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Toshiba to supply equipment for Sarulla geothermal power plant in Indonesia

Toshiba to supply equipment for Sarulla geothermal power plant in Indonesia

Sarulla Operations has awarded a contract to Toshiba to supply equipment for the Sarulla geothermal power plant in Indonesia.

Under the contract, Toshiba will supply three 60MW geothermal steam turbines and generators (STG) to the plant, which is claimed to be one of the world’s largest geothermal power plants.

The Sarulla geothermal power plant project is now under construction in Tapanali Utara in Indonesia’s North Sumatra.

Sarulla Operations is a four-company consortium of Itochu Corporation and Kyushu Electric Power of Japan, PT Medco Power Indonesia of Indonesia, and ORMAT International of the US.

Hyundai Engineering and Construction (HDEC) is the engineering, procurement and construction (EPC) contractor for the project.

Toshiba will begin shipments of STGs to HDEC in July 2015.

To be scheduled to start operation in November 2016, the plant’s production will account for approximately 1% of Indonesia’s total power generation.

Indonesia has the world’s second largest geothermal resources, a potential generating capacity of 28,000MW, but installed capacity to date is a low 1,300MW.

With growth driving demand and shortfalls in supply, the Indonesian Government is promoting geothermal power as a means to raise generating capacity and reduce reliance on oil, where demand outstripped local production in 2004.

Government plans include IPP projects with a capacity of 12,000MW by 2025, which the Japanese Government is supporting through its yen loan programme.

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EU funds €300m for White Rose carbon capture project in UK

EU funds €300m for White Rose carbon capture project in UK

The European Commission (EU) has awarded €300m funding for a carbon storage project located at the UK’s largest coal-fired power station, the Drax plant in Yorkshire.

Europe’s first carbon capture and storage (CCS) projects, the White Rose project, will provide clean electricity to more than 630,000 homes while supporting up to 2,000 jobs.

In addition to capturing around 90% of its carbon dioxide emissions, the plant is expected to safely store two million tonnes of carbon dioxide annually under the North Sea seabed.

Energy and Climate Change Secretary Edward Davey said the White Rose CCS project will create thousands of green, local jobs and make a real difference to cutting carbon emissions.

“The UK is at the forefront of developing carbon capture and storage, with excellent potential for storage in the North and Irish Seas, and the expertise in operating offshore to make it a reality,” Davey said.

“And as a world leader in the technology, as carbon capture and storage is commercialised, Britain will be in first place to export this knowledge to a decarbonising global economy.”

Being developed by a consortium of Alstom, BOC, Drax and National Grid, the White Rose project involves construction of a new state-of-the-art clean coal power plant with a large CO2 transport and storage network.

TUC General Secretary Frances O’Grady said: “The White Rose carbon capture project will massively reduce emissions in the region and hopefully pave the way for low-carbon industrial zones in other parts of the country.”

Clean power plants with CCS are estimated to provide more than 20% of the UK’s electricity by 2050

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Big step up for UK wave and tidal energy ambitions

Big step up for UK wave and tidal energy ambitions

The Crown Estate, manager of the UK seabed, announced today that it has agreed seabed rights for six new wave and tidal current demonstration zones, which will enable locally-based organisations to manage and sub-let parts of the seabed to a range of wave and tidal stream developers.
There are also five new wave and tidal current sites, each with the potential to deliver a project of between 10 and 30 MW.
Rob Hastings, director of energy and Infrastructure at The Crown Estate said: “By providing these additional seabed rights we are pleased to be enabling further technology development and commercialisation, which will be critical if the UK is to unlock its significant natural resources for wave and tidal current energy.”
The locations for the demonstration zones and project sites include three off the coast of England, four off the coast of Scotland, one in Northern Ireland and three off the coast of Wales.
UIK energy minister Greg Barker said: “Today’s announcement is a great step for the development of wave and tidal stream industries. Wave and tidal stream are growing green, clean energy sources which have the potential to sustain thousands of jobs in a sector worth, from exports alone, a possible £4bn per annum by 2050.
“The UK is already a world leader in wave and tidal stream energy. Today’s news will help the UK ensure these sectors reach their full potential in our country’s future energy mix”
The Crown Estate launched the wave and tidal current leasing process in October 2013 and these new demonstration zones are in areas specially chosen for their suitability for test and demonstration activities.
Lindsay Leask, of Scottish Renewables, said: “This announcement reinforces, yet again, the massive wave and tidal energy potential Scotland has. With the right level of support, Scotland can solidify its position as a world-leader in marine energy development and take advantage of the vast economic benefits that could accompany this.”

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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.

