The findings are in line with PV Solar’s Report of the Top 10 Solar Cities that was published in October. Two cities to make the list – Bakersfield, CA and Fresno, CA have average household incomes between $40,000 to $50,000. Only 2-3 percent of solar projects in Cali are in the state’s highest income zip codes.

“In 2007 we invented a way for homeowners to go solar without the high upfront costs so income would not prevent a switch to cleaner and less expensive energy,” said SunRun President and Co-founder Lynn Jurich. “The data from PV Solar Report shows this model is working, and that it’s not just the wealthy driving and benefiting from solar adoption. We are working to educate consumers that solar is finally affordable.”

SunRun owns, maintains and insures and installs solar panels on rooftops. Homeowners pay a fixed, low monthly cost for 20 years. This type of solar project accounted for 59 percent of residential projects in Q3 of 2010.

Solar is not reserved for the wealthy and the trends cited in the report support this according to Stephen Torres who is the founder and managing director of PV Solar Report. “Solar prices are coming down, it’s great for job growth from installing, financing, and servicing solar in local communities, and models like SunRun are helping drive growth because they eliminate large upfront investments,” he concluded.

You can download the report here.

The Coalition believes that these proposed new charges are an “attack on solar” and has “vowed” to protect its customers. Solar companies in the territory have combined invested more than $500M in solar electric systems and solar is the fastest growing sector in the city.

“SDG&E’s proposal wipes out 20 years of progressive energy policy in California for the benefit of the utility,” said Daniel Sullivan, a member of the San Diego Solar Coalition. He also said that the GRC proposal, if passed, will kill jobs in a dim economy.

What is interesting is the GRC proposal came following a commitment by California Governor Jerry Brown to generate 12,000 megawatts of clean energy such as solar by 2020. Brown appears to be in line with the American’s desire for more solar. According to a poll conducted in October 2011 by Kelton Research, 89 percent of Americans think it is important for the U.S. to develop and use solar energy.

“Solar power enjoys widespread, bi-partisan support both in the Capitol and among the public. One company should not be able allow to ignore the will of the people,” concluded Sullivan. 

“The sun is our greatest source of energy and a method to use this energy to make clean, renewable fuel is a very significant discovery,” said Tim Young, CEO of HyperSolar. “We intend to focus all our energies and resources on commercializing this breakthrough technology.”

The technology was inspired, according to HyperSolar, by the photosynthetic processes that plants use to create energy. The company is developing a solar-powered nanoparticle system that mimics photosynthesis to separate hydrogen from water. The hydrogen is then reacted with carbon dioxide to produce the methane, which is the primary component of natural gas.

“With global consumption projected to surpass coal in 2035, natural gas will be the next great fuel, continued Young. “From sunrise to sunset, our proprietary nanoparticles will work in a water based solution to produce clean and environmentally friendly renewable natural gas that can be collected for later use in power plants, industrial plants and vehicles – anywhere and anytime.”

Young also noted that there has already been hundreds of billions of dollars invested in natural gas infrastructure. He believes a renewable natural gas fuel is a reality.

Under the new contract, REG will continue to supply 3-7 million gallons of high quality biodiesel annually for Hawaiian Electric’s 110-megawatt combustion turbine generator at Campbell Industrial Park Generating Station for three additional years. Like the current supply contract, the biodiesel will be processed from used cooking oil and waste animal fats. The new contract was awarded as a result of a request for competitive bids issued in February 2011.

“We are committed to beating the legal requirement of 40 percent of electricity from renewable sources by 2030,” said Robbie Alm, Hawaiian Electric executive vice president. “We need to bring as much clean energy online as soon as possible.”

The Campbell Industrial Park Generating Station is the first utility-scale combustion turbine run entirely on biodiesel.

“We are proud to continue our partnership with Hawaiian Electric Company, a progressive, sustainable leader in the electric utility generation business,” said Daniel J. Oh, REG president & CEO. “The state should be commended for its leadership in creating a model for other utility companies across the country to follow.”

