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Caverion to perform installation work at Loviisa nuclear plant in Finland

Caverion to perform installation work at Loviisa nuclear plant in Finland

Caverion has signed an agreement to perform installation work at Fortum’s Loviisa nuclear plant in Finland.

Under the agreement, Caverion will conduct installation work on the steel structures, pipelines and also electrical and automation systems in the cooling towers of the power plant.

Caverion, which will be responsible for the €2m project execution, will also provide the installation work for the four cooling towers of the Loviisa nuclear power plant in one total delivery, connecting the towers with the operational plant.

The work mainly includes the installation of steel frame structures, wall and roof insulations together with pipelines in the cooling towers, and carrying out the electrical and automation installations of the project.

Caverion and Fortum have also agreed on valve maintenance and mechanical installations for the next three years to the Loviisa nuclear power plant.

Caverion Industria project services vice president Ahti Nurkkala said, “We are very happy to have the opportunity to continue our long and successful cooperation with Fortum.”

The Loviisa nuclear power plant comprises two plant units, Loviisa 1 and Loviisa 2, and are capable of generating a combined eight terawatt-hours (TWh) of electricity annually    for the national grid.

The power plant was designed to meet the most developed Western safety standards while continuously improving safety and operability through major modification projects.

The installation work is scheduled to be completed by February 2015.

 

Posted in Business, Nuclear Energy0 Comments

Homebuilders, restaurants selling Clean Energy in Japan’s power market

Homebuilders, restaurants selling Clean Energy in Japan’s power market

Watami Co., a restaurant chain in Japan known best as a hangout for salarymen, is getting into the business of selling power — and it isn’t alone.

The number of companies registered to sell electricity in Japan has more than doubled to 274 from 106 in September, according to the latest Ministry of Economy, Trade and Industry data. The list includes everything from restaurants like Tokyo- based Watami to home builder Misawa Homes Co.

Some of the new entrants are taking advantage of above- market rates Japan began offering to producers of clean energy two years ago. The incentives, combined with the government’s promise to open the retail market to more players to spur innovation and competition, promise healthy returns for small- sized energy producers previously shut out of the market by Japan’s utilities.

The situation is like “the early days of the Internet when everyone from non-profit organizations to major companies became a provider,” said Tetsunari Iida, executive director of the Tokyo-based Institute for Sustainable Energy Policies. “There are vague expectations that there will be very big opportunities, though it isn’t clear what they are.”

The rush comes ahead of reforms that promise by 2016 to open up the nation’s electricity market for small and residential users, a market estimated by the government to be worth 7.5 trillion yen ($74 billion). Small users, in this case, are defined as electricity consumers with contracts below 50 kilowatts.

Monopoly System

Currently, Japan’s 10 utilities have effective monopoly over the segment, while the market for larger power users such as factories is already open to competition after the government partially liberalized the power retail market in 2000 and 2005. The new reforms, pushed through following the 2011 Fukushima disaster, will complete the opening of the retail market along with efforts to break up the monopolies.

The change, approved by Japan’s parliament in June, will allow new entrants to supply 84 million homes, small stores and offices, offering more options for power users in return.

Electricity prices in Japan, which relies on imports for most of its energy needs, are more than double those of the U.S. and also above levels in the U.K. and France, according to a trade ministry white paper published in June based on 2012 figures. Japan has had to rely more on fossil fuel imports since the shutting of its 48 operable nuclear reactors for safety checks since Fukushima.

Power Prices

“There will be a series of companies expected to enter the power retail market as large power companies raise prices and the market opening moves forward,” research company Teikoku Databank Ltd. said in a May 8 report on new entrants.

SoftBank Corp.’s energy unit and automakers Honda Motor Co. and Nissan Motor Co. are among the companies to have already registered as power retailers.

Watami, the restaurant chain, decided to enter the retail market earlier this year with an eye to eventually supply clean energy to its group facilities, said Kohei Koide, an official developing solar and wind projects for the company’s clean energy unit.

Panasonic Corp. and Epco Co., an energy-management company, set up a venture in January to sell solar power aggregated from residential rooftops. The venture wants to attract customers by offering to buy solar power from their rooftops at an attractive rate and giving energy-saving tips, Yoshiyuki Furukawa, a Panasonic official in charge of the project, said.