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Irish solar energy group raises over €900,000 through crowdfunding

Irish solar energy group raises over €900,000 through crowdfunding

BNRG Renewables, an Irish-based solar energy group, has raised €918,000 to re-finance two solar farms in Kent powering 82homes using the power of online crowdfunding.

The two 249kW sites in the UK, known as BNRG Gorse, have over 540 investors each expecting inflation linked returns of 7.35pc with BNRG funding the projects initially off balance sheet and now re-financed by way of crowdfunding using the site Abundance.

While BNRG have previously funded one of their solar developments through Abundance, BNRG Gorse is their first project in which Irish resident investors (as well as those throughout the European Economic Area) could invest as well.

The company have heralded the growing success of crowdfunding as a legitimate model of raising funding for a business by allowing them to source funds cheaply from a larger group of people, some of whom may have only very modest sums to invest.

The minimum investment for the project was just €6.29 which can be held for as long as 20 years and BNRG’s founder, David Maguire, believes they will continue to use it for some of their future projects: ““While our core business is in larger utility scale projects of which we have developed and constructed over €150m worth of assets, we have developed a number of commercial scale projects and crowdfunding is a great solution for these smaller renewable projects. It feels fantastic to be playing a wider part in a sustainable economy, not only offering clean power but good investments directly to the public.

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Californian bill aims to improve clean energy infrastructure.

Californian bill aims to improve clean energy infrastructure.

The Governor of the State of California Jerry Brown has signed a wide-ranging bill aimed at improving the state’s clean energy infrastructure.

The Public/Natural Resources trailer bill came into law this week and Senate Bill 861 is designed to add impetus to the California state government’s pioneering energy storage initiatives, which extend down from utility-scale energy storage mandates to incentives for small- and medium-sized companies to deploy intelligent solutions.

The bill enables annual funding of $83 million of California’s Self-Generation Incentive Program (SGIP), allocating a total $415 million in state funds to assure its operation through 2019. Run by the California Public Utilities Commission (CPUC), SGIP provides “rebates for qualifying distributed energy systems installed on the customer-side of the utility meter.”

In addition to wind turbines, waste heat-to-power systems, pressure reduction turbines, internal combustion engines, micro turbines and fuel cells, qualifying SGIP technologies also include advanced energy storage systems.

The SGIP now plays a key role in realizing the goals set out in California’s Assembly Bill 2514 (AB 2514), “landmark legislation that will create a smarter, cleaner electric grid, increase the use of renewable energy, save Californians money by avoiding costly new power plants, and reduce greenhouse gas emissions and other harmful air pollutants through the use of energy storage technologies by utility companies.”

Whereas AB 2514 focuses on the energy storage at utility scale, SGIP is focused on fostering adoption of distributed energy systems, including intelligent energy storage solutions.

SGIP received more rebate requests for energy storage systems ($53 million or 34 percent of the total) than any other eligible distributed energy technology over the course of 2012, according to CPUC’s latest, publicly released SGIP Budget Review. SGIP requests for combined heat-and-power (CHP) fuel cells followed a close second with $52 million (33 percent of total SGIP requests).

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Cylon Controls receives €7m from ESB’s clean-tech fund Novusmodus

Cylon Controls receives €7m from ESB’s clean-tech fund Novusmodus

The ESB is to invest €7m in Dublin-based building energy management company Cylon Controls as part of its clean-tech and resource efficiency fund, Novusmodus.

Cylon Controls is one of the largest independent building control providers in Europe, with offices in Asia, the Middle East and the US. The company’s services have recently been selected for Terminal 2 at Dublin Airport, Google’s European head office in Dublin, and 20 Fenchurch Street (the Walkie Talkie building) in London.

In line with the ESB’s future strategy, the Novusmodus fund provides growth capital and management support to operating companies across the renewable energy and energy efficiency/resource efficiency sectors.

Cylon Controls is to use the funds to acquire US-based company American Auto-Matrix, which will provide the company with access to international markets.

“We are delighted with the investment from ESB Novusmodus and the support from Greencoat Capital, who have shown themselves more than capable of growing Irish technology companies. With their strategic council and financial support, we are very excited about the next chapter in Cylon’s development,” said Seán Giblin, CEO of Cylon Controls.

Likewise, ESB’s chief executive Pat O’Doherty believes Cylon Controls is a worthy recipient of the fund.

“Cylon is perfectly placed to take advantage of some significant structural trends, whereby occupiers of commercial buildings are becoming more and more sophisticated in the way they manage their considerable energy and resource requirements,” O’Doherty said.

“Ireland continues to produce world-class clean-tech companies, and we are excited to help take them to the global stage. Cylon has an exceptional management team, and we look forward to continuing to support them as they build on their international success.”

