Nuevo León, Rodrigo Medina de la Cruz, y en él estuvieron presentes el CEO de ACCIONA Energía, Rafael Mateo, y el Director Ejecutivo de ACCIONA Windpower, José Luis Blanco.

“La creación de esta planta de torres revela nuestra capacidad de ofrecer soluciones innovadoras, eficientes y rentables a un mercado cada vez más exigente, y confirma nuestra decidida apuesta por el sector eólico mexicano”, afirmó Rafael Mateo, CEO de ACCIONA Energía.
Por su parte, el Gobernador de Nuevo León, destacó que este acto era “una muestra de nuestro compromiso de caminar en la misma dirección y de que ACCIONA sienta al Gobierno de Nuevo León como un aliado para que su negocio en esta tierra sea fructífero”.
Líder en tecnología de torres de hormigón
Los parques Ventika y Ventika II, de 252 MW de potencia total, están integrados por 84 aerogeneradores ACCIONA Windpower, de 3 MW. La compañía se ocupará de la operación y mantenimiento de los mismos durante 15 años a partir de su entrada en funcionamiento, prevista para el segundo semestre de 2016.
Estos parques constituyen el mayor proyecto con torres de hormigón realizado por ACCIONA hasta la fecha en todo el mundo. Están proyectados con aerogeneradores AW116/3000, de 116 metros de diámetro de rotor.
ACCIONA Windpower es líder mundial en la utilización de torres eólicas de hormigón, con 540 unidades contratadas para parques eólicos en Brasil, México, España, Sudáfrica, Polonia y Estados Unidos, que suman 1.493 MW. De ellas, 250 están ya instaladas en campo.
La utilización de hormigón para esta finalidad permite alcanzar mayores alturas de torre; facilita el suministro y fabricación locales al situarse en lugares próximos al parque y requerir mano de obra menos especializada; reduce costes de producción y transporte; es menos dependiente de fluctuaciones de precios que el acero, y se aprovecha de importantes sinergias con los procesos de cimentación de los aerogeneradores.
Acciona, primer operador eólico en México
La fabricación de torres con tecnología propia refuerza el liderazgo de ACCIONA en el mercado eólico mexicano, donde es el primer promotor por potencia en propiedad -556,5 MW, que suponen más del 23% del total instalado en el país-.
En la actualidad, la compañía construye 301,5 MW eólicos para clientes: el mencionado proyecto Ventika-Ventika II, y un parque de 49,5 MW en Oaxaca para Actis y Comexhidro. Instalaciones que se agregan al aerogenerador de 1,5 MW instalado en 2010 para la CFE con ocasión de la Cumbre del Clima en Cancún.
ACCIONA prosigue en la actualidad su labor de desarrollador en renovables en México y negocia asimismo contratos con clientes en este sector de actividad.
Otras divisiones de ACCIONA tienen asimismo destacada presencia en México. ACCIONA Agua forma parte del consorcio que construye la  planta de tratamiento de aguas residuales de Atotonilco, la mayor del mundo, que tratará las aguas residuales de 10,5 millones de habitantes de la Ciudad de México. ACCIONA Infraestructuras, por su parte, ha construido entre obra civil, promociones inmobiliarias y edificios representativos, más de 300.000 m² en territorio mexicano. La plantilla del grupo en el país supera las 1.000 personas.
 
ACCIONA Windpower diseña y fabrica aerogeneradores de 3 MW y 1,5 MW de potencia. Dispone de plantas de ensamblaje de aerogeneradores en España (2), Estados Unidos y Brasil. Ha fabricado o cuenta con pedidos de aerogeneradores que totalizan 6,2 GW de potencia. Es filial de ACCIONA Energía, operador global líder en energías renovables, con 8,5 GW en propiedad.
Ambas compañías pertenecen al grupo ACCIONA, una de las principales corporaciones españolas, que opera en infraestructuras, energía, agua y servicios en más de 30 países. Su lema “Pioneros en desarrollo y sostenibilidad” refleja su compromiso en todas sus actividades de contribuir al crecimiento económico, al progreso social y a la protección del entorno, un compromiso reconocido por su inclusión en los índices de sostenibilidad Dow Jones (DJSI) y FTSE4Good. ACCIONA cotiza en el índice Ibex-35, cuenta con una plantilla de unos 33.000 profesionales y alcanzó unas ventas de 6.500 millones de euros en 2014.
 