“Solar power isn’t just for large corporations or those with large incomes,” said Michael Steinbaum, Vice President and Chief Operating Officer at Sunwheel Energy Partners who developed the project. “It provides an opportunity for just about anyone to reduce costs and have a positive impact on the environment.”

The total combined systems are comprised of 405 SunPower and 2, 216 Sharp solar panels. The projects were funded through the federal Housing and Urban Development Green Communities stimulus funds along with energy and redevelopment tax credits and all parts of the solar system were manufactured in America. The system includes both roof-mounted and carport canopy solar arrays and are estimated to generate nearly 777,000 hours of energy each year. This is enough electricity to power 81 homes per year.

Tyson Grul, Director of Commercial Solar for Real Goods, added, “The coordination required to install systems on more than 90 buildings – in a wide variety of weather conditions – was no small feat. However, the result is the largest solar initiative in the state so far, and we believe it will open doors for many future projects – putting Missouri on the path to being a national renewable energy leader.”

The project consists of five Gamesa G-90 2 MW wind turbine generators with 500 kW of solar panels located on a single axis tracking system. The farm went online on August 30, 2011 and began revenue service on September 16.

“This is a ground breaking, game changing development in the renewable energy industry where two completely separate types of technology and renewable fuel sources are integrated at the very beginning as a combined facility,” said Jeff Ciachurski, CEO of Western Wind Energy. “Integration of multiple renewable fuel sources allows for the maximization of existing transmission infrastructure by having a greater range of time of day availability. Western Wind Energy is excited to be the first owner/operator of this real-time, solution oriented facility.”

The Madison County landfill is the first in the country to apply this technology in a closure project and the New York State Energy Research and Development Authority provided a grant in an effort to showcase the technology to other landfill owners.

“Carlisle Energy Services is proud to have helped Madison County develop a sustainable landfill closure system that generates clean solar energy,” said Carlisle’s Director of Landfill Solutions Arthur Mohr Jr. “This project demonstrates the merits of our GeoTPO Geomembrane as a viable long-term closure system for landfill owners.”

Other plans for the site include a landfill gas system that captures the heat generated by the turbine engines to dry lumber on site. This energy will be used to heat the building. In addition, the owners are considering adding other alternative energy elements such as a windmill, hydroponic greenhouses and/or additional solar systems.

“The photovoltaic landfill cover will play an integral role in Madison County’s growing renewable energy initiative, and we are proud to demonstrate the technical and commercial feasibility of Carlisle’s unique landfill closure system,” added James Zecca, Madison County Solid Waste Department Director.

The PV panels were donated by the SunPower Foundation and will be installed as part of the solar training course. Once installed, the four SunPower solar panels will generate energy for two Greenpeace Africa mobile solar showcase units. They will be on display during the 17th session of the Conference of Parties (COP 17) to the United Nations Framework Convention on Climate Change (UNGCCC) taking place in Durban November 28-December 9, 2011. Each unit will utilize solar-powered multi-media technology devices, including televisions, laptops and sound systems.

“With this donation, the SunPower Foundation remains true to its mission — to empower the world’s next generation of solar leaders,” said Tom Werner, SunPower president and CEO. “We hope that the Greenpeace Solar Training course will inspire local youth to explore solar technology and create renewable solutions for energy needs in this part of the world and beyond.”

In addition to the donation of the four panels. SunPower Foundation has also announced its plans to solarize the Greenpeach Africa Johannesburg headquarters with a SunPower rooftop system later this year. Olivia Langhoff, campaigns director for Greenpeace Africa added, “This donation provides an impetus for investment and is a demonstration that renewable energy solutions are feasible.”

White said that policies are very important to help create jobs, lower electricity costs and increase dependence on domestic sources of energy. Several policies to pay attention to include the federal production tax credit, which is set to expire at the end of 2012. He stressed that it is important for Congress to extend the tax credit.

“Leaving it to the last minute will create a lot of uncertainty in the market and make investors a little less comfortable,” said White. “It would really have a negative effect on the boom in the industry that’s going on despite the recession.”

