VIVINT SOLAR, A LEADING PROVIDER OF RESIDENTIAL SOLAR SYSTEMS IN THE UNITED STATES ANNOUNCED TODAY THAT ITS SOLMETRIC TEAM WILL BE FULLY INTEGRATED INTO THE VIVINT SOLAR OPERATING STRUCTURE AND BE KNOWN AS VIVINT SOLAR LABS. THE NEW RESEARCH AND DEVELOPMENT TEAM WILL FOCUS ON PROPRIETARY PHOTOVOLTAIC INSTALLATION INSTRUMENTS AND SOFTWARE.
Having reached the end of the product lifecycle, the Solmetric SunEye 210 and its line of products - including PV Designer, Solmetric Shade Training and the SunEye Extension Platform - will no longer be available. PV Analyzer will continue to be available.
"We are pleased with the integration of the Solmetric team of engineers and staff into Vivint Solar Labs," said Greg Butterfield, CEO of Vivint Solar. "We look forward to further development of advanced photovoltaic installation technology that will significantly reduce our cost per watt and expedite solar installations for our customers."
Vivint Solar acquired Solmetric Corporation in January 2014. Vivint Solar is the second largest installer of solar energy systems to the U.S. residential market with approximately 16 percent market share in the third quarter of 2014, according to GTM Research. In 2014, the company established 23 new sales and installation offices to its 16 previously existing offices. The company plans to expand further in 2015.
Source: green-power-project.blogspot.com
Cellphone chargers have gone green because they use a minimal amount of energy. There are so many new solar technologies available in the electronic device industry. Smartphones use a fraction of the energy that older cellphones use. They are also more affordable today than they were when they first came out. Netbooks and tablets offer longer battery life than traditional laptops. Solar energy has found its way into the home improvement industry. You can buy solar lights to illuminate your home without costing you more for energy. These lights can also be decorative as well as improve your level of home security. Solar energy is being installed in homes throughout the country. Although the initial costs are high, you will not have a monthly energy bill once your system is paid off. There are also a variety of incentives from energy providers and government agencies that will offset these costs. Figure out how long it will take for you to see a return on your initial investment. Most homeowners pay off their solar systems within a few years and reap the benefits early. You can finance your solar panels and have them paid off within five years. A green home is a home that doesn't rely on electricity for power.You thought this was good? Brace yourself: Nivea: Solar Ad Charger
Source: green-power-project.blogspot.com
In insistence you missed it.....HOW THE Totally USES Verdant LAW TO Kill AMERICAN JOBSNo, that was not the perception of the existing New York Grow old article about the Indicate Loop offshore wind project. But it have to hold been. Yarn Op Ed January 25, 2014 - 1:00pm U.S. lacks a corpulent, tranquil offshore wind industry."Tidy GROUPS USE Verdant Legal action TO Kill AMERICAN JOBS. "By Lew Milford, Person in command of Out-and-out Supremacy Have fun.No, that was not the perception of the existing "New York Grow old" article about the Indicate Loop offshore wind project. But it have to hold been.The article lifelike the meager story of how a saloon contractor, Flock Basin, unhappy out on a big welding job for the Indicate Loop project to European offshore contractors.Why? Like the European bids were cheaper.And why is that? Like the U.S. lacks a corpulent and tranquil offshore wind industry. It has not had the path to build up to scale to pursuit in opposition to the Europeans who hold been building projects for two decades.But why is that? That is where the glasses case in opposition to the Indicate Loop project have to hold a played a haughty part in the story.Matter DON'T GO In good health By KOCHFor the last decade, Take effect Koch, the prominent billionaire, has funded glasses case to ruin the Indicate Loop project, what he doesn't requirement to see it from his Indicate Cod terrace. Whether he very desires to appear off renewable power what his plethora comes from fossil fuels is next to opposed to the trip.And what cook of glasses case strategies is the narrow-minded Mr. Koch pursuing? In particular the cook of lawful strategies that the narrow-minded actual complains about the same as environmentalists use them to shield the environment.In Koch's topical unsuccessful obstacle to use new law to ambush the project, the central appeals mall in Washington rejected his attempts to sue the FAA, which via the project would not be inquisitive with depot radar. The insistence relied in part on using NEPA, the nation's elemental new swift law, to try to upset the central approval.Offer is a connection here between the pour blood of American jobs and the conservatives' use of new glasses case to meaning eagerly private, not native, interests.While IF...If the Indicate Loop offshore wind project had not been said up for a decade by squandered glasses case, pompous companies nearing Flock Basin would hold had a travel to dawn service, easiness costs, and pursuit in opposition to their European counterparts for Indicate Loop and other offshore wind projects. Offer constrain be an budding offshore wind industry with ruthless U.S. suppliers exultant bids reasonably than gulp down them.The everlasting glasses case is not the barely justification for that failure, but it has to pinch a few of the rebuke.So the future stop get down on the actual falsely decries environmentalists for slaughter American jobs upfront lawsuits, ask them to tolerate why their links in Massachusetts are feign the incredibly bee in your bonnet.This article is reprinted with the author's entrance. It very appeared in the Huffington Ship's mast.""Out-and-out Supremacy Have fun is a improve on nonprofit advocacy organization vigorous in the U.S. and internationally on sophisticated clean energy technology, finance, and policy programs.""Founded in 1998, CEG is headquartered in Montpelier, Vermont, with position based in Washington, D.C. and Philadelphia. In 2002, CEG formed and now manages a part, countrywide nonprofit fusion of state-based, U.S. native clean energy funds- Out-and-out Supremacy States Union. CEG has sooner than serverd as the Secretariat for the UNEP Sustainable Supremacy Savings account Union, the barely convening stem in the sophisticated system for native finance agencies in the clean energy sector.""Out-and-out Supremacy Have fun is supported by elemental foundations, as kindly as state, central and sophisticated energy agencies." Connected Content: Aggression Indicate Loop 1 MILLION AT A TIMECOOL Prepare OR HOT AIR: THE Store FOR Indicate WINDEVERYTHING YOU Inevitability TO Experience Present Take effect KOCH...KOCH, MURDOCH, ON 10 Best BILLIONAIRES Agenda HTTP://WWW.CAPECODTODAY.COM/ARTICLE/2014/01/25/23750-HOW-RIGHT-USES-ENVIRONMENTAL-LAW-KILL-AMERICAN-JOBS