 
 

Wind Power Beats Nuclear Energy Again in China

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China, the country that is building more nuclear reactors than any other, continued to get more electricity from the wind than from nuclear power plants in 2014. This came despite below-average wind speeds for the year. The electricity generated by China’s wind farms in 2014—16 percent more than the year before—could power more than 110 million Chinese homes.


As China’s wind power installations took off in the mid-2000s, electric grid and transmission infrastructure expansion could not keep pace. But the situation is improving: China is building the world’s largest ultra-high-voltage transmission system, which is connecting remote, wind-rich northern and western provinces to the more populous central and eastern ones. At the same time, the government is providing incentives for wind farm development in less-windy areas nearer to population centers. Advances in wind power technology can allow greater capture of energy in spots without the strongest wind resources.
China’s wind power goal is to have 200 gigawatts connected to the grid by 2020. According to China’s National Energy Administration, the country has some 77 gigawatts of wind capacity now under construction, bringing this goal that much closer to being realized. Efforts to bolster the grid and connect more turbines are reducing the amount of potential wind generation lost each year due to curtailment, when turbines must stop producing because the grid cannot take on any more electricity. Since 2012, the rate of this curtailment at China’s wind farms has dropped by more than half; however, further improvements are still needed.
Even as it pursues the world’s most ambitious wind power goal, China also undeniably has the world’s most aggressive nuclear construction program, currently accounting for 25 of the 68 reactors being built worldwide. Six reactors totaling 6 gigawatts of capacity went online in China in 2013 and 2014. Another reactor connected to the grid in January 2015, bringing national nuclear capacity to 20 gigawatts at 24 reactors. But to meet the government’s nuclear target of 58 gigawatts by 2020, China will not only need to complete the reactors now under construction—most of which are behind schedule—it will need to start and finish another dozen or so by then.
Several factors stack the odds against China meeting its nuclear power goal. After a massive earthquake and tsunami induced the 2011 nuclear meltdown in Fukushima, Japan, the Chinese government suspended approvals for new reactors as it conducted safety reviews of those operating and under construction at the time. The moratorium was lifted in late 2012, yet for more than two years no new reactors received permission to build. In February 2015, a nuclear plant in northeastern Liaoning province reportedly got the go-ahead for a two-reactor expansion. Once construction begins, it typically takes six years to complete a reactor in China (compared with one year or less for the average wind farm).
Further complicating China’s nuclear picture is that suitable real estate for new reactors along the coast—with ready access to cooling water—is in increasingly short supply. Following the Fukushima disaster, public opposition to reactors in China’s earthquake-prone inland provinces grew, prompting officials to put off consideration of proposed reactors in non-coastal provinces until 2015 at the earliest. Regardless of when the government decides to begin approving inland reactors, nuclear developers will face dwindling freshwater resources.
Perhaps the biggest question facing the future of nuclear power in China is the fate of the 1-gigawatt Sanmen reactor under construction in Zhejiang province. Designed by Westinghouse, this is a “Generation III” reactor billed as much safer than previous nuclear technologies, due to its earthquake and flood resistance features and its ability to continue cooling in the event of a prolonged loss of power. Sanmen is both the basis for Chinese-designed third generation reactors and a test case for the technology closely watched worldwide.
When construction got under way at Sanmen in 2009, completion was projected by the end of 2013. Blaming increased safety concerns and design changes post-Fukushima, the developer pushed this date back to 2015. Then in January 2015, the chief engineer of China’s State Nuclear Power Technology Corp., Wang Zhongtang, announced that Sanmen would not generate electricity until 2016, if that soon. As the project runs further behind schedule and goes further over-budget, more doubt is cast on the design’s ability to catalyze faster nuclear power growth in China.
China’s energy landscape is changing rapidly. Consumption of coal, which supplies about 75 percent of Chinese electricity, dropped nearly 3 percent in 2014, according to official data from China’s National Bureau of Statistics. Meanwhile, in addition to the impressive growth in wind power, China is quickly expanding its solar generating capacity. With 28 gigawatts by the end of 2014 and plans for another 15 gigawatts in 2015, China may overtake Germany for the top solar spot in a matter of months. As China looks to energy solutions to reduce the air pollution choking its cities, to conserve water, and to rein in its carbon emissions, it is becoming clear that renewables offer a more expeditious path than nuclear power does.





EDF Energies Nouvelles expands its solar power and wind energy activities to Belgium

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With the creation of EDF EN Services Belgium, EDF Energies Nouvelles now offers its operations & maintenance (O&M) services for renewable energy installations in Belgium via its dedicated subsidiary, EDF EN Services.