Listen to my interview with Bill White here: How to Accelerate Wind Energy Development

Another key policy is the investment tax credit that was enacted in 2009 as part of the Recovery and Reinvestment Act. This gives developers the option to take a 30 percent investment tax credit for a new facility in lieu of the tax credit. To be eligible, construction must begin by the end of 2011.

One of the biggest barriers to developing wind energy, says White is the ability to move the power from where it is most cost effective to produce to where people use a lot of electricity. FERC recently issued a series of orders that takes important steps in the way companies share and plan new transmission projects.

White concluded that the wind industry has been very successful and he believes it will be more successful in the future. “If we’re really able to build the infrastructure under this new FERC order, than we’ll really see this industry take off.”

You can learn more about the wind industry at the upcoming Wind & Transmission Leadership Summit in Blue Sky, Montana September 26-28.

“Surpassing 10 megawatts of solar energy capacity is a tremendous accomplishment for ASU and our partners,” said ASU President Michael Crow. “Over the years we have made several major commitments to sustainability, such as establishing the first school devoted to sustainability, raising awareness of how to live sustainable lives and finding ways to harness natural resources, like our abundance of sunshine. By doing these things, we are making a brighter future for ourselves and the place in which we live.”

When looking at ASU’s total energy use, the solar energy generates about 20 percent of their needs. The first solar energy product took place in October 2004 with a 34-kW installation at one of its parking structures on the Tempe campus. The university reached the 10 MW milestone after installing a 700 panel, 168-kilowatt (kW) ground-mounted photovoltaic installation on Tempe campus. Another solar installation is located at ASU’s West campus.

David Brixen, ASU’s associate vice president of Facilities Development and Management added, “Ten megawatts is a pinnacle for ASU and represents years of dedication to working toward our campus sustainability goals. To the best of our knowledge, this is the largest solar installation at a single university in the United States.”

The purpose of a PV inverter or a solar inverter is to convert the variable DC output of the solar modules into a utility frequency AC current that can be fed into the electrical grid. A PV inverter has special functions adapted for use with PV arrays. The key objectives of the Solectria Renewables Program are to leverage ongoing investments in smart grid and related standards as well as to expand PV inverter capabilities. The company says that together these two things will help grid operators better utilize grid assets.

“We are honored to have been selected by the Department of Energy to receive this award, which is a reaffirmation of our leadership in the inverter space,” said Michael Zuercher-Martinson, CTO of Solectria Renewables. “Enabling utilities to control our SMARTGRID inverters (SGI) is the next big step towards a smarter grid that can accommodate a very high PV penetration density in a safe, secure, efficient and reliable manner.”

Detroit Edison, National Grid and Xcel Energy will supply test sites ranging from 605kW to 30MW. Each of the sites will test different aspects of the technologies being developed by EPRI and Solectria Renewables.

This is an extremely in-depth look at what our energy landscape looks like today. It also reviews where we stand, as a world, with regard to resources and options as well as politics and policies that are driving the future. In addition, it looks at where we are headed.  As I look at our country, I’ve felt for a long-time that we are “energy illiterate” and need to become better students of energy education. While Montgomery agrees to some degree, he feels the problem lies more in lack of curriculum and the inability for people to learn about energy in a nonpartisan setting.

Montgomery writes, “Energy matters are critical to understand because they are fundamental to our way of life and because they are the subject of endless misconception, misrepresentation, and, as already noted, myth.”

Throughout the book, Montgomery takes an approach that many other authors have not and that’s the view that he doesn’t categorize energy as “dirty or clean” or necessarily “evil versus good.”  He explains that fossil fuels help build and transport renewable sources and also reminds us that every type of energy has an impact on the environment. Yes everyone, there is no “renewable” energy source that is developed, produced or transported without a fossil fuel.

So what does the future look like? Montgomery notes that in the future we’ll see great, more varied use of electricity. Despite “efforts” at energy efficiency, globally energy use will increase as countries such as China and India come online as well as other developing countries seek to emerge from poverty though tools such as electricity.

Montgomery believes that our current energy sources: natural gas, coal, nuclear energy, and petroleum will continue to play a vital role in our energy future and their use will even grow over the next few decades. He also believes that all other sources such as solar, wind, geothermal, biofuels, and more will have a role moving forward. However, he does advocate that not all sources will become winners.

He writes, “Today natural gas, uranium, biomass, solar, wind, and geothermal energy all provide power, and millions of diesel, hybrid, and flex-fuel vehicles roam the roads, with all-electric species soon to arrive. Multiplicity has its limit: some technologies will likely cancel out; others may come to be dominant. Yet the grand pattern is clear: no single wonder-source lies in our future, but instead a portfolio of options demanding thoughtful balance. Progress in energy means technological diversity.”

Also unlike other authors, Montgomery does not predict the future or lay out how to get there. He does give us 20 things to contemplate as we diversify our energy future and leaves it up to us to follow a path (or three or four). While this was an educational read, it was not easy and is not for someone who wants a quick overview of the energy landscape of yesterday, today or tomorrow. However, this is a good book for the serious energy student and one that should help to craft our thinking.

OwnEnergy will sell the wind energy to NorthWestern Energy and the two organizations negotiated a long-term rate well below the current rate of $69.21. As a result, OwnEnergy obtained curtailment provisions that are more favorable than ones traditionally found in a Qualifying Facility Agreement.

“Thanks to this agreement, our customers will benefit from the addition of a renewable energy source at a rate more beneficial to ratepayers,” said John Hines, Vice President – Supply for OwnEnergy. “With our other recent wind QF purchases, we are nearing the limit of installed wind capacity that we are allowed to purchase through this tariff.”

The Montana Public Service Commission set a rate for NorthWestern Energy to purchase up to 50MW of wind generation. When the company reaches the cap, the MPSC will reexamine the wind QF tariff and related policies.

The Two Dot Wind project is owned by Dave Healow and Dana Dogetrom and exemplifies community wind projects. The wind farm will not only create renewable electricity, but also provide jobs for members of the community.  It is expected to be completed and in production by the spring of 2012.

Jacob Susman, founder and CEO of OwnEnergy, added, “This is an exciting milestone for OwnEnergy, Two Dot Wind, LLC and the local Montana community. NorthWestern has once again shown true leadership, demonstrating that power generation can be environmentally friendly at the same time as being cost-effective.”

“While the Draft EMP successfully lays out New Jersey’s energy needs, it excludes solar as an energy source and investment opportunity. Further it contains factual inaccuracies. The type of rigorous analysis encouraged by the EMP must be based on the best and most current information available and not on lingering stereotypes,” said Carrie Cullen Hitt, President of the Solar Alliance.

The SREC’s have been a big factor in the investment in and installment of dozens of solar projects in the state. The loss of the program could dramatically slow the growth of solar energy in the state. The Solar Alliance says they agree with EMP’s focus on rigorous “net economic benefit” analysis but claims that the plan does not apply the benefit equally. They continued by saying many of the costs cited are outdated or misconstrued while the benefits of solar have been overlooked or de-emphasized.

The national solar association cited a few specific examples: the BPU should quantify all value streams associated with solar when applying a ‘net economic benefit test’; the EMP should use updated, universally recognized cost estimates of solar technology; and the EMP should reassess its interpretation of the rate impact of the SREC Program, which is less than 1/2 percent.

Hitt added, “We may debate the methodology for measuring benefits of solar, but their existence is undeniable and their omission from the Draft EMP extremely disappointing. This unfortunately leads to an incomplete picture of the role that solar can play in creating jobs, new investment and clean, reliable electricity for New Jersey.”

“As currently drafted, the EMP will restrict New Jersey solar businesses from creating jobs and deploying clean, reliable solar electricity,” he concluded.

WSCUHSD Superintendent Keller McDonald said, “Using solar will save the school district approximately $250,000 a year, plus the state of California will be providing an incentive for building the project of approximately $1.1 million, to be paid out over the next five years.”

The 2,600 Sunpower 320 modules are 70 percent elevated and 30 percent ground mounted. The district is expected to produce nearly 1,250 megawatt hours of electricity per year, or the enough to power 300 average sized homes. The students will be getting hands-on lessons in renewable energy and through Real Goods Solar’s curriculum and 12-acre solar demonstration center, called the Solar Living Institute.

Tyson Grul, Director of Commercial Solar for Real Goods added, “As a graduate of WSCUHSD, I find it particularly gratifying to be helping reduce its carbon footprint. With school continually facing budget cuts, this is a great example of a district taking control over its financial future and proving that ‘green energy’ is good for the environment and the economy.”

“Thanks to generous donations from ROUSH CleanTech and Ferrellgas, hundreds of thousands of Californians will be able to learn about home energy efficiency, solar energy and the products and incentives available to them when visiting the mobile exhibit,” said Irene Stillings, CCSE executive director. “This is a perfect example of how multiple clean technologies can work together to demonstrate energy savings, reduce greenhouse gas emissions and promote more sustainable practices.”

The tour includes a trailer that is being towed by a Ford F-250 pickup converted to run on propane autogas. When the truck needs to fill up, it will roll on into one of Ferrellgas’s 200 propane stations to refuel. In addition to ROUSH and Ferrallgas, the tour is also funded with money from the Department of Energy’s BetterBuildings Neighborhood program along with two state programs: Energy Upgrade California and go Solar California!

“Ferrellgas is proud to partner with the California Center for Sustainable Energy and ROUSH CleanTech to educate Californians about ways to save money and the environment by implementing energy efficiency solutions in their homes and at their businesses,” said George Koloroutis, president of Ferrell North America and senior vice president of Ferrellgas. “As the nation’s leading propane retailer, we’ve been doing just that for more than 70 years.”

Todd Mouw, vice president of sales and marketing for ROUSH said that this is a great way demonstrate that propane autogas is the most readily deployable and flexible alternative fuel that can immediately address air concerns.

The Renewable Fuels Association has begun a series on efficiency and as part of the dialogue, RFA Vice President Geoff Cooper takes on the critics who claim that both farming and ethanol production is simply too energy-intensive. Cooper says those critical of farmers and by extension ethanol producers, will tell you that the tremendous growth in corn production is due to increased fertilizer use.

Yet Cooper says these are not the facts. USDA data shows that 2010 application rates of three common macronutrient fertilizers (nitrogen, potassium and phosphate) were the same or below the application rates seen in the early 1980s. As such, nitrogen application per bushel of corn has decreased more than 30 percent since this time while potassium and phosphate usage per bushel is down nearly 40 percent.

Also reduced between 1987 – 2007 is water, energy and land usage required to produce a bushel of corn according to Keystone Alliance. For example, the energy requirement (as measured in British Thermal Units or BTUs) to produce one gallon of ethanol has dropped by 28 percent since 2001, to just shy of 26,000 BTUs. Cooper says that compares to 77,000 BTUs found in one gallon of ethanol. Electricity demand has fallen by 32 percent and water use has decreased by 47 percent.

“As the data clearly demonstrate, America’s ethanol producers are mirroring the efficiency gains of the American farmers upon whom they rely for feedstock,” said Cooper. “As existing processes evolve and new production technologies emerge, ethanol production in the U.S. will not only increase in volume, but also in efficiency. Without a doubt, today’s ethanol industry is high-tech and increasingly energy efficient.”

During an event highlighting the signing of the contract in Dublin, Ireland, Zhou Jianxiong, XEMC’s Group Chairman said, “Gaelectric’s pipeline of wind farm projects in key locations, combined with our shared focus on innovation in renewable energy technologies, makes us ideal allies in co-developing Gaelectric’s portfolio of renewable power projects.”