Risk Lowered

For power producers, the above-market rates for clean energy producers introduced in July 2012 lowers the risk of developing renewable projects and means companies have the scope to pursue business opportunities to find suppliers themselves, Iida said.

Some non-utility power companies are offering to buy solar power at a higher rate than that set by the government. They can do that because clean-energy buyers get reimbursed after the avoidable cost is deducted, allowing them to virtually source electricity at a rate cheaper than the wholesale rate.

Panasonic’s venture is offering to buy solar power 1 yen higher than the government-set tariff per kilowatt hour.

“Those who installed panels will be happy if we buy the power at a rate as high as possible,” Furukawa said. “Those without panels will also benefit because we sell the power we buy cheaper.”

Market Opportunities

So far, the market served by non-utility power companies is only slightly more than 4 percent of all generated power in Japan, according to government figures for the year through March 31. Some municipal governments are among the customers already buying power from the companies, known collectively as power producers and suppliers, or PPS.

While more and more companies are registering as power retailers, the number actually selling power stands at only 55 for now, according to trade ministry data for April. Some may exit the market as competition intensifies after the market’s opening is complete, Iida said.

For Panasonic, which supplies battery cells to Tesla Motors Inc., the goal isn’t to become a major power supplier, company executives say. Rather, the electronics maker wants to build a customer base ahead of the eventual sale of power storage systems to homes equipped with solar panels, Furukawa said.

Panasonic anticipates storage system prices will likely fall in the next 10 years at the same time energy prices rise, creating a bigger opportunity for development outside the traditional monopoly power model.

“We anticipate consumption of energy produced at home will significantly expand in ten years,” Furukawa said.

Posted in Business, Clean Tech0 Comments

Vikram Solar expands presence in Middle East and North Africa

Vikram Solar expands presence in Middle East and North Africa

Unidaan FZ LLC tapped to supply Vikram Solar solar products and services in ‘MENA’ region.

Vikram Solar recently entered into a distributorship agreement with Unidaan FZ LLC, to supply solar products and services in Middle East & North Africa Region. Unidaan and Vikram Solar will work hand in hand to further foster the development of EPC and solar business in MENA region.

Vikram Solar is an internationally acclaimed Tier 1 enterprise which specializes in manufacturing of photovoltaic solar modules and EPC contracts. Unidaan is a leading provider of reliable power generation equipment, spare parts and related services in Middle East Region, Europe and Asia.

“In line with our aim to deliver uncompromising value to our customers across the globe, the agreement with Unidaan is a landmark development,” said Mr Gyanesh Chaudhary, managing director, Vikram Solar. “We are delighted and confident that, with this association, we will offer the best services to the Middle East & North Africa markets the way we have done in the past.”

Mr. Prashant Mathur, president – international sales & strategic sourcing at Vikram Solar, cited Unidaan’s rich experience and regional know-how in the energy sector in UAE. He said the distributor is the ideal match to promote Vikram Solar’s products and services in the MENA region.

Posted in Business, Solar Energy0 Comments

MHI Vestas to supply V164-8.0MW offshore wind turbines in Denmark

MHI Vestas to supply V164-8.0MW offshore wind turbines in Denmark

MHI Vestas Offshore Wind (MVOW) has signed a conditional agreement with Skovgaard Invest and Energicenter Nord to supply four V164-8.0MW offshore wind turbines for the Velling Mærsk project in Western Denmark.

MVOW is a joint venture between Vestas Wind Systems (50%) and Mitsubishi Heavy Industries (50%).

The 0-series of the V164-8.0MW will be used by the Velling Mærsk project mainly to test the installation methods and operation and maintenance procedures of the turbine onshore before starting serial deliveries offshore.

MHI Vestas Offshore Wind CEO Jens Tommerup said Skovgaard Invest, Energicenter Nord and a number of local land owners have invested in the V164-8.0MW.

Tommerup said, “It’s a big milestone for the new joint venture and it sends a clear signal to the market that the development of the turbine is on track.

“The order for the first 0-series V164-8.0 MW turbines is a crucial step in the ramp up towards serial production. We will verify the performance, reliability and efficiency of the wind turbine before taking it offshore.

Not only has the region been the primary area for testing of Vestas turbines for the past 15 years, which includes the installation and testing of the V112-3.0 MW turbine – also together with Skovgaard Invest and Energicenter Nord, but also 75% of the wind park is planned to be sold off to local land owners and other local members of the community under the Danish VE (Renewable Energy) Agreement.”