Jointly-owned by EDF Luminus, an EDF Group company in Belgium, the new unit provides management services for EDF Luminus and third-party owner-operators at wind farms and solar plants right across Belgium.

EDF EN Services Belgium and its first local unit are based close to Liège.
Its maintenance technicians and engineers will work locally on wind farms and on solar plants belonging to various owners, including those operated by EDF Luminus, which currently holds over 10% of Belgium’s renewable power generating capacity.
To provide optimum service, the renewable facilities managed by EDF EN Services Belgium will be overseen and optimized by EDF EN Services’ pan-European Operations Control Center, which tracks installations round the clock.
Following on from France, Greece, the United Kingdom, Germany, Poland and Italy, EDF EN Services, a major player in O&M services for renewable energy assets, is pursuing its European expansion by moving into Belgium.
At year-end 2014, EDF EN Services handled O&M activities at close to 2.4 GW in renewable energy facilities across Europe.
EDF Energies Nouvelles is a market leader in green electricity production, with a portfolio of 7 517 MW of gross installed capacity focused for the most part on wind (onshore and offshore) and solar photovoltaic energy. Mostly operating in Europe and North America, EDF Energies Nouvelles continues its development in promising emerging areas taking position in new countries (Brazil South Africa and India). The Company is also present in other segments of the renewable energy market: marine energy, biomass and distributed energies. EDF Energies Nouvelles manages renewable energy projects’ development and construction as well as operation and maintenance for its own account and for third parties. EDF Energies Nouvelles is a subsidiary of the EDF Group dedicated to renewable energy.



U.S. Energy Storage Market to Grow 250% in 2015, from 62 megawatts in 2014 to 220 megawatts in 2015

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The U.S. is on the cusp of a breakout year for energy storage, according to the inaugural U.S. Energy Storage Monitor report from GTM Research and the Energy Storage Association (ESA). The U.S. is forecasted to deploy 220 megawatts in 2015, more than three times its 2014 total, and growth should continue at a rapid clip thereafter.

Over the course of the past year, 180 grid-connected electrochemical and electromechanical storage installations came online, representing 61.9 megawatts of power capacity. That's up 40 percent from the 44.2 megawatts completed in 2013, according to the report.
It is the first in a series of quarterly reports that the newly-minted GTM Research and ESA collaboration will publish on the accelerating U.S. energy storage market. The research covers deployments, markets, policies, financing, pricing and installation forecasts.

Ninety percent of new U.S. energy storage capacity in 2014 was in front of the meter, while 10 percent was behind the meter at residential or non-residential (commercial, education, military or non-profit) sites. The report notes, however, that both behind-the-meter segments saw a drastic increase in deployments in the fourth quarter of 2014. GTM Research expects behind-the-meter storage to account for 45 percent of the overall market by 2019.

"The U.S. energy storage market is nascent but we expect it to pick up more speed this year," said Shayle Kann, Senior Vice President at GTM Research. "Attractive economics already exist across a broad array of applications, and system costs are in rapid decline. We expect some fits and starts but significant overall growth for the market in 2015."

The energy storage market is geographically concentrated within the U.S., with the vast majority of deployments in a small number of markets. The report cites PJM and California as taking the early lead in policy, regulatory drivers, and wholesale market structure to encourage storage deployments. In fact, two-thirds of all deployed capacity in 2014 was located in PJM. The market was concentrated in terms of technology as well, with 70 percent of all 2014 deployments using lithium-ion batteries.

"Demand continues to rise for energy storage solutions – for the entire range of applications," said Matt Roberts, executive director of ESA. "Companies that understand the market opportunities and the competitive policies that are driving adoption are poised for immense growth."

According to Ravi Manghani, energy storage analyst and lead author of the report, "the next five years will be all about growth." By 2019, GTM Research expects the U.S. energy storage market to reach 861 megawatts annually and be valued at $1.5 billion, about 11 times its size in 2014.

Key findings from the report:
- The U.S. energy storage market grew 40% in 2014 after installing 61.9 MW
- 90% of storage capacity was in front of the meter
- Weighted average system prices were $2,064/kW in 2014
- The total energy storage market size in 2014 was $128 million
- GTM Research forecasts 220 MW of energy storage installations in 2015
- By 2019, the U.S. will be an 861 MW annual market, valued at $1.5 billion 





Wind energy was largest source of new electricity in 2014

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American wind power added significantly more new electricity than any other resource in 2014, according to U.S. Department of Energy data released late yesterday.