“We are particularly pleased that the sites that we intend to co-develop with Gaelectric are very suited to establishing our Direct Drive Permanent Magnet Generator (PMG) turbine technology as the leading global wind generation technology delivering low service and maintenance costs, competitive pricing, and high availability and annual yield,” he added.

XEMC has 820 of its XE-series turbines installed in China. Its XE-series are the largest turbines in mass production in China.

“Our alliance with XEMC is a significant strategic step for Gaelectric. With the backing of XEMC’s industrial strength and technological capacity, and their track record and commitment to long term relationships, we are confident that Gaelectric’s portfolio of wind farm sites will be realised to the highest commercial and technical standards,” said Gaelectric CEO, Brendan McGrath. “Our visit to China in March of this year confirmed to us XEMC’s commitment to research and development which combines Dutch engineering design and pedigree, with Chinese industrial power. We also share a vision for the significant opportunities from off-shore wind energy generation on which we are already working closely together.”

“We’ve worked hard to make Connecticut an early market for EVs,” said Jeff Butler, CL&P’s president and chief operating officer. “We’re excited to see towns like Westport take advantage of the opportunity to become a leader in clean technology.”

The new charging station is located at Luciano Park Commuter Lot on Charles Street and already had its first customer the same day it was unveiled – a 2011 Chevy Volt from Karl Chevrolet in New Canaan. Westport First Selectman Gordon Joseoff downloaded a mobile phone application and then plugged the Volt into the charging station.

The Level II, 240-volt charging station in Westport can fully charge a Chevy Volt in four hours. Volts can also be charged using a regular 120-volt wall socket but it takes twice the time. According to CL&P, the electricity needed to fully recharge an EV battery costs about $3.00 on average, while a driver who “tops off” could do so for as little as 25 cents.

“Westport has always been a leader in promoting green and protecting the environment,” added Joseloff. “We are pleased to join CL&P in pioneering this latest effort to encourage Americans to make a lifestyle change to help preserve our planet.”

There are plans to have at least 30 EV charging stations by year end in Connecticut, western Massachusetts and New Hampshire and they will acquire data for parent company Northeast Utilities (NU) as part of the EV research project. Also part of the program is a new online tool – Plug My Ride – to connect consumers and others interested in electric transportation.

“We have done a lot of work over the last several years to integrate sustainable practices into our everyday business operations,” said Rodney McMullen, president and chief operating officer of Kroger. “Today, we are proud to unveil Kroger’s first operational solar energy project. Smith’s has done a tremendous job bringing this to realization. Kroger will continue reducing energy consumption and testing technologies that support future use of alternative energy sources.”

The Smith’s stores were selected due to the sunny climate and economic incentives offered by energy provider PNM. Affordable Solar, based in Albuquerque, designed and installed the panels. Kroger is also developing photovoltaic systems in stores located in Wilsonville, Oregon (Fred Meyer) and Cincinnati, Ohio (Kroger).

Panelists include speakers from the N.C. Solar Center’s Database for State Incentives for Renewable Energy (DSIRE) program, the North Carolina Sustainable Energy Association, the North Carolina Department of Commerce, FREEDM Center, TUV Rheinland, Henkels and McCoy, Semprius, TechnoSunSolar, Siemens, UL, Inc., FLS Energy, Actus Lend Lease, U.S. Navy Facilities Engineering Command, Sabot 6, and more.

“We’re excited to partner with the North Carolina Solar Center, and look forward to a productive day of discussion about the solar industry with information specifically designed for individuals in this part of the country,” said Richard Myers, senior director of solar vertical markets for Siemens.

This is the third Solar Exchange event. Past conferences were held in conjunction with the University of California, Los Angeles and Arizona State University. A full agenda will be available in late August. More information and registration can be found at here.

The first 145 units will be delivered by December 31 2011 with the remaining 755 to be delivered by the end of 2014. The EV charging stations will be installed in cities across the country as part of 350Green’s nationwide rollout. The company currently has 1,200 public chargers in 18 cities.