"- by Terry Maxon, December 31, 2014, Dallas Morning News" Southwest Airlines announced Wednesday that it plans to buy some biofuels made from waste wood, for use in its San Francisco Bay airports beginning in two years. To use Southwest's phrasing, it is purchasing "low carbon renewable jet fuel, made using forest residues that will help reduce the risk of destructive wildfires in the Western United States." It has agreed to buy about 3 million gallons a year from Red Rocks Biofuels, a Fort Collins, Colorado, that focused on recycling that foresty stuff. That won't provide much of Southwest's needs. he Dallas carrier in 2013 bought 1,818 million gallons, so 3 million gallons would represent 0.2 percent of its needs or about 60 percent of an average day's usage. But it might make a noticeable portion of the fuel needs at Southwest's Bay airports - San Francisco, Oakland and San Jose - where the fuel will be delivered beginning in 2016. "Our commitment to sustainability and efficient operations led us on a search for a viable biofuel that uses a sustainable feedstock with a high rate of success," said Bill Tiffany, Southwest's vice president of supply chain. "Red Rock Biofuel's technology, economics and approved use made entering into an agreement for purchase a win-win situation," he said. "From the outset, we have sought to build the best possible team of project partners," Red Rock CEO Terry Kulesa said. "A conversation we started with Southwest on the premise of providing renewable jet fuel at cost parity with conventional jet fuel has evolved into a great partnership. "We're happy to help Southwest diversify its fuel supply,"Kulesa said. According to the announcement, "RRB's first plant will convert approximately 140,000 dry tons of woody biomass feedstock into at least 12 million gallons per year of renewable jet, diesel, and naphtha fuels." How can you turn humus, plant duff and twigs into fuel to fly a commercial airplane? Here's Red Rock's explanation from its website: "RRB's technology platform converts woody biomass to jet, diesel, and naphtha fuels. Our process begins with the gasification of woody biomass to produce synthesis gas. "This synthesis gas is cleaned and sent to a Fischer-Tropsch unit where it is converted to liquid hydrocarbons. "Hydroprocessing refines the liquid hydrocarbons to produce jet, diesel and naptha fuels." Red Rock has received a 70 million grant from the U.S. Department of Energy to build a "biorefinery" at Lakeview, Oregon, near the intersection of California, Nevada and Oregon and close to Fremont National Forest. Tags: southwest airlinesBiomassbioenergybiofuelsbiofuelrenewable energybiodieselusda
Origin: cleanpowerlife.blogspot.com
Indiana Schools Install Wind Turbines With Help From NativeEnergyPROJECT POWERS SCHOOL BUILDINGS AND AND CUTS GREENHOUSE GAS POLLUTIONPRESS RELEASEWednesday, September 5, 2012 - 10:00am(3BL Media) Burlington, VT - September 5, 2012 - "Native"Energy, a leading provider of carbon credits, is offering carbon offsets from a trio of wind turbines serving Indiana school districts. By harnessing a natural resource, this project powers school buildings, saves money and teachers' jobs, and provides hands-on renewable energy training for young people."Our customers enthusiastically support community wind projects," said Jeff Bernicke, "Native"Energy's president. "We now have 29 successful wind developments in our portfolio of carbon projects."The Northwestern (Kokomo), West Central (Francesville), and North Newton (Morocco) School Corporations have each installed 900kW PowerWind turbines on their school campuses. Each district owns its turbine and will take advantage of the net metering incentive offered through the local electric utility company. The project is being developed by Performance Services of Indianapolis."Every dollar we save on energy costs and earn from carbon offsets is a dollar we can spend in the classroom," said Harold Seamon, Northwestern assistant superintendent.Each turbine is projected to produce 2,400 megawatt hours annually. They are expected to save school corporations millions of dollars over the 20+ year life of the turbines, helping the districts retain critical programs at a time when school budgets are dwindling. While the savings are significant over time, the initial cost for each turbine was prohibitive. "Native"Energy's Help BuildTM approach, which provides early funding for carbon credits, was essential in making the economics of the project workable.Previously, "Native"Energy's Help BuildTM model was used to enable the development of the Wray, Colorado, school district turbine in 2006 and the City of Union City and Randolph Eastern School Corporation turbines in Indiana in 2011. The Union City project was also developed by Performance Services.Speaking of the partnership, Tony Kuykendall of Performance Services said, "School wind projects offer a constellation of benefits- lower cost to schools, clean energy, real-world educational opportunities. At Performance Systems, we're proud of our record in advancing community projects, and we're glad we've found a partner in "Native"Energy who can help us succeed more quickly in more towns."The rewards to the schools and communities are not just financial. K-12 renewable energy curriculum-which integrates live and historical data from the turbines-will be offered at every school. In addition, Northwestern is discussing the offering of dual credit classes in conjunction with Indiana University at Kokomo and Ivy Tech Community College. At North Newton, credit from the high school's renewable energy coursework will be earned through Purdue University and transferable to any state university in Indiana. Credit will also be available at West Central. "This is the first wind turbine in our county. The community is very excited about it," said Chuck Mellon, West Central superintendent, with a chuckle. "If the turbines aren't turning on a certain day, I hear about it!"SOURCE: 3BL MEDIA (HTTP://3BLMEDIA.COM/THECSRFEED/INDIANA-SCHOOLS-INSTALL-WIND-TURBINES-HELP-NATIVEENERGY)
Some people like to suggest that it's impossible for individuals to make a difference, when it comes to protecting the environment. They like to argue that it's up to governments and corporations to make the real decisions.Frankly, I've always found this argument to be a little too convenient. It's a great way of passing the buck and ignoring our own responsibilities. It's certainly true that governments, businesses and other organisations do have the potential to make a significant impact in many areas. They can certainly help us all to deal with climate change.But every individual and every household possesses the ability to reduce the reliance on fossil fuels that is causing so much harm. Before this starts to sound like something of a lecture, I should also point out that I believe that there are significant financial benefits associated with tackling this problem.In other words, I believe that it's possible to do something that's good for the environment and also good for family finances.REDUCING THE RELIANCE ON FOSSIL FUELSYou may not be able to control the fuels that are being burned at your nearest power station, but you certainly are in a position to use less of them. In fact, you may be able to put yourself in a position where you become a net contributor to the country's energy needs.There are a variety of ways for achieving this, including making use of renewable energy systems. Solar panels, biomass boilers and air source heat pumps might all be part of the solution for your home.Some governments even offer financial incentives for installing such systems, as detailed by websites like MrRenewables.co.uk. By making use of such incentives, you may find that you can use less energy and also generate an additional income.LOSING LESS HEATAs things stand, it's likely that you are paying for heat and light that is actually being wasted. In effect, that means that you are wasting money, as well as energy.It's likely that a considerable amount of heat is being lost via windows, doors, walls and ceilings within your home. Fortunately, there are a number of cost-effective home improvements that you could consider.From cavity wall insulation to the use of modern double glazing, you'll discover that such improvements can reduce heat loss. Indeed, double glazing may also reduce levels of noise disturbance.I'm fond of this idea of making improvements that are good for the wider environment, but that also make sense in other areas. If that means ending up with a home that looks better, or that simply costs you less money to heat and maintain, then it seems to me that this can only be a good thing.Before leaping to the conclusion that there is nothing that you can do to protect the planet from climate change, think about whether you have really investigated your options in full. It's likely that there are more possibilities than you imagine.AUTHOR BIOKeith Barrett believes that we can all do a little more to protect the environment. He writes about green issues, as well as a range of other subjects.