Wind power generated 4.4 percent of all the electricity in America in 2014 and maintained its position as the fifth largest electricity source in the U.S., according to the latest data from the U.S. Department of Energy’s (DOE) Energy Information Administration (EIA). Iowa led the nation by producing 28.5 percent of its electricity from wind power, followed by South Dakota at 25.3 percent and Kansas at 21.7. Wind energy provided more than 15 percent of electricity in a total of seven states, more than 10 percent in a total of nine states, and more than five percent in a total of 19 states.
All renewable energy sources including hydropower now deliver more than 13 percent of the nation’s electricity, with wind energy providing more than one-third of that total.

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“The U.S. is blessed with an abundant supply of wind energy. Pairing this homegrown resource with continued technology innovation has made the U.S. the home of the most productive wind turbines in the world,” said Emily Williams, Deputy Director of Industry Data and Analysis for AWEA. Analysis released last year found the U.S. is number one in the world in wind energy production.
“Having more clean, affordable wind power than ever is helping to keep the lights on for U.S. homes and businesses,” said Tom Kiernan, CEO of the American Wind Energy Association (AWEA). “We have an opportunity to have even more of the U.S. reliably powered by wind, resulting in more well-paying jobs, more benefits for consumers and cleaner air.” 
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Wind energy’s growth has been driven by technological improvements and cost declines that have reduced the cost of wind energy by more than half over the last five years, as documented by Lawrence Berkeley National Laboratory.
In 2014, wind provided enough electricity to power the equivalent of 16.7 million homes, or all the residential households in Iowa, Kansas, Minnesota, Nebraska, North Dakota, South Dakota, Colorado, Idaho, Illinois, and Montana. Once recently added U.S. wind projects have had a full year of production, total wind output will likely rise to powering the equivalent of 18 million homes.
Congress is currently faced with the decision to extend the Production Tax Credit (PTC), the primary federal tax incentive for wind energy. The PTC’s performance-based incentive is a primary reason why U.S. wind plants are more productive than those in other countries. Construction of new U.S. wind farms has driven an average of $12.2 billion a year in private investment over the last five years, and $100 billion since 2008. 
Texas broke into the top 10 states for percentage of the state’s electricity supplied by wind. The main Texas grid, the Electric Reliability Council of Texas (ERCOT), generated 10.6 percent of its electricity from wind in 2014. Texas continued to lead the U.S. with the most wind installed wind capacity, as well as the most electricity generated from wind energy - over 39 million megawatts-hours, enough to power more than 3.6 million homes. At times, wind energy has provided nearly 40 percent of the electricity on the main Texas grid, and over 60 percent of electricity on the main Colorado power system.
Texas, Iowa, California and Oklahoma all generated enough electricity to power more than 1 million homes.
The U.S. will tap into more of its wind power resources this year, and in years ahead, as the U.S. wind energy industry entered 2015 with a record of more than 13,000 MW of wind projects under construction. Construction activity is currently ongoing in 22 states.
Wind power is emerging as a critical solution for states and utilities to cost-effectively reduce pollution, which will help comply with pending EPA rules. In 2014, the U.S. wind fleet reduced carbon dioxide pollution by around 125 million metric tons, equivalent to 26 million cars worth of carbon emissions.
"Wind has more than tripled since 2008, it can double from where it is today to 10 percent by 2020, then double again to 20 percent by 2030, and become the leading source of electricity in the U.S. by 2050," said AWEA's Kiernan. "However, to get there Congress must provide wind with the same policy certainty it provides to other energy sources by rapidly extending the Production Tax Credit for as long as possible."
The DOE is expected to release a new report this month titled, “Wind Vision: A New Era for Wind Power in the United States,” that will show how the U.S. can reach those goals. In a 2010 study, the National Renewable Energy Laboratory reported that the U.S. has over 10 million megawatts of viable wind resource potential, enough to power the equivalent of the nation’s total electricity needs 10 times over.
As wind energy has grown to provide a larger share of our electricity mix, wind turbine technology has matured so that modern wind plants are able to provide the same grid reliability services as conventional generators, as documented in an AWEA report released last month.
American wind power now supports well-paying manufacturing jobs at over 500 manufacturing facilities in 43 states, and 50,000 well-paying jobs. Wind farms deliver over $180 million a year to landowners in lease payments, as over 98 percent of wind projects are located on private land.
You can access more information on wind generation data by going visiting AWEA’s state-level wind energy statistics online.



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