The EV Chargers can be used to charge several EV models currently on the market, is CHAdeMO compliant, and produces high power output while still maintaining top power factor, THD and efficiency ratings. The system can charge EV’s up to 80 percent within 30 minutes depending on the EV model.

According to Mike Tinskey, Ford director of Global Vehicle Electrification and Infrastructure, the “Drive Green for Life” program enables Focus Electric owners to reduce their cost of ownership by generating enough energy from their SunPower rooftop solar system to offset the electricity required to charge the vehicle at night. “It’s an eco-friendly solution that perfectly complements our plug-in products and other green initiatives,” he said.

“SunPower’s innovative partnership with Ford is a win-win for customers, providing a comprehensive sustainability program,” said Tom Werner, SunPower president and CEO. “By taking advantage of this program, Focus Electric customers can receive the added benefit of installing a SunPower solar system, the highest-efficiency, most reliable on the market today, generating the electricity needed to charge their vehicles.”

The 2.5 kilowatt rooftop solar system generates roughly 3,000 kilowatt hours of power each year. SunPower says this is nearly 50 percent more energy than conventional panels while at the same time utilizes less roof space than other panels. This is enough energy to charge an EV that drives about 1,000 miles a month. The rooftop solar system will also be compatible with the C-MAX Energi PHEV that Ford is rolling out in 2012.

This is the second renewable energy initiative that Ford has undertaken. In January, the company announced a partnership with Best Buy to offer a 240 volt home charging station for the Focus Electric and all future Ford EV models.

More accurately, Gordon along with his colleague Bret Pursuit, demonstrate how many appliances it takes in Scott’s 2200 square foot home to incur a utility charge, or “spin the meter” forward – what happens to most of us folk not benefiting from solar energy.

“As a leading solar installation firm in California, HelioPower is committed to educating consumers on the benefits of solar,” said Gordon. “In ‘Solar Overload‘ I’m able to show just how many appliances it takes to activate a utility cost from my residential solar power system. Over the five years I’ve had the solar panel system my family has saved $10,000 in utility bills. We are able to demonstrate how that happens when you see the many appliances it takes to spin the meter forward.”

So how much did it take? At 2 pm on a sunny afternoon, he turned on two refrigerators, two DVRs, one laptop, a 21″ monitor, and one cell phone charger. Guess what? The meter was still spinning backwards. He also added 56 light bulbs, one attic fan and five ceiling fans set on high. Still not running the meter forward. Now take a guess and see what happens when he adds a microwave, electric clothes dryer, energy efficient washing machine, and a pool pump.

“I am grateful for the commitment and the efforts of our shareholders, employees, contractors and the unwavering support of our economic development and training partners who contributed to building this state of the art facility,” said Gregory Adanin, Ventower president & CEO. “Ventower is well positioned to supply towers to our Great Lakes region where we continue to see increased wind project development opportunities. It is and always has been our goal to become an integral part of the industry supply chain and be part of advanced wind energy component manufacturing, education and innovation.”

Production at the facility will begin later this month to meet orders for towers this year and into 2012. The company will provide wind towers for both onshore and offshore applications and is focused on customers throughout the Great Lakes and Atlantic Regions.

“Our commitment to domestic manufacturing, job creation and renewable energy have all been important drivers during our initial efforts here in Michigan. Moving forward, Ventower will embrace the new, green economy while utilizing advanced fabrication techniques and processes at our state of the art facility,” added Board Chairman James Viciana.

Once the construction is entirely completed, the area of the power station will equal 207 football fields. The solar power produced should be enough to power 20,000 average sized households.

Austrian-based Activ Solar is in charge of the project, and company CEO Kavel Ertefai said, “A project of this scale means a radical change of solar energy development in Europe, while securing Ukraine’s position as renewable energy provider.”

The country funds its energy saving projects by the profits the government receives from selling CO2 under the Kyoto protocol. In 2009, revenues from CO2 sales to Japan alone were nearly $400 million U.S. dollars. Today, Ukraine ranks 12th in energy rankings with installed renewable energy capacity of 54 GW.