With installation of the turbines scheduled to commence in mid-2015, the project includes a 20-year AOM 5000 service agreement with the first five years of operation being used for testing.

Posted in Business, Wind Energy0 Comments

Statnett selects ABB’s mobile GIS for 420kV transmission line in Norway

Statnett selects ABB’s mobile GIS for 420kV transmission line in Norway

ABB has been selected by Statnett to provide an integrated gas-insulated switchgear (GIS) for deployment in two substations in order to provide temporary power supply to Statnett’s new 420kV transmission line in northern Norway.

The new line, which is approximately 500km in length, has two sections that will run from Ofoten to Balsfjord, and from Balsfjord to Skaidi in Hammerfest.

Under the contract, ABB will design, construct and install two ELK-3, 420kV GIS in prefabricated housing during the expansion of two existing substations at Ofoten and Bardufoss.

The pre-assembled, trailer mounted and fully integrated switchgear units will provide reliable and flexible power aimed to meet the need for quick energisation during Statnett’s extensive grid expansions in the region.

Upon completion, the 420kV switchgear modules will be transferred to the Norwegian ’emergency reserve’ pool.

The expanded substations are part of Statnett’s investment program aimed to ensure the security of electricity supply in northern Norway.

The new 420kV transmission line is expected to secure a reliable power supply to address industrial growth and production of renewable energy such as wind and hydro in the region.

Norway intends to reduce its greenhouse gas emissions by 30%, and increase the renewable share of total energy consumption to67.5% by year 2020, which would be Europe’s highest renewable energy share.

The ideal solution for Statnett’s requirement for mobility and continuous substation operations, the integrated GIS can be transported between sites to supply and re-route power throughout the grid expansion project.

ABB is slated to deliver the units to the Ofoten and Bardufoss substations for energization in 2015.

Posted in Business, Renewable Energy0 Comments

Pattern Energy Group buys Panhandle wind project in US

Pattern Energy Group buys Panhandle wind project in US

Pattern Energy Group has completed the acquisition of 172MW of owned interest in the 218MW Panhandle 1 wind project from its former parent company, Pattern Energy Group LP (Pattern Development), for a total cash consideration of $124.4m.

The balance of the operational project has been bought by three institutional tax equity investors from Pattern Development.

Located in Carson County, Texas, Panhandle 1 features 118 General Electric 1.85MW wind turbines and Texas’ new competitive renewable energy zone (CREZ) transmission infrastructure, which connects to the state’s main power grid operator, Electric Reliability Council of Texas (ERCOT).

Pattern Energy president and CEO Mike Garland said the acquisition adds 16% to its operating capacity and marks Pattern Energy’s third project to successfully reach completion in 2014.

“We anticipate their extensive pipeline will create more opportunities that will help us meet or exceed our growth plans.”

“It is the second project we have acquired from Pattern Development that has gone into operation since our IPO – again demonstrating the value of that strategic partnership – and we anticipate their extensive pipeline will create more opportunities that will help us meet or exceed our growth plans,” Garland said.

The project’s output of approximately 77% will be transferred to with an A-/Baa2 credit-rated affiliate of Citibank, as part of a 13-year energy price hedge, while the remaining will be sold at ERCOT’s spot market prices.

The Panhandle 1 project, which created more than 275 construction jobs and 11 permanent operations and maintenance positions, is expected to generate clean, renewable electricity for up to 60,000 Texas homes annually without using any of the region’s limited water supplies, according to statistics from the US Energy Information Agency.

Posted in Business, Wind Energy0 Comments

PNM resource plan outlines replacing San Juan coal capacity

PNM resource plan outlines replacing San Juan coal capacity

PNM Resources unit Public Service Co. of New Mexico on July 1 filed its 2014 Integrated Resource Plan with the New Mexico Public Regulation Commission.

The plan covers a 20-year planning horizon and includes specific recommendations for the next four years. In addition, PNM’s resource plan is consistent with the company’s five-year capital investment plan, according to GenerationHub.

To create the plan, PNM said it analyzed thousands of potential energy resource combinations to identify the best possible mix of generation sources. PNM considered future changes in the cost and reliability of each resource mix over time. Based on the results of the analysis, the company expects to add significant renewable energy resources to its power portfolio in the coming years.

Since the previous Integrated Resource Plan filing in 2011, PNM has made a $269 million commitment to solar energy, will add more wind generation in 2015, is using energy from the state’s first geothermal plant and worked with the U.S. Environmental Protection Agency and the State of New Mexico to begin taking steps toward closing down two coal units at the San Juan Generating Station. These initiatives are consistent with PNM’s focus on maintaining a balanced fuels portfolio.

While it is unclear exactly how the EPA’s newly proposed carbon rules will affect PNM’s power sources in the future, the company said it considered carbon regulation in the modeling.

Highlights of the specific four-year elements of the PNM plan include:

·      Close two units of the coal-fired San Juan plant by 2018 to meet federal regional haze requirements, reduce greenhouse gas emissions and cut water usage. The company plans to replace the retired power by adding more solar and natural gas facilities and using energy from an existing nuclear plant.

·      Participate in developing New Mexico’s statewide plan to comply with newly proposed federal rules to reduce carbon emissions at existing power plants.

·      Create new energy-saving programs to meet the 2020 requirement of 658 gigawatt-hours saved. PNM is on track to meet a requirement of 411 gigawatt-hours of energy savings this year.

·      Monitor and evaluate emerging technologies, particularly battery storage, for use in the future.

The most cost-effective combination of resources to replace the San Juan capacity is:

·      Install 40 MW of new single axis tracking solar photovoltaic (solar PV) capacity. PNM needs additional Renewable Energy Certificates (RECs) to meet the New Mexico Renewable Portfolio Standard (RPS) in 2016. The additional solar PV capacity will provide the required RECs and also is an element of the most cost-effective portfolio identified in the IRP. PNM filed for approval of this resource on June 2.

·      Receive commission approval to make PNM’s 134 MW ownership in Unit 3 of the Palo Verde Nuclear Generating Station (Palo Verde) as a jurisdictional resource to serve PNM’s retail customers prior to 2018. This resource is a component of the most cost-effective replacement portfolio and its addition to PNM’s jurisdictional portfolio decreases CO2 emission rates. PNM filed for approval to make this plant a jurisdictional resource in December 2013.

·      Install additional gas peaking capacity prior to the 2018 summer peak as part of the most cost-effective replacement portfolio identified in the IRP process. Additional gas peaking capacity is necessary for system reliability, with a solicitation for this capacity to be issued within the next nine months so it can be on-line by the summer of 2018.

The San Juan Generating Station (SJGS) consists of four units. PNM has an overall ownership share of 783 MW. SJGS is located in Waterflow, New Mexico, near Farmington. PNM is the majority owner of the plant as well as the plant operator. PNM’s ownership share of Unit 3 represents its largest single resource (248 MW). SJGS is PNM’s primary source of baseload generation. The plan is to shut Units 2 and 3 by the end of 2017 and to retrofit Units 1 and 4 with needed NOx controls.

The Four Corners plant in Fruitland, N.M., consists of two coal-fired units (Units 4 and 5) that are operated by Arizona Public Service (APS). PNM’s 13 percent share of these units amounts to a total of 200 MW of baseload capacity. The coal supply for Four Corners has been supplied by the adjacent surface mine through a contract with BHP Navajo Coal Co. PNM assumes that the Four Corners plant is an available resource that can meet loads through the 2033 timeframe.

PNM Resources is an energy holding company based in Albuquerque, N.M. Through its regulated utilities PNM Resources has about 2,572 MW of generation capacity and serves electricity to more than 746,000 homes and businesses in New Mexico and Texas.

Posted in Business0 Comments

UK invests £300m in independent renewables in 2013

UK invests £300m in independent renewables in 2013

The number of renewable energy projects in the UK has soared by 40% with almost £300m invested in commercial-scale, independent schemes last year.

Figures compiled by SmartestEnergy for this year’s Energy Entrepreneurs Report show that there are now 2,930 renewable energy projects of over 50kW capacity now in operation, independent of the Big Six energy firms.

The report shows 843 new projects came on supply in 2013 with an average cost of £353,000. The 40.4% increase in project numbers represents a 31.9% increase in capacity compared with last year’s Energy Entrepreneurs Report.