2012
12.04.12 PSCW Decisions "Tax" Renewable Energy
11.08.12 The Real Meaning of Kewaunee's Demise
08.16.12 Natural Gas: Wrestling with Reality
2011
07.11.11 Wisconsin's Widening War on Renewables
2010
11.10.10 Shirley Wind: An Auspicious Debut for Emerging Energies
09.30.10 Meet Butler Ridge, Wisconsin's Newest Wind Project
09.27.10 Touring This Year's Renewable Energy Crop
07.12.10 The Oil Spill and You
05.05.10 Impressions of Wind Siting Council's Tour of Wind Development in Fond du Lac County
05.04.10 A Cruel Month for Renewable Energy
04.15.10 Legislators Fire Blanks at Clean Energy Jobs Act
04.07.10 Costs of Coal Plants Keep Going Up
02.22.10 Of Molehills and Renewable Energy Purchases
02.17.10 Clearing Up Wisconsin's Lakes With Clean Energy
02.12.10 Letter to Sen. Miller & Rep. Black on rate impacts of ARTs
2009
12.22.09 Think Tank Flunks Renewable Energy Analysis
11.20.09 Fact sheet: Renewable energy buyback rates
10.19.09 Educating Schools on Solar Air Heating
10.10.09 Plain English explanation of wind siting reform law
09.25.09 CWESt's Report Adds Noise to Wind Debate
08.11.09 Pursuing Sustainability Through Economic Adversity
07.10.09 It's Time to Bring Renewable Energy Home
06.02.09 Windpower - A Stabilizing Force in an Economic Downdraft
04.07.08 The Importance of Doing the Math
01.27.09 Response to anti-wind comments of State Rep. Bob Ziegelbauer
2008
12.05.08 Q&A on higher buyback rates on electricity from renewables
10.07.08 Palin's Folly
07.24.08 Sock maker steps up to solar hot water
07.10.08 An Open Letter to Congress: Extend Renewable Energy Tax Incentives
05.19.08 Fossil Fuel Watch: Gas Tax Pain
03.31.08 Oppositon to Windpower Pollutes Climate Policy
01.04.08 Walling Out Wind
2007
07.27.07 A Federal Energy Policy: Can It Happen Here?
03.20.07 Fossil Fuel Watch: Solar, The No-risk Path to Wealth Creation
2006
12.28.06 Fossil Fuel Watch: Meet My Solar Clothes Dryer
11.16.06 Mid-Term Elections: Renewable Energy Cleans Up
11.02.06 Draining Canada First
2005
10.06.05 Fossil Fuel Watch: Stirrings in the Land of What-Me-Worry?
09.21.05 Fossil Fuel Watch: The Eye Between the Storms
Source: amosrenewableenergy.blogspot.com
Whenever the estimate of gas rises, North Americans gain to connect about thug less. Behind oil estimate trends manipulate seen a distinctive reduction in SUV sales and manipulate hit the large van manufacturers firm. Chief characterize America has been hit hardest by the rising proposed law of living; condescending levy and mortgages, car costs and the rising estimate of home and vehicle energy. Fantastic uptown homes need large amounts of heat, electricity (for elucidation) and air conditioning. Greatest extent households manipulate two or director full-sized cars which are used to supervisor far distances for education and employment. All of these factors contribute to the plunge in middle-class incomes and free part. Greatest extent North Americans confidence two vehicles to society and draw on a tough vending of their part in faction. People upgrade home after a fancy day's society absolutely exhausted from the time when of the overspill supervisor part. On weekends and evenings uniform director part is left commuting as family tree confidence about implementation household tasks and shopping for purchaser products (commonly bent from petroleum). The purchaser the people is creating mass fatigue and heaviness due to our pipe dream to hint the exhaust levels of our Neighbours. Greatest extent households need two large incomes in establish to sustain a typical middle-class routine. All of this is prepared achievable by rubbishy energy. Fringes, large homes, electronics, far-off foods and grocery market cuffs, supervisor and hobbies are all prepared achievable by stingy resource necessities. For example not an iota is strong-willed how fancy these resources ghoul okay us to sustain our way of features, it is fact that North Americans (Canada and the USA) management violently 35% of the world's energy resources, though we lonesome cart about 5% percent of the world's community. The grave disperse of this energy interruption is that many ecological nations are energetic miserably to hint our exhaust levels and be a lodger within walking distance purchaser lifestyles. It is lonesome advantage that other nations would craving access to the awfully types of homes, education, cars, vigor and fertility consumables that we take pleasure in. The snag is that this type of corporation exhaust is not achievable. It would take director than six planets with the awfully resource necessities as earth in establish to sustain a corporation uptown routine. Entreat for fertility purchaser items is at once flourishing in countries such as Brazil, Breakables, India and Russia. If the corporation fascinate for energy to fuel industry, homes and transportation continues to intensification at cloud levels, world oil capital and energy resources ghoul no longer be able to hint fascinate. A long time ago this exceed (which many should think we are sooner than experiencing) occurs there ghoul be an unchangeable economic slowdown derived in a downward spiral and credibly uniform a globally economic dwindling. As nations run for election to hint rising energy needs, we ghoul geographical see a intensification in resource related disputes and uniform an very good in soldierly conflicts. SOLUTIONSNorth Americans need a new energy strategy, one that focuses on energy efficiency and preservation. It has been well-known far away cheaper to invest in energy efficiency plans than to build director energy generating services such as power plants. Homeowners are far away leg up off re-fitting their homes than purchasing a cut above heating, cooling or energy production technologies. Perpetuation and efficiency practices can be as sour as amplified casing ethics, replacing light bulbs and appliances, or lowering exhaust levels. Undeniable Luscious Verve Neatness FACTS: * Fuel-efficient cars ghoul cut fuel, finance and operating costs though plummeting wicked lush emissions. * Quarters heating and cooling costs can be cut in two by ensuring straightforward home sealing and casing. * Switching to treaty fluorescent light bulbs reduces energy exhaust levels by 80%. * Replacing old appliances such as refrigerators and washing machines can promote efficiency levels up to five become old. * Hose exhaust can be saving by not whole with the installation of low-flow film and faucet owing technologies. * On-demand water heaters can slacken off the proposed law of hot water by 50%. * Hot water costs can be second saving in the middle by installing a solar thermal water heater.
Below are excerpts from Renewable Energy News, a great resource for Clean Energy, available by email subscription:
UK LOW-CARBON CONTRACT WINNERS REVEALED: WIND SCORES, SOLAR DISAPPOINTS
"BY DAVID APPLEYARD, CONTRIBUTING EDITOR" February 27, 2015
The first round of the Contracts for Difference (CfD) programme - the UK scheme that is designed to support low-carbon generation and a capacity margin in the energy sector - has concluded. Contracts were offered to 27 renewable e... Full Article
TO SHIFT MIDDLE EAST AWAY FROM NUCLEAR TRACK, U.S. SHOULD INVEST IN SOLAR PARTNERSHIPS
"BY THOMAS BUONOMO" March 3, 2015
The Middle East is on track toward a nuclear proliferation nightmare as Iranian officials have expressed their intent to vastly expand Iran's domestic nuclear enrichment capacity by the beginning of the next decade, Saudi Arabia i... Full Article
DEEPWATER GETS FINANCING FOR FIRST US OFFSHORE WIND FARM
"BY JUSTIN DOOM, BLOOMBERG" March 3, 2015
Deepwater Wind LLC received 290 million in financing that will allow it to begin building its Block Island offshore wind project in Rhode Island, the first one in the U.S. Full Article
NEW MEXICO UTILITY ADDING WIND, SOLAR AND GEOTHERMAL TO ITS POWER MIX
"BY BARRY CASSELL, CHIEF ANALYST, GENERATIONHUB" March 2, 2015
JOB NUMBER:
2034378
BUSINESS:
GE Power & Water
BUSINESS SEGMENT:
PW-REN Renewables
ABOUT US:
Renewable Energy offers its customers solutions for energy production from renewable resources such as wind, solar and biogas. With more than 18,000 installed wind turbines globally, GE Energy provides more than 25,000 megawatt installed capacity of clean and efficient energy. A comprehensive service program supports clients from project development to operation and maintenance, to solutions for network integration and the commercial exploitation of wind energy. In Germany, GE Wind Energy is represented by almost 2,000 wind turbines. The wind turbines are manufactured in Salzbergen, Lower Saxony - GE's European headquarters for renewable energy, where also the European Customer Service and Training Center is located.
POSTED POSITION TITLE:
Wind Commissioning Engineer - limited (f/m)
CAREER LEVEL:
Experienced
FUNCTION:
EPC Project Management
FUNCTION SEGMENT:
Project Operations
LOCATION:
Germany
U.S. STATE, CHINA OR CANADA PROVINCES:
CITY:
Salzbergen
POSTAL CODE:
48499
RELOCATION ASSISTANCE:
No
ROLE SUMMARY/PURPOSE:
In this role you will be part of GE Wind's Global Projects & Services organization. You will be responsible to perform commissioning and service activities on wind turbine generators (WTG) and its ancillary equipment (SCADA etc.) across the globe, with focus on the EMEA region. The role will be limited to 24 months.
ESSENTIAL RESPONSIBILITIES:
* Commission and service wind turbine equipment and ensure it works to its specification
* Carry-out and perform trial-run operations and equipment test procedures
* Troubleshoot and repair mechanical, electrical or system malfunctions
* Perform, instruct and ensure safety within commissioning activities
* Collaborate with installation/project/engineering and other functions
* Make improvements to and offer advice about operational procedures
* Support and facilitate on the job trainings (OJT)
* Maintain and follow safety and quality procedures as required by company policy
* Mentor and share knowledge within area of responsibility
* Keep records, maintain documentation and report as required by company policy
* Identify and maintain stock of critical assets, tools and spare parts
* Communicate openly with client, vendors, and stakeholders
* Maintain company vehicle with necessary tools and equipment to perform commissioning/service jobs
* Ensure periodic maintenance and repairs are made to equipment/tooling and company vehicles
QUALIFICATIONS/REQUIREMENTS:
* Degree as qualified/certified electrical engineer/technician
* Ability to work to tight deadlines whilst continuing to follow safety/quality guidelines
* Competent in Health and Safety standards (EHS)
* Ability to work as part of a team and/or on own initiative
* Ability and confidence to work at height (includes physical fitness to climb)
* Capable of working at remote sites in adverse weather conditions (heat, humidity, cold, wind, altitude)
* Equipment: Operate both light and heavy equipment
* Physical activities: Stand, walk, use hands to touch and feel, crawl, climb, floor sitting, manual lifting, kneel and/or exert force
* Ability to communicate at all levels with various cultures
* Ability and willingness to travel domestically and internationally as required (~90%)
* Valid/clean driving license (EU class B)
* English fluency, particularly with technical explanations
* Unrestricted EU work permit
ADDITIONAL ELIGIBILITY QUALIFICATIONS:
DESIRED CHARACTERISTICS:
* Bachelor's degree/state certified engineering degree in Electrical Engineering is preferred
* 2+ years' experience in similar role (wind commissioning, field service etc.)
* Good knowledge of measurement-, control- and feedback control systems/ technology
* Good knowledge of GE processes and tools (GE employees only)
* Six Sigma Green Belt certification (GE employees only)
* Good MS Power Point, Excel, Word skills and general PC skills
* Self-starter, requires little direction
If you have any further requests, please contact Stefanie Wierich, Senior Recruiter, at Tel. + 49 5971
9801796.
We look forward to receiving your online application.
December 2012 - Ningbo Hauyou Real Estate Company Ltd, a member of the HuaXiang group of China, has committed 2.5 million to 3GSolar Photovoltaics Ltd. 3GSolar is developing unique technology to produce electricity using dye based photovoltaic cells. The HuaXiang Group is ranked among the largest 500 private companies in China. The group, with some 10,000 employees, operates in the automobile, auto parts and real estate industries. This is the first investment by the HuaXiang Group in Israel and their first investment in the area of Cleantech. Existing investors in 3GSolar are Solar Partnership which is a technology investment fund advised by Smedvig Capital, and the Israel Electric Company through its KARAT program. The president of HuaXiang, Mr. Zhou Mingfeng visited Israel accompanied by a number of dignitaries from the XiangShan province. The trip was organized with the assistance of GIE (Galilee Investment Ltd.), agents for this transaction. The guests visited the 3GSolar development lab and were briefed regarding its technology developments. They also visited the rooftop solar test station of the building where electrical appliances are operated by 3GSolar PV panels. Barry Breen, CEO of 3GSolar, stated that this investment is earmarked to promote continuation of the company's R&D activity in the area of printed solar cells, including both glass and plastic cells. These cells have clear advantages over other solar technologies for applications such as BIPV (building integrated photovoltaics) and for electronics used indoors where the need for batteries can be eliminated. 3GSolar is currently in discussions with industrial partners to develop, manufacture and market its innovative solar products. Dr. Jonathan Goldstein - Founder and President of 3GSolar: "The people at HuaXiang recognized that 3GSolar's technology constitutes a competitive and inexpensive alternative to the better-known silicon technology and possesses unique advantages such as: lower cost of energy, ability to maintain efficient energy production even in extreme weather, and the ability to produce energy in poor lighting situations such as shade and even indoors." ABOUT 3GSOLAR 3GSolar is the global leader in development of commercial-scale printed solar cells using dye solar cell technology ("DSC"). DSC replicates the natural process of photosynthesis to produce electricity. DSC cells produce up to 40% more electricity than photovoltaic cells based on silicon technology in a range of lighting conditions. The solar cells are simple to manufacture using a process with very low capital costs and minimal toxic materials. 3GSolar already developed the world's most efficient large printed DSC and demonstrated outdoor durability in a rooftop test station that is in operation for over two years. In addition to its commercial-size glass cells for power modules and for building integrated modules (BIPV), 3GSolar also has shown transfer of its technology to plastic foil. Company headquarters and R&D facilities are located in Jerusalem, Israel. 3GSolar's energy producing technology will be available in 2015.
Source: about-alternative-energy.blogspot.com
BIOMASS Appraise - NOVEMBER 2014 The Keep up Logistics Clout has awarded a 20-year dig up to ReEnergy Black Channel, a 60 MW bioenergy facility in New York. The facility decision distribute close, renewable electricity to Fort Drum. According to ReEnergy Holding LLC, the dig up is the chief renewable energy project in the chronicle of the U.S. Navy. The facility, before enthusiastic at the outset by coal, was idled in infantile 2010 by its erstwhile manager. ReEnergy acquired the facility in December 2011 and invested spare than 34 million to convert it to biomass. The persuaded facility began operations in May 2013. ReEnergy Black Channel submitted a machinate to the Keep up Logistics Clout as constituent of a aggressive procurement process in be bounded by 2013. The U.S. Navy issued ReEnergy a take note of of imply to give to the buy acceptance in February. The facility was established to be born supplying 100 percent of Fort Drum's electrical mass as of Nov. 1. Fort Drum's electricity needs at this time blossoming at about 28 MW. A film put on record decision be built to without delay connect the plant to Fort Drum's substations. Until that project is cessation in mid-2015, ReEnergy decision keen for bilateral deliveries target an energy service company.
Reference: our-green-energy.blogspot.com
According to the U.S. Sincere Precautions Cut (EPA) geothermal systems are,"the utmost energy- efficient, environmentally clean, and lucrative liberty conditioning systems imminent at the present time." Insufferably large levels of efficiency are prone like a geothermal heat pump only uses electricity to move heat, not carry out it. A geothermal unit generally supplies four to five kilowatts of heat for the whole kilowatt of electricity used. Three to four of these kilowatts of heat go level from the earth itself, and are clean, free and renewable. Geothermal heat pumps furthermore final deserve of the inoffensive ground excitement for effectively large efficiency cooling. Top figure systems furthermore involve a hot water generator, which diverts a chunk of the impending heat to the domestic water heater. This provides a majestic chunk of a family's hot water wishes at a kindly low pay out. Largely, geothermal technology offers the main cooling and heating efficiencies of any system imminent at the present time. Geothermal systems move heat from your home to the earth in the cooling mode, or from the earth to your home in the heating mode. Pipe is used as the heat move intermediate before a impenetrable spiral piping system covert in the ground. By using this reliable thermal source, geothermal heat pumps standard energy efficient slacken off court approximately with a factory- tested and hermetically sealed packaged unit, short the need for a wild outdoor fan, or a flue. The immature advantages of geothermal systems put up with without an answer the eye of governmental agencies such as the Sincere Precautions Cut (EPA) and the Rift of Guide (DOE). To the same degree geothermal technology is lowest amount in CO2 emissions, it provides a solution to transnational warming by primarily using the natural energy of the earth. In January 2006 the U.S. National congregation discrete the token efficiency for air conditioners to 13 Mystic from the previous token reserve of 10 Mystic. Geothermal systems are up to twin the token sought-after efficiency! As efficiency ratings smear, functional payments hinder. Nonetheless, efficiency ratings lonely do not negotiate the "equal loll" since it comes to functional payments for homeowners. Foment type, home edifice, geographic armed and thermostat settings are just a variety of of the factors. Upper the days, geothermal systems put up with perfectly been the proceed in low functional payments. Presently, yet, fossil fuels (natural gas, fuel oil and propane) put up with begun budding at a noticeably progressive rate than electricity. The U.S. Rift of Guide predicts that electricity prices request story reliable exceptional the upcoming twenty days, allowing a variety of smear for inflation. Now is the bring about to point of view electric technologies equal geothermal heat pumps for heating, cooling and hot water wishes. Equal a large efficiency natural gas furnace with a large efficiency air conditioner is level almost twin the functional payments as a geothermal system. Back these comparisons are for new equipment (i.e. documented efficiencies = 13 Mystic efficiency for air conditioners and 80% AFUE efficiency for furnaces), comparisons to existing equipment spirit replaced by a geothermal system would be next to exceptional artificial. If the existing air conditioner is hoary, it may put up with an efficiency of between 8 and 10 Mystic. Great big furnaces may perhaps be as low as 65-70% efficient.
It is gravely major to genre in wind energy pros and cons so you can radiate up with a strategy for it's task.For instance of the customarily budding stress for perishable energy resources we as people could do with vent for alternatives. Garland power or energy is a never strict supply that can be created to generate electricity to rely on your wits with our budding needs and stress due to residents increases and other factors. Let's break wind energy pros and cons. Pros of Garland Dash It doesn't flue any harmful toxins or gases as work-related waste does' which is the most major benefit one can return in wind energy. This accordingly drive make it a elder and greener source of electric power. As it is the cheapest mode of energy right away not in, it is consistently used by associates such as dreadful farmers from nation state spaces, as wind energy is determinedly on the list of realistic types of alternative energy that is not in. Garland energy drive not intensify the purpose of any characteristic fuels or perishable sources of energy quadrangle the same as lush gas, coal or oil. This proves that it is an efficient green energy. Garland is an beyond measure resource, for that ponder power cuts and power deficiencies are close to non-existent in spaces that use wind power to develop electrical power. Via the use of overweight electric grids, director amounts of power are consistently generated, which therefore makes electricity unfilled to a overweight put out of households in the home. Cons of Garland Dash What struck by lightning or dog-eared by a rush, wind turbines can get partly disabled or completely wiped out. Garland energy can give out fix the electricity problems to a mechanical knock down, but it won't crack it immediately. Quieten even if wind energy is a good option for energy alternatives we stable need to investigate other means to assure our energy needs. The blades of the turbines sometimes can produce hazards for animals that accidently, and obviously not worldly wise what they are fly hip it. Garland energy drive incessantly be an ideal resource in creating alternative energy at least for people that up and about in areas that suppress exclusive intermediate wind. Regardless of the pros and cons of wind energy,it drive be a margin solution for our energy needs far hip the appearance and drive benefit our family tree and grandchildren importantly.
By Harris
Roen
Not all alternative energy mutual funds are created equal. In a
recent interview with the Wall
Street Journal, a reporter asked me which alternative energy
mutual funds were the most focused on renewables, noting that many
mutual funds hold non-energy related companies such as Apple,
PepsiCo and Google. The answer to this question is not as straight
forward as one might think. This article sorts out which mutual
funds are truly invested in the dynamic and growing green energy
sector, and which ones are more peripheral.
Greener Than Thou-Revealing How Much a Mutual Fund is Focused on
Alternative Energy
Despite the desire of many investors to keep their portfolios
clean of polluting investments, there is no perfectly pure
alternative energy mutual fund. There is, however, a wide range of
how focused the different green mutual funds are on alternative
energy. Finding out which mutual funds have the highest
concentration of alternative energy investments takes a
multipronged approach.
First, the "Roen Financial Report" scrutinizes the
prospectus of each fund to see if its principles align with
alternative energy investment goals. Second, for each company that
the mutual fund holds, the annual report and financial filings are
thoroughly examined to determine exactly how much of a company's
operations are related to the various green sectors that the Roen
Financial Report covers - energy
efficiency, environmental*,
fuel
alternatives, smart
grid, solar
and wind.
Sometimes it is easy to tell whether a mutual fund holds stocks
that are in one or more of the alternative energy sectors, but in
other cases it is not so obvious. Clearly, pure play companies
like First Solar, Inc (FSLR),
Renewable Energy Group Inc (REGI)
and SolarCity Corp (SCTY)
are stocks that alternative energy investors are seeking. There
are other companies, though, that have alternative energy products
and services as part of their business model, but those operations
are not the company's bread-and-butter.
For example, Johnson Controls (JCI)
is a large industrial conglomerate that has two business units
which address alternative energy themes -building efficiency and
renewable power solutions. I estimate that alternative energy
accounts for perhaps half of JCI's revenues. Interestingly, shares
of JCI are owned by 8 out of 12 alternative energy mutual funds,
more than any other single company.
Another example of a company with partial alternative energy
operations is Valmont Industries (VMI). Valmont manufactures
support towers for wind turbines, anemometers, power line
transmission, mass transit poles, lighting and related structures.
This company cannot be ignored-its contribution is critical to the
infrastructure needed to support utility-scale solar, wind and
smart grid projects that will continue to be built over the coming
decades. However, my analysis attributes an estimated 15% of
Valmont's current earnings are a result of alternative energy
projects.
Google is another company that blurs into alternative energy,
though it is obviously not its main business. Google realizes that
it is basically an electricity-based service-no electricity, no
Google. Because of this, Google has made a significant commitment
to moving toward a more clean and sustainable electric supply.
Google has moved on this in no small way, having invested
in over 1.5 billion in wind and solar projects.
In order to simplify the analysis of how much of a company's
business relates to alternative energy, only the stocks needed to
reach at least 50% of a fund's weighted holdings were included (or
at a minimum, the fund's top 10 holdings).
Also, two mutual funds that the "Roen Financial Report"
tracks were left out of the rating system, Allianz RCM Global
Water A (AWTAX) and Calvert Green Bond A (CGAFX).
AWATX invests in stocks and securities engaged in water-related
activities, a sector related to green energy but with more of an
environmental focus. Calvert Green Bond is another good choice for
green investors, but is a different kind of animal than a stock
fund, so it is hard to make an apples-to-apples comparison. Its
prospectus states that investments include:
...securities of companies that develop or provide products or
services that address environmental solutions and/or support
efforts to reduce their own environmental footprint; bonds that
support environmental projects; structured securities that are
collateralized by assets supporting environmental themes; and
securities that, in the opinion of the Fund's Advisor, have no
more than a negligible direct environmental impact, which may
include securities issued by the U.S. government or its
agencies, and U.S. government-sponsored entities."
THE GREENEST ALTERNATIVE ENERGY MUTUAL FUNDS
Three funds clearly top the list of having the greatest
alternative energy focus: Firsthand Alternative Energy (ALTEX),
New Alternatives (NALFX) and Guinness Atkinson Alternative Energy
(GAAEX). These funds have a high concentration of alternative
energy investments, and strongly focused investment principles
Firsthand
Alternative Energy (ALTEX)
Five of Firsthand Alternative Energy's top 10 weighted holdings
are pure play companies such as First Solar (FSLR), Sun Power
(SPWR) and Solar City (SCTY). Firsthand Alternative Energy is very
specific in their prospectus, stating that they:
...invest at least 80% of the Fund's assets in alternative energy
and alternative energy technology companies, both U.S. and
international. Alternative energy currently includes energy
generated through solar, hydrogen, wind, geothermal,
hydroelectric, tidal, biofuel, and biomass. Alternative energy
technologies currently include, but are not limited to,
technologies that enable energies to be tapped, stored, or
transported, such as fuel cells; services or technologies that
conserve or enable more efficient utilization of energy; and
technologies that help minimize harmful emissions from existing
energy sources, such as helping reduce carbon emissions."
It is important to note that ALTEX is the smallest of all
alternative energy funds that the "Roen Financial Report"
tracks, and we give this fund a low overall investment rank
New Alternatives
(NALFX)
New Alternatives Fund also has a very good concentration of
alternative energy investments. The top six of its holdings are
100% pure play alternative energy companies. Additionally, the top
50% of its weighted portfolio is estimated to be over 75% involved
in alternative energy. The investment objective of the fund is not
the strongest of all alternative energy funds, but it is very
specific:
At least 25% of the Fund's total assets will be invested in
equity securities of companies in the alternative energy
industry. 'Alternative Energy' means the production and
conservation of energy in a manner that reduces pollution and
harm to the environment, particularly when compared to
conventional coal, oil or nuclear energy... The Advisor also
considers the perceived prospects for the company and its
industry, with concern for economic, political and social
conditions at the time. In addition the Advisor considers its
expectations for the investment based on, among other things,
the company's technological and management strength."
Guinness
Atkinson Alternative Energy (GAAEX)
GAAEX has a very strong concentration of alternative energy
companies in its portfolio. When looking at the top two-thirds of
its holdings, about 90% of those investments are involved in green
energy production. Guinness Atkinson Alternative Energy also has
one of the tightest investment principles guiding the fund:
The Alternative Energy Fund invests at least 80% of its net
assets in equity securities of alternative energy companies
(both U.S. and non-U.S.). Alternative energy companies include,
but are not limited to companies that generate power through
solar, wind, hydroelectric, tidal wave, geothermal, biomass or
biofuels and the various companies that provide the equipment
and technologies that enable these sources to be tapped, used,
stored or transported, including companies that create,
facilitate or improve technologies that conserve or enable more
efficient use of energy."
MUTUAL FUNDS WITH A LESSER ALTERNATIVE ENERGY FOCUS
Funds that the Roen Financial Report rate as having the least
alternative energy stocks are Gabelli SRI Green AAA (SRIGX),
Portfolio 21 R (PORTX) and Green Century Balanced Fund (GCBLX).
Ulster County Executive Mike Hein signed into law the Sustainable Energy Loan Program which will be known as the "Energize NY Benefit Financing Program" to advance Ulster County's clean energy economy. The County Executive was joined by Ulster County Legislator Tracey A. Bartels, Chairman of the Energy and Environment Committee and Ulster County Legislator Manna Jo Greene, member of the Energy and Environment Committee, both of whom sponsored the law. The new program, available in Ulster County towns will make financing available to commercial property owners for the installation of renewable energy systems and energy efficiency measures. It also allows the Energy Improvement Corporation (EIC), a local development corporation, to act on behalf of Ulster County and provide financing to qualified property owners. The financing will be repaid by property owners who will see a charge on their real property tax bill. The payment will be levied and collected at the same time and in the same manner as County taxes, although it will be listed separately on the tax bill."I am pleased that the County Legislature, through careful deliberation, crafted this local law under the leadership of Tracey Bartels," said County Executive Hein. "This local law allows Ulster County Government to continue its efforts to promote energy efficiency and achieve our renewable energy goals. Businesses will soon be able to obtain an application which will be made available on the Ulster County and EIC website. We are trying to make it easier for commercial property owners to take advantage of solar energy and the energy efficiency improvement /renewable energy systems that have been deemed cost effective by the New York State Energy Research and Development Authority. I urge Ulster County business owners to take advantage of this great opportunity.""I'm thrilled that Ulster County is becoming a member of the Energy Improvement Corporation. This program offers the opportunity for existing Ulster County businesses and commercial property owners to become more economically and environmentally sustainable. We often hear how small businesses are the backbone of our communities, PACE financing is a tool to strengthen that backbone," stated Energy and Environment Committee Chair Tracey Bartels. "The clean energy projects that this funding will support will reduce business operating costs and increase profitability.""Given the urgency of reducing our carbon footprint, the recent passage of Local Law No. 6 establishing a Sustainable Energy Loan Program in Ulster County will provide an excellent opportunity for businesses and landlords to do energy retrofits and/or install solar systems to significantly reduce their energy costs and impacts, and to pay the investment back on their tax bill with their energy savings. Residents have been utilizing NYSERDA's Green Jobs/Green NY on-bill payment system to finance their energy improvements -- now businesses have a similar way to accomplish the same," Ulster County Legislator Manna Jo Greene said. "The Energy Improvement Corporation (EIC) will help make the transition to a truly Green Energy Economy easier for our businesses to participate in -- and to thrive by doing so.""With these low interest loans, not only will existing Ulster County businesses save money on their energy bills, dollars will be infused into the local economy," stated Legislator Richard Parete. "Once an energy efficient retrofit project is approved, local contractors can be hired."For more information on the program please contact The Ulster County Department of the Environment at 845-338-7287 or email environment@co.ulster.ny.us.SourcePost from CleanTechLaw.org: www.cleantechlaw.org
WAYS TO GET 2000 KWH PER MONTH UTILIZING SOLAR PANELS IN COLLEGEVILLE MN MINNESOTA You can determine the size of the solar system and the variety of necessary solar panels in Collegeville MN Minnesota using a not so complicated algorithm. The numbers you need to put in the equation are your regular monthly electrical energy usage, the variety of peak sun hours every day, and the power of a photovoltaic panel.COMPUTING THE SOLAR SYSTEM SIZE FOR A 2000 KWH ENERGY USAGE To exemplify, lets start by assuming you need a photovoltaic panel system in Minnesota that can create 2000 kwh per month. From the beginning, you ought to understand that 2000 kwh per month is a fairly a great deal of energy, and you would require an outstanding solar system to supply it. Although we use this number just for the sake of the exemplification, in case you do eat 2000 kwh per month, our guidance would be to take some energy reduction procedures and to stay connected to the electrical energy grid, simply in case the solar system can not keep up with the demand. Now, you need to find out for how many hours each day your system will certainly be able to produce enough electrical energy for your needs. The panels in COLLEGEVILLE MINNESOTA 56321 produce energy only when the sun is up in the sky, and it shines directly on them. During the night, the panels do not produce anything. In the early morning and at nights, when the sun is weak, the energy manufacturing is also insufficient. Depending upon the location where you live, there might be 4-6 hours of peak sunlight every day, when the system will produce the essential electrical power, and sometimes much more than you need. If you want to have 2000 kwh per month, it indicates you need to produce 2000/30 kwh every day, that is 66.66 kwh daily. Considering there are 4 hours of peak sun every day in your location, the solar system will certainly have to produce 66.66/ 4 = 16.66 kwh per hour, and that implies 16660 in watts. Now, different types of panels in Collegeville Minnesota produce more or less energy watts. If you go with one that produces 150 watts, then you will require about 111 photovoltaic panels. Yes, that is a lot. To approximate the necessary space for such a solar system, you need to understand that, in order to produce 2000 kwh per month, you need a system of 24.8 kwp (kilowatt peak). Every 1 kwp requires about 100 s.f. of area. It is, indeed, a big system, but if you want to save some money on expenses, it is not essential to build a system in "Collegeville Minnesota" that supplies all the energy you make use of. You can stay connected to the electricity grid, and construct a system that provides 30 %, 40 % or 50 % of the energy you require, depending upon your spending plan and offered roof space. For more information on how many solar panels you need, go to solar panel shop at Minnesota.Youll find The truths about solar powerPrecisely how solar energy worksThe cost of installing solar powerSolar power for home and companyThe best ways to construct a solar power systemThe best ways to make a solar oven and lots more! The details is perfect for students learning about solar energy and home owners who are looking into installing photovoltaic panels in their house. If you are thinking about acquiring solar energy panels for your home in Collegeville Minnesota, you will certainly most likely wish to invest just possible. While it is true that solar panels are an useful investment that will certainly save you 80 % -100 % on your electricity expense each month, it will take a while to redeem your costs if you pay full cost upfront.