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New power rates take effect for Spain’s clean energy plants

New power rates take effect for Spain’s clean energy plants

Spain set new rates for electricity suppliers that use renewable sources, waste and co-generation based on a “reasonable return,” formally ending a subsidy system dating to the 1990s that had spun out of control.

The Industry Ministry today published the new formulas and tables to be used for generators ranging from wind turbines to solar collectors and waste incinerators in a 1,761-page regulation that takes effect tomorrow. The new return is based on a host of factors, including the cost of investment and the 10-year Spanish government bond yield in the secondary market.

Spain became a world leader in clean-energy, spurring projects by awarding more than 50 billion euros ($68 billion) in subsidies in the last 25 years. At the same time it failed to secure all the money needed to fund the incentives, which accelerated and in 2013 totaled about 9 billion euros.

The system, modeled on Germany’s in the 1990s and paid for mostly by consumers, was increasingly attacked as an unacceptable burden by traditional utilities, some consumer groups and the government. A series of new laws dismantled much of it, aiming “to achieve an economic and financial stability of the electric system and avoid the incorporation of new costs,” the government said in today’s regulation.

While incentives were guaranteed to plant owners for 20 years or longer, the system failed to ensure the government would set prices, or tariffs, paid by consumers at high enough levels to fund the subsidies. That created a soaring “tariff deficit” — a debt carried temporarily by traditional power distributors and securitized in chunks to private investors.

One legacy is that Spain, like almost no other country, can supply more than half of electricity demand from clean sources during stretches of the day that are sunny and windy.

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Véolia Propreté launches landfill gas power plant in France

Véolia Propreté launches landfill gas power plant in France

French waste management and services company Véolia Propreté, Dalkia and Clarke Energy have launched the new Electr’od landfill gas-powered cogeneration plant in Plessis-Gassot, France.

The 17.3MW landfill gas-fueled power plant comprises ten GE Distributed Power-built ecomagination-qualified Jenbacher gas engines to generate renewable electricity and heat for residents and businesses.

Developed by Véolia in cooperation with Dalkia and Clarke Energy, the facility will replace a smaller, less efficient steam turbine-boiler system.

In order to generate enough renewable electricity to power more than 41,000 French homes (excluding heating), the new cogeneration plant makes use of landfill’s methane-rich biogas.

For use by residents and businesses throughout France, the electricity generated will be sold to Électricité Réseau Distribution France (ERDF).

In addition to this, the cogeneration facility produces 30,000 MWh/year of thermal energy, whichis equivalent to the amount consumed by an estimated 2,850 homes.

This project demonstrates how our fuel-flexible Jenbacher gas engines can provide more power with increased efficiency.”

Véolia Propreté managing director Bernard Harambillet said that the newly commissioned and upgraded landfill gas power plant will provide renewable power to the French electricity network.

“We selected Clarke Energy and GE’s Jenbacher gas engines for this project due to their experience in offering increased efficiency and a reliable supply of renewable energy,” Harambillet said.

The new plant also features ten Jenbacher units, including four 2.7MW J620 gas engines, five containerised 1.1MW J416s and one containerised 1MW J320.

GE Power & Water’s Distributed Power gas engines general manager Karl Wetzlmayer said, “As the largest landfill gas power plant in France and the first installation of our Type 6 technology for landfills in France, this project demonstrates how our fuel-flexible Jenbacher gas engines can provide more power with increased efficiency.”

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Alstom-Saft consortium to develop energy storage battery system for EDF

Alstom-Saft consortium to develop energy storage battery system for EDF

A consortium of Alstom and Saft have been awarded a contract by EDF group to provide an initial energy storage system.

The consortium will contribute to the EDF’s demonstration on a megawatt scale for frequency regulation using a lithium-ion battery storage system.

Under the contract, the Alstom-Saft consortium will develop 1MW/30min energy storage and conversion system, using a container of Lithium-ion (Li-ion) batteries, capable of regulating the frequency of the grid.

Saft’s Intensium Max 20M storage system and Alstom’s MaxSine eStorage solution wil be integrated and installed on EDF R&D’s experimental Concept Grid, designed for the development of grids and smart electrical systems.

Alstom Grid senior vice-president of smart grid & HVDC Patrick Plas said the battery energy storage system is part of the Nouvelle France Industrielle project, which was launched by the French government in 2013.

“At the cutting edge of smart grid and power transportation infrastructure optimisation technologies, Alstom Grid is contributing its technological expertise to the excellence of the French and European energy industry,” Plas said.

Located on the EDF site of Les Renardières in the south of Paris (Seine-et-Marne region), the storage system and the power converter will be delivered in late 2014.

Saft energy storage activity director François Bouchon said: “With our international experience in the integration of renewable energies especially for networks in the Paris area, this innovative experiment will demonstrate the added value of a battery storage system and the performance of Li-ion technology in this promising sector.”

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