SmartestEnergy’s head of generation Iain Robertson said the report highlighted the growing economic contribution of the independent energy sector. “This year’s report really underlines just how important the independent renewables sector is becoming and the scale of investment being made by energy entrepreneurs,” he said.

“More than £1m was invested every working day in 2013 and the 843 new projects commissioned are now having a direct impact on the businesses, communities, landowners and developers behind them. Faced with steep rises in energy costs and concerns over security of supply, investing in renewable energy projects is a highly cost-effective way to save money and develop a new income stream.”

Community projects

Onshore wind represented the largest share of energy generation with 45% but the UK’s independent solar capacity was shown to have grown by a massive 150%. This comes after controversial plans by the government to cut financial support to large-scale solar farms. As reported by edie in May, the Department for Energy and Climate Change revealed plans to close the Renewables Obligation scheme as of April 2015 for solar farms with over 5MW capacity.

Independent energy projects by businesses, communities, farmers and landowners now represent a combined capacity of more than 6.2GW. The number of community owned projects grew by 29% and the farming sector saw the largest increases with project numbers up by 80%.

According to SmartestEnergy, the energy generated by independent projects is now enough to power 4.67m households, up 19% on 2012. Such projects are now capable of generating £997m worth of energy each year.

Analysis carried out by PwC reveals that £29.8bn was invested in all UK renewables between 2010 and 2013 including renewable electricity, renewable heat and renewable transport fuel production. £64.4bn is expected to be invested in renewables by 2020 in order to achieve Government projections for renewables.

Posted in Business, Renewable Energy0 Comments

Alstom signs its first wind contract in Poland

Alstom signs its first wind contract in Poland

Wind turbine supply deal with PGE Energia Odnawialna S.A., worth approximately €80 million.

Under the terms of the deal, Alstom will supply 30 ECO110 wind turbines for the Lotnisko 90MW wind farm, which will be based in Kopaniewo. With a total output of 90MW and scheduled for commissioning at the end of 2015, Lotnisko is one of the largest project in the Polish wind power industry and the first wind power project implemented by Alstom in Poland.

The scope of the contract covers the project management, supply, erection and commissioning of 30 Alstom ECO110 3 MW wind turbines1 equipped with a 110 m diameter rotor, a 90 meter high steel tower, and a SCADA  remote control system. Alstom will also provide turbines operation and maintenance for two years.

“A contract for 30 wind turbines delivery opens a new range in a long-term co-operation between our companies,” said Mr Krzysztof Muller, investments department director, PGE Energia Odnawialna S.A. “We are convinced that Alstom competences in Poland in the conventional energy sector, combined with the proven technology represented by ECO110 turbines, will translate into an efficient execution of the contract and guarantee Alstom a successful debut on the Polish wind market.”

Lotnisko is part of PGE strategy to reach at least 234 MW of power from wind farms by 2016.

Posted in Business, Wind Energy0 Comments

Gamesa to supply G97-2.0MW turbines for 50MW wind farm in Uruguay

Gamesa to supply G97-2.0MW turbines for 50MW wind farm in Uruguay

Gamesa has reached an agreement to support the construction of a 50MW wind farm located in the Department of Flores in Uruguay, for Astidey.

Under the terms of the agreement, Gamesa will supply, transport, install and commission 25 G97-2.0MW turbines at the Talas de Maciel I wind farm.

Gamesa will also operate and maintain the facility for 20 years while the turbines are scheduled to be delivered over the course of 2014.

Expected to be fully commissioned by mid next year, the project financing is sponsored by the Export-Import (Ex-Im) Bank of the US.

Gamesa has installed 100MW in Uruguay to date, and with the new contract, the company will supply another 150MW.

Gamesa also installed more than 1,900MW of turbines in other Latin American markets, including Mexico, Honduras, Argentina and Costa Rica.

The G97-2.0MW turbines are most versatile on the market, with five different rotors (G80-2.0MW, G87-2.0MW, G90-2.0MW, G97-2.0MW, G114-2.0MW y G114-2.5MW), tower heights ranging from 60m to 125m and environmental alternatives to enable installation at even the most complex sites.

The Gamesa G97-2.0 MW wind turbine features low power density and contributes towards one of the company’s top priorities, which include significantly cutting the cost of energy (CoE) of Gamesa’s low and medium wind speed products.

Posted in Business, Wind Energy0 Comments

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