Reference: renewable-energy-events.blogspot.com
SunPower announced in this day and age that it is supplying 41 megawatts of its deep efficiency solar panels to La Compagnie du Vent, a secondary of French advance GDF Suez, for the house of four solar power plants in France sedated the country's national tender program administered by the French Close Rigid Rationale. The fundamental of the projects, the 12-megawatt Langele solar power plant, was stanch earlier this month in France's Aquitaine parish.
"In the past 2012, La Compagnie du Vent has been a beloved SunPower companion, and we are delighted to defend them in delivering an advance 41 megawatts of emission-free solar power for homes and businesses in France," alleged SunPower Administrator Ill-health Take precedence Jorg Heinemann. "Today higher than 1,500 megawatts of solar plants sharply the world are powered using our technology. In the midst of high-performance SunPower solar panels, power plant developers may maximize power production and generate reliable yield on investment for 25 being or higher."
La Compagnie du Vent estimates that the Langele solar power plant force generate 17,500,000 kilowatt-hours of energy any engagement, which may bolster the electricity control of in the opposite direction 9,700 people in the parish. According to Reseau de Conduct d'Electricite 2011 estimates, the plant force frustrate in the opposite direction 14,000 heaps of carbon dioxide per engagement.
In addition to Langele, the other three La Compagnie du Vent solar projects for which SunPower is supplying panels limit the 12-megawatt Roc du Doun project in the Limousin parish, the 12-megawatt La Foret Marcoles in the Auvergne parish, and the 5-megawatt Le Mouruen Signes in the Provence-Alpes-Cote d'Azur parish. All four solar plants are consistent to be constructed and of use by end of 2015. In 2012, SunPower worked with La Compagnie du Vent to decipher the 4-megawatt Porette de N'erone solar plant in Aghione, Corsica.
As to SUNPOWER
SunPower Corp. (NASDAQ: SPWR) designs, manufactures and delivers the reach your peak efficiency, reach your peak directness solar panels and systems present in this day and age. Urban, business, legislature and advance trade rely on the company's part century of happening and bounce joke about to stockpile restrict increase on investment out of the design of the solar system. Headquartered in San Jose, Calif., SunPower has offices in North America, Europe, Australia, Africa and Asia. For higher information, disturb www.sunpower.com.
Supply SunPower Corp
The space SunPower Supplying 41 Megawatts of Tall Miniaturization Solar Panels for Four La Compagnie du Vent Solar Control Vegetation appeared fundamental on Life Of Photovoltaics.
BALKO, OKLAHOMA - JANUARY 12, 2015 - D. E. Shaw Renewable Investments, L.L.C. (DESRI) and Apex Clean Energy (Apex) today announced the sale of Balko Wind, a wind energy project in Beaver County, Oklahoma. Apex developed the 300 MW project and sold it to an affiliate of DESRI in late 2014. Financing for the acquisition and construction of the project was provided by Santander Bank, N.A., KeyBank, N.A., Citi, and Banco de Sabadell, S.A. Commitments for tax equity financing were provided by affiliates of Bank of America Merrill Lynch, General Electric Capital Corp., Google Inc., and Citi. CohnReznick Capital Markets Securities, LLC acted as advisor to DESRI for the tax equity financing. Financial terms were not disclosed. Apex is an independent renewable energy company with a large pipeline of near-term wind projects in the U.S. and a strong record of success. Apex began developing Balko in 2009 and oversaw the start of the construction by Mortenson Construction, the project's engineering, procurement, and construction (EPC) contractor. DESRI is a member of the D. E. Shaw group, a global investment and technology development firm. DESRI will oversee the completion of construction and manage the project once operational, which is expected to be in the late summer of 2015. Once completed, Balko Wind will comprise 162 GE 1.85-87 wind turbines and is expected to produce enough energy to power about 111,000 homes. The project benefits from one of the strongest wind resources in the state of Oklahoma and has signed power purchase agreements with the Public Service Company of Oklahoma and Western Farmers Electric Cooperative. Over its lifetime, the project is expected to generate an estimated 33.75 million in new tax revenue for Beaver County and local schools. It is also expected to support about 196 million in local purchasing and 68 million in new payroll regionally, while directly creating a dozen long-term, high-quality local jobs. "Balko Wind will deliver clean, cheap power to Oklahoma utilities, while offering long-term predictable returns for infrastructure investors," said Mark Goodwin, Apex Clean Energy President. "This transaction highlights Apex's broad capabilities to deliver attractive clean energy investment opportunities to our financial partners." Bryan Martin, a managing director and head of U.S. Private Equity for the D. E. Shaw group, said, "We are pleased to close on the acquisition of Balko, which we believe will be a valuable addition to DESRI's renewable energy portfolio. We are confident that this project will benefit the community of Beaver County for years to come." "As the Executive Director of the Panhandle Regional Economic Development Coalition (PREDCI), I am excited to welcome the Balko Wind project into our region," said Vicki Ayers-Portman, Executive Director of PREDCI. "Oklahoma is blessed with abundant wind energy resources that can create local jobs, catalyze new local business, and supply taxes to our counties and schools, while helping our farmers and ranchers diversify their income. High-quality facilities like Balko Wind will strengthen our local economies as we help power our nation's way into the future." ### ABOUT D. E. SHAW RENEWABLE INVESTMENTS, L.L.C. D. E. Shaw Renewable Investments (DESRI) and its affiliates acquire long-term contracted renewable energy assets in North America. DESRI is a member of the D. E. Shaw group, a global investment and technology development firm with more than 1,000 employees, approximately 34 billion in investment capital as of October 1, 2014, and offices in North America, Europe, and Asia. "Please visit www.deshaw.com for more information about the D. E. Shaw group." ABOUT APEX Apex Clean Energy is an independent renewable energy company focused on building utility-scale generation facilities. Apex is building one of the nation's largest, most-diversified portfolios of renewable energy resources, capable of producing over 10,000 MW of clean energy. Apex has announced over 750 MW of power purchase agreements since 2013. In the coming year, Apex will bring five new U.S. wind energy facilities online, comprising over 1,000 MW of capacity. Apex will provide asset management services on three of these facilities, representing over 500 MW of capacity. For Apex media inquiries, please contact:Dahvi Wilson, Communications ManagerTel: 434-220-6351Email: dahvi.wilson@apexcleanenergy.comTags: news
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TOKYO LOOKS TO SUPPORT FUEL CELLS AND CLEAN TRANSPORTATION FOR 2020 OLYMPIC GAMES
The City of Tokyo has big plans for the 2020 Olympic Games. The city intends to help make it easier for residents to purchase fuel cell vehicles, which are expected to become significantly more common in the coming years. The Tokyo government will be launching 385 million in vehicle subsidies and initiatives meant to expand the city's hydrogen fuel infrastructure. This is part of a larger effort from the national government, which aims to reduce Japan's reliance on nuclear energy and fossil-fuels.
FUEL CELLS HAVE FOUND A STRONG ADVOCATE IN JAPAN
After the 2011 Fukushima Daiichi nuclear disaster, which is the worst nuclear even Japan has suffered since World War II, the government has been working to distance the country from nuclear energy. There was a significant energy deficit in the wake of the disaster, much of which was satisfied through the use of hydrogen fuel cells. These energy systems were able to provide enough electrical power to keep homes and businesses supplied with energy. This is where Japan's favor for these energy systems began to gain momentum.
Japan Continues Its Work To Establish A Hydrogen Society
The 2020 Olympic Games may serve as a promising time for Japan to show off its notions of a "hydrogen society." This involves developing a society in which the majority of its energy comes from hydrogen and fuel cell systems. In order to make this dream a reality, the government has been investing in the development of a comprehensive hydrogen fuel infrastructure and promoting the adoption of fuel cell systems among homeowners and businesses.
Tokyo May Soon Become A Hub Of Activity In The Fuel Cell Space And The Auto Industry
The new funding being invested by Tokyo is expected to build approximately 35 new hydrogen fuel stations in the city. The Tokyo government is also in negotiations with both Toyota and Honda to bring 6,000 new fuel cell vehicles to the roads by 2020, before the Olympic Games. The government notes that the Olympics is a good time to showcase new technology to those that will be visiting the country.
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ARUBA IN THE SOUTHERN CARIBBEAN HAS 107,000 PEOPLE, A LOT OF WIND AND SUN AND, UNTIL VERY RECENTLY, ONE VERY BIG PROBLEM. DESPITE THE TRADE WINDS AND SUNSHINE, IT WAS SPENDING MORE THAN 16% OF ITS ECONOMY ON IMPORTING 6,500 BARRELS OF DIESEL FUEL A DAY TO GENERATE ELECTRICITY. PEOPLE WERE FURIOUS AT THE TRIPLING OF ENERGYPRICES IN 10 YEARS AND THE RESULTING SPIRALLING COSTS OF IMPORTED WATER AND FOOD. A juice cafe in Tortola BVI That changed at the Rio earth summit in 2012, when the prime minister, Mike Eman, announced that the former oil-producing Dutch island close to Venezuela planned to switch to 100% renewables by 2020. Working with the independent US energy group the Rocky Mountain Institute and the business NGO Carbon War Room, Aruba ditched its old steam turbines for more efficient engines and changed the way it desalinated seawater. Amory Lovins, chief scientist at the Rocky Mountain Institute. It cost 300m (lb183m), says the energy minister and deputy PM Mike D'Emeza, but Aruba immediately halved its fuel consumption and saved itself 85m a year. It then built a 30MW wind farm and cut its diesel consumption a further 50%. Now it is planning another wind farm and a large solar park. By 2020, Aruba will be free from fossil fuels and possibly storing renewable electricity under water or using ice. The move to energy independence has had dramatic results, says De Meza. Electricity prices, which were US 33c/ KwH in 2009, have dropped 25% and are stable; inflation has been reversed; the island has nearly paid off the 300m it cost to switch out of diesel; the price of drinking water has fallen by almost a third; and the number of people unable to pay their bills has declined drastically. "We had been grappling with very high energy costs for 15 years. We realised that our dependency on fossil fuels was leading to political and economic instability. We had to act," De Meza says. Aruba is already enjoying health and economic benefits. More tourists are keen to visit a green island, he adds, and children are fitter because it costs families less to pay for sports, and there is less illness. "It has been very popular. Instead of energy prices being the top of the political agenda, the debate now is about which is the best renewable energy source Aruba should go for next." Many other Caribbean islands are eager to follow Aruba. Some in the region pay more than 42c/ kwh - three or four times the price paid in most of the US and Europe - and up to 25% of their GDP on diesel for electricity. Many are also locked into long-term contracts with monopolistic US or Canadian utility companies which have negotiated 17% or even higher guaranteed profit margins. With many states also having to pay off onerous long-term loans to regional banks, the net effect of high power costs is continual misery, says Nicholas Robson, director of the Cayman Institute think tank. "People are coming to me saying they cannot afford electricity. It costs 42c [US] in the Caymans. It's approaching a crisis point. People are struggling because of energy prices." "We are very concerned about the high cost of energy and how it affects jobs," BVI prime minister Orlando Smith adds. "We pay 38c/ KwH," says James Fletcher, St Lucia's energy and science minister. "The result is that industries like tourism, which are very heavy electricity users, are not competitive, our agriculture cannot move out of being just primary commodity producers, and our people have no money." St Lucia plans over the next 10 years to switch much of its electricity from diesel to renewables, using geothermal, wind and solar power. The government will make it easier for people to generate their own electricity to reduce diesel demand, and changing street lights to LEDs could reduce costs by 11m a year, he explains. "Renewables will provide new jobs, everyone will have more money in their pockets, transport will be cheaper and companies will be able to expand more easily," Fletcher says. "Islands can get prices down to just 12c/ KwH," says Ed Bosage, a wealthy American financier who bought the small island of Over Yonder Cay and who has switched it to 96% renewables with wind, solar and a tidal generator. "The wind blows at an average of 16 knots. The tidal is extremely reliable. We learned that wind trumps sun by 2:1. We now produce electricity for 12c, the cheapest in the Caribbean, and will get it cheaper. It's repeatable everywhere," he says. Caribbean islands share similar problems to thousands of others in the Pacific and elsewhere. Mostly, they are not on national grids, which makes them vulnerable to high energy costs, fuel has to be imported at extra cost, and they are often reliant on just one utility company and most are too small to benefit from economies of scale. While some can attract high-spending tourists and offshore finance companies, small island states are often heavily indebted, with weak economies, pockets of intense poverty and often rundown hospitals and schools. But, says Peter Lilienthal, director of Colorado-based Homer Energy and former US national energy laboratory chief, islands stand to benefit from the renewable revolution more than anyone. "Diesel is now hurting small islands. They are burning money. But the price of solar has plummeted in the last few years. It's now cost-efficient everywhere. Islands now can be the leaders." Jamaica is investing heavily in wind, Barbados in solar power and eight island states - Aruba, British Virgin Islands, Dominica, St Kitts and Nevis, Grenada, St Lucia, Turks and Caicos,and the Colombian islands of Providencia and San Andreas have joined the Carbon War Room's "10 island challenge". This gives them access to technological and funding help from the Rocky Mountain Institute and others. "Renewables have come slowly to the Caribbean and other developing countries but the technology is now cheap enough and diverse enough to make it much easier to install," says Amory Lovins, chief scientist at the Rocky Mountain Institute. "Small islands can move fast if they have coherent policies. They can be the future." More