The wind turbines are scheduled to be delivered in the first half of 2012 and when the projects are complete, will provide more than 350 megawatts of power. This will boost Wind Capital’s U.S. wind power footprint to more than half a gigawatt. According to GE, the 1.6-100 wind turbine to be used in the Oklahoma project is one of its most advanced. It features a 100-meter rotor diameter and offers a 47 percent increase in swept area, resulting in an 18 percent increase in annual energy production compared with previous models.

“Today’s breakthrough supports a brand new commercial application for our core SolarWindow™ technology and is the direct result of numerous patent-pending methods, materials, and processes we have worked hard to invent and develop,” said Mr. John A. Conklin, President and CEO of New Energy Technologies, Inc.

There is optimism from the scientific community that commercially developed electricity-generating flexible plastic could be deployed as tinted window film, which remains see-through while generating electrical power. The achievements from New Energy researchers were accomplished by spraying the electricity-generating coatings onto flexible, lightweight lab-scale plastic (polyethylene terephthalate or “PET”) at room temperature and at low pressure. The company believes this product will lower manufacturing costs and is now moving forward with plans for commercial development.

“The turbine is located about 1 mile from the Baltic Sea so the wind resources are quite good,” said Glenn Steed, installation coordinator for Arista Power. Our shrouded WindTamer turbine has received a great deal of attention from the local residents, as it looks so different from any other turbine they have seen. Additionally, a neighbor had recently taken down an open blade turbine because it was making too much noise, so the fact that WindTamer operates virtually silently is a major attribute to this community. We’ve had a number of other residents asking about purchasing turbines and we’ve also had a number of interested parties from other European countries asking about distribution opportunities.”

Mindaugas Mazonas, director of sales of UAB WindTamer Europe, added, “WindTamer Europe is very excited to have this first installation completed. We look forward to using this as a great example of the Arista Power sustainable energy solutions we plan to bring to the rest of our territory. One of our first priorities will be to utilize Arista Power energy generation and storage products and technologies to implement an off-grid, battery-tied package to suit our customers who are challenged with grid availability and reliability.”

When you include large and small hydropower, which is estimated to have added 30 gigawatts of power in 2010, renewable energy accounted for approximately 50 percent of total added power-generating capacity in 2010. Also increasing in capacity last year was the solar water and space heating industry which added approximately 25 gigawatts-thermal (GWth) or about 16 percent.

“The Global Status Report shows that despite the recession, renewables are growing at an enormous rate,” said Director of Climate & Energy Alexander Ochs who contributed to the report. “Still, there are 1.5 billion people who don’t have any access to energy, and 3 billion people relying on traditional biomass sources and coal. If we want to prevent climate change from spinning out of control, we need to scale up our efforts to accelerate renewable energy development and deployment at all levels. Worldwatch will continue to provide guidance as to how this can be done.”

The driver for growth continues to be renewable energy policies. By the beginning of 2011, there were at least 119 countries that had some policy target or renewable energy policy at the national level. In 2005, this number was only 55. The report details that more than half of these countries represent the developing world and at least 95 countries have policy specifically to grow renewable power generation. In the United States, for example, 30 states (plus Washington, D.C.) have Renewable Portfolio Standards (RPS).

While feed-in tariffs are somewhat taboo in the United States, they remain the most common mechanism worldwide to encourage adoption of renewable energy sources. Also somewhat lacking in the U.S. private investments in the industry on a global scale reached $211 billion last year, up from $160 billion invested in 2009. Money invested in renewable energy companies, utility-scale generation, and biofuel projects increased to $143 billion, with developing countries surpassing developed economies for the first time, according to the Global Status Report’s recently released companion report, “UNEP’s Global Trends in Renewable Energy Investment 2011.” Not surprisingly, China attracted $48.5 billion, or more than a third of the global total.

In addition to the report, REN21 also launched its Renewables Interactive Map, a tool for gathering and sharing the renewable energy developments.