These 10 States Are Leading the Way in Solar Power. What’s Their Secret?

Solar power has made incredible progress here in the U.S. According to a new report from Environment America. In the last 10 years, solar panel capacity has increased more than 120-fold. In just 2011 to 2013 alone, solar power has tripled.
Incredibly, 10 standout states are responsible for a big chunk of that growth.
The Lighting the Way: The Top Ten States that Helped Drive America’s Solar Energy Boom in 2013 report notes that even though these 10 states account for only 26 percent of the U.S. population, they’re responsible for a whopping 87 percent of the county’s solar boom.
The states deserving a standing ovation? Arizona, California, Colorado, Delaware, Hawaii, Massachusetts, Nevada, New Jersey, New Mexico and North Carolina, all of which are doing a massive part in helping the entire country curb its reliance on dirty (not to mention, increasingly expensive) fossil fuels by harnessing the power of the sun.
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Here are some of the most interesting points and lessons (highlighted in bold) from the Environment America report. Perhaps the states that didn’t make the cut should take note.
– The report emphasizes that the most important factor of solar success is due to support from state and local governments, who have created policies that push for growth in renewables. For example, the report states that New Jersey has a target of obtaining 4.1 percent of its electricity from the sun by 2028. California has an extremely high renewable energy target — 33 percent — by 2020.
– Speaking of California, the Golden State state is also expanding its battery storage technology so residents can rely on the sun’s power even after it sets, the report finds.
– Several states in the top 10 also encourage small businesses and individual homeowners to go solar by paying them for the renewable energy they create. For instance, Hawaii’s feed-in tariff pays 21.8 cents per kilowatt-hour for small-scale residential solar projects, the report says. Clearly, it really does pay to be green.
– Top-ranked Arizona has the highest solar electricity capacity per capita, with 275 watts of solar electricity capacity per resident — about seven times as much solar electricity capacity per person compared to the national average. So why is Arizona a solar success story? According to the report, the state was the first to require utilities to obtain a certain percentage of their electricity from solar energy. However, the Arizona Corporation Commission (the state’s utility regulator) recently voted to end tax incentives which could hurt businesses and residents who want to go solar, the report points out.
– It’s no surprise that sun-spoiled western states rank near the top, but even small eastern states such as New Jersey, Massachusetts and Delaware have made the cut thanks to high electricity prices as well as public concern about pollution and clean energy. It’s clear that many Americans want a clean and efficient energy future, and these states are responding to the call.
– North Carolina rounded out the top 10 due to its several large-scale solar energy installations by utilities, which shot the state’s solar capacity per-capita by more than 140 percent since 2012, the report says. The state also allows clean energy companies to compete utilities and lets consumers pick their energy supplier.
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The big takeaway is that these states and their local governments have shown solid support and enacted polices that encourage and incentivize businesses, individuals and communities to make the switch to solar.
With the Obama administration’s new limits on emissions, the whole country needs to do their part. Especially since the planet is only getting hotter. Luckily, they can look to these 10 states that are truly lighting the way.
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This Small Change Could Create 47,000 Jobs and Cut 2.5 Million Tons of CO2 Emissions in Los Angeles

Green solutions and green jobs are a hot topic in this country. Not only can the green industry make our planet healthier, but it can bring employment opportunities to repressed areas as well.
But the question remains how to turn this into a reality. Which is why California took the initiative and conducted a study on how to help Los Angeles County adjust to climate change and to help both the public and policymakers make educated decisions and preparations about it.
The Los Angeles Solar and Efficiency Report (LASER) is the brainchild of the Environmental Defense Fund and the UCLA Luskin Center for Innovation. Data that was collected includes information on current environmental health risks, temperature increases and areas susceptible to climate change.
Armed with this knowledge, communities can now pinpoint areas and projects in which to invest to increase renewable energy jobs and decrease electrical bills.
The research team used a data driven mapping tool to show the county’s renewable energy potential. Focusing on rooftop solar energy generation and energy efficient measures, the map details where the county is currently — and where it could be with a few simple adjustments.
Currently, Los Angeles County only uses two percent of its solar power potential. However, by increasing that number to just 10 percent, theoretically, the county could create 47,000 jobs and reduce their CO2 emissions by 2.5 million tons. Not bad, huh?
The report also focuses on providing solutions for vulnerable areas, which right now, numbers about 3.7 million people, or 38 percent of the country.
According to Colleen Callahan, the head researcher of the report and deputy director of the UCLA Luskin Center for Innovation, the report is being released at the perfect time. “The project is timely because with new state funding sources becoming available, LASER can help inform how the region invests resources to address pressing environmental challenges while providing job opportunities in its most impacted communities,” Callahan told EcoWatch.
And with the White House calling for states to become more environmentally aware, the LASER report is a leading example and has received praise from the administration for its work.
As it should, because of the information it gives to policymakers, helping them make smart investments. After all, doing something wise with greenbacks can grow some major green results.
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DIY Your Way to Saving Energy

Sure, one man’s trash is another man’s treasure — but could one man’s random household items be the next great energy saving product?
Well, Good and Nest teamed up to find the American innovators taking do-it-yourself to the next level with their Home Planet Challenge. The concept is simple: Create a product that optimizes efficiency and diminishes waste out of items that can be found in your household or at a local department store.
After Good and Nest chose their 19 favorites, the public voted for the top five. Here’s a brief look at some of the winning designs.
DIY Air Conditioner
While most home cooling systems can run up into the hundreds of dollars, this air conditioner will only cost you about $15 to make. Constructed of only Styrofoam, a fan, ice and a PVC elbow, this product will cool you off on those hot summer days.
Solar Cooker
This $10 value cooks your meals without cooking the environment. While its components sound like something out of a school project — foil, glue, office clips, poster board and string — it will greatly help reduce electricity consumption.
Stationary Bike Energy Generator
With this invention, users can burn calories and create electricity to charge their phones or power light bulbs at the same time.
So the next time you think about throwing something out, take an extra look to see what gems it could help produce. After all,  it might end up being the next great, energy saving product.
To learn about the other products rounding out the top five, check out click here.
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This Park Bench Does More Than Just Sit Around

We’d never advocate anyone to remain on their behinds all day, but here’s a novel exception: If you’re sitting on a Soofa, you’re actually hanging out on something that creates energy.
Boston’s parks are getting wicked cool, solar-powered benches that can charge phones via USB, as well as check local the air quality and noise levels using location-based environmental information, the Boston Globe reports. The service is provided to the city for free, thanks to funding from Cisco Systems.

Bostonians will soon see the benches in Titus Sparrow Park in the South End, the Boston Common and Rose Kennedy Greenway. Residents can request additional parks to install Soofas by pinning a location to this online map (which is already lit up like a Christmas tree) or by tweeting the location to @newurbanmechs. You can also submit name ideas for benches if you want.

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In the video below, Soofa designer Sandra Richter and Boston mayor Marty Walsh have a chat about the city’s new toy. As mayor Walsh says, the benches aren’t just a convenient way to juice up your phone: “I also think it’s a way for us to educate the public on the environment on all the initiatives we have,” adding, “if [the public gets] into the habit of checking the air quality and the other things we can do on this [bench], it will help us with what we’re trying to do as far as having sustainable communities.”
As we’ve said before, solar power might just be the cheapest form of energy. Harnessing the clean, green power of the sun is a smart financial move, plus it also allows communities to create power just with the sun’s rays and peel themselves off the grid.
But, really, any excuse to enjoy some sunshine sounds good to us.
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Help Your Favorite Spot Go Solar With Just One Click

In recent years, solar power has seen tremendous growth in the United States. Once a niche product for the rich and famous, prices for solar have dropped 80 percent since 2008.
Now, it’s easier and more affordable than ever to put planet-friendly sun-soakers on roofs that are near and dear to you.
Thanks to solar-investment financing company Mosaic, you can now nominate any one of 300,000 schools, churches, libraries and other public places across the country to go solar on its new Mosaic Places platform. And all you have to do is click a button.
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Once a spot attracts 50 supporters, the Oakland-based start-up will offer $100 toward installing a solar rooftop, with donations maxing out at $14,000. There’s a total of $2 million or more up for grabs. If you don’t see a link for your favorite place, you can create its own page.
Brad Heavner, policy director for the California Solar Energy Industries Assn, told the Los Angeles Times, “the site could be a valuable way to see what spaces the public wants solar.”
Granted, even if a site gets a lot of funding, the building will still need to seek all the proper city permits to install the panels. But as Billy Parish, Mosaic’s chief executive told TakePart, “every building can go solar if the community is behind it.”
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We previously reported that Mosaic works similarly to micro-loan site Kiva. The company collects online investments, some as small as $25, to fund solar panels for buildings that otherwise couldn’t afford them. The solar array makes money by selling electricity to the building and to the local utility; Mosaic takes a small cut and pays the rest to its online investors, typically yielding returns of 4 to 7 percent.
With the EPA’s Clean Power Plan setting carbon limits on electricity production by power plants, it makes a lot of sense to invest in renewable alternatives such as solar, especially if we want a cleaner, greener America.
Mosaic now lets you spread the sunshine and make a difference.
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How Burning Man Spawned a Solar ‘Gold Rush’

When the nonprofit Food Bank of Northern Nevada scraped together enough donations to expand to a brand-new 61,000-square-foot facility in McCarran, Nev., in 2008, organizers hoped to power the place with the state’s omnipotent rays.
It was a pipe dream, though. The Food Bank, a distribution and outreach center, didn’t have enough funding left over to pay for a solar project, even one that would eventually pay for itself, as such installations can over time. And even if they could get a rebate from the state utility to help pay for the project, Nevada law at the time capped those incentives to solar installations smaller than 30 kilowatts — not nearly enough to make sense for a facility as large as the food bank. That’s when Black Rock Solar stepped in. The Reno-based nonprofit, spawned at the Burning Man arts festival in 2007, provides low-cost energy to underserved communities. Black Rock put relentless pressure on the state’s Public Utility Commission to remove the cap, according to Food Bank’s president and CEO, Cherie Jamason. Their efforts paid off, and when the agency flipped on the lights a few months later, the juice came from a 150-kilowatt solar array on the roof, installed by the very group that had started out as a bunch of “burners.”
Black Rock Solar was a tiny nonprofit back then, cobbled together by a dozen volunteers after the 2007 “burn,” the weeklong event held in Nevada’s Black Rock Desert where thousands of artists, musicians and creative types gather each August. That year, a solar installation was donated to Burning Man, and the leave-no-trace ethic behind the gathering meant that the volunteers had to find a home for the array once the festival ended. They did — at a local school in Gerlach, Nev., on the edge of the desert 10 miles from the festival. In the process, the volunteers also discovered a substantial portion of utility company rebates for which almost no one was applying. The group, which became Black Rock Solar, sought to combine their new knowledge of the system with the desire to help organizations in need.
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Tom Price, Black Rock’s former executive director and one of its founders, says the nonprofit was founded as a sort of “experiment…to see whether we can continue to express these values outside of the playa [the dried-up lake bed where Burning Man is held] in a different context. Inherent in it is this idea that we’re all in this together, and we have to take care of each other.”
That small cadre of volunteers — with backgrounds in solar energy and construction —discovered that they could position themselves as the ideal middlemen between NV Energy, the state-run utility handing out incentives for solar installations, and Nevada groups that didn’t know money existed or how to take advantage of it.
Now, seven years later, Black Rock Solar has 28 employees and has built more than 80 projects worth roughly $20 million, pushing more than 4.7 megawatts onto the grid, enough to power 1,365 homes. About a third of the projects have gone to Indian tribes, says Patrick McCully, Price’s successor and Black Rock’s executive director. The rest went to schools, community colleges, churches, food banks, homeless shelters and even some government buildings such as wastewater treatment plants. Black Rock Solar — funded entirely by utility rebates, grants and donations — is now the nation’s second-largest nonprofit installer of solar arrays.
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But back in 2007, even as renewable energy was getting buzz around the globe, even as state governments across America had begun to adopt standards that required energy portfolios include renewables, and even as obvious as the concept of solar might be in Nevada, one of the sunniest states in the country, it simply wasn’t taking off there.
“Renewable energy had been seen as complicated and expensive,” Price says. “It was for the rich or well connected.”
In part, that’s because most institutions didn’t have the money to pay for a solar project.
“Northwest Nevada is very poor,” said David Shearer, another founding member of Black Rock Solar and vice president of its board. “NGOs, schools, hospitals, Indian reservations and food banks just didn’t have the money to invest up front.”
Price and the other founders believed if the group started putting solar panels on highly visible institutions, like tribes and food banks, those projects would inspire cognitive dissonance among companies and citizens across the state.
“[We wanted people to ask] why is it that the Boys and Girls Club, the home for battered women, this Indian rural health clinic can have solar, but I can’t put it in my home or business?” Price says. “We wanted to change the narrative of the conversation around renewable energy. That’s going to echo throughout the community in ways you can’t imagine.”
At the time, Price says, solar-power distribution was dominated “by a few very small interests. Organized labor groups were charging a lot for solar and getting away with it,” because there wasn’t much competition, he says. “Few jobs were getting done, and they were making a lot of money.”
But Black Rock Solar had a few advantages. The cost of solar panels had begun to drop, and the group had a passel of eager volunteers. With a $50,000 loan from Burning Man’s limited liability company, which organizes the festival, to pay Price and two other staffers’ salaries, Black Rock Solar launched with most of its “employees” paid only in housing, groceries, beer and cigarettes.
Most of the initial volunteers were completely untrained, but Black Rock Solar did have a few key players. One of its early backers and board chairman, Matt Cheney, ran a $50-million solar development company, and he could get panels at competitive prices. Cheney happily brought both clout and expertise to the project, and he convinced suppliers to front the fledgling nonprofit $300,000 worth of panels for the first job, at the Pershing General Hospital in rural Lovelock, Nev. Another early contributor, Joe Pizur, a solar consultant and designer, put up his contracting license so the nonprofit would be qualified to sign contracts, build projects and be connected to the energy grid.
“Everyone else, including me, was a complete beginner” in the solar business, Price says — which is not to say they didn’t have talent. A graphic designer volunteered to sketch a logo. A lawyer helped draft the necessary paperwork. “We had not one, but five different friends who worked at NV Energy. Everywhere we turned, there was someone in our community saying ‘Let me help.’ It became not just easy; it became inevitable. The moment we had the idea and articulated it, it became inevitable.”
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Black Rock Solar soon became an unstoppable force in the statewide solar movement. In 2007, distributed renewable energy like solar couldn’t be owned by a third party, according to state law. Because nonprofits, schools and cities didn’t have the same freedom as businesses or residents to apply for the tax credits upon which most solar incentives are based, the law stifled development. As it turned out, though, there were “burners” in the Nevada Legislature, including Assemblyman David Bobzien. After one brokered brunch meeting with Bobzien Assemblywoman Sheila Leslie and Black Rock representatives, Leslie agreed to carry a bill to the house floor to get the third-party law reversed. The result? An immediate increase in solar projects and jobs in the economically struggling state.
Clamoring for solar power has indeed become contagious, just as Price and others had hoped. “We went from no one applying for the utility rebates to them being applied for 10 times more than what was available,” Price says. “It really changed the market in Nevada, dramatically.”
Many of Black Rock Solar’s installations are on State Highway 447, which the state of Nevada declared in 2010 as “America’s Solar Highway,” lauding the route’s distinction of having more watts of solar power per mile — 17 — than anywhere in the United States.
“They’re [Black Rock] timely, they’re neat, they clean up after themselves well,” says Jim Peckham, executive director of Friends in Service Helping, a nonprofit in Carson City, Nev., that runs thrift stores, a counseling center, a dining room and food pantry, shelter facilities and a medical clinic. The agency worked with Black Rock on two different solar installations, each worth more than $100,000 but costing the company a total of $16,000, thanks to utility rebates and private donations. Peckham expects the panels to cut his power bill in half, saving $5,000 a year.
The installation at the Food Bank of Northern Nevada cost $735,388, according to Cherie Jamason. After the rebates, the nonprofit paid a mere $45,388. Jamason estimates that the resulting cost savings allowed the food bank to provide 1.5 additional million meals to its clients, who numbered 200,000 in 2012.
“That’s a pretty amazing return on investment,” she says.
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The Two-Wheeler to the Rescue

Jim Turner sees the world through bicycle-shaped lenses.
He’s a two-time Motorcross National Champion who left an engineering job at Ford Motor Company to found the Boulder, Colorado-based company Optibike (which designs and manufactures electric bikes), and he’s the author of a book — The Electric Bike Book — which is about bikes (naturally).
So it’s not really a surprise that in 2012, when Hurricane Sandy struck the East Cost, Turner began thinking about how electric bikes might be useful for recovery efforts.
Inspiration kicked into high gear (pun intended!) when the Colorado floods of September 2013 stranded Turner and his family. The roads to his community were washed out, and the only way to get out or bring supplies in was on foot or by bike. (Or by unicycle, as one goofy video demonstrated.)
Turner decided to turn his early ideas into a learning experience for the industrial design students at the Metropolitan State University of Denver. (David Klein, a friend of Turner’s, is a professor there.) Turner challenged students in Klein’s class to design prototypes for a Bicycle Emergency Response Trailer (or BERT). The contest had a few parameters: The trailer had to be light enough that an Optibike could pull it, it needed to run on solar power, and it had to be narrow enough to fit on a small trail.
Students came up with designs that included solar panels for charging cellphones when a community’s power is out, emergency lights, water filters, fold-out tents, and drawers for medical supplies. One team’s BERT folded out into a table that emergency crews could use for a staging area, while another doubled as a stretcher.
Turner told Jason Blevins of the Denver Post, “It reminds me of the beginning of Optibike. This is something that hasn’t been done before. There’s so much room to be creative.” He said of the student designs, “Every one of them, I see something I like.”
So in a few years, when disaster-stranded people are in need of rescue, don’t be surprised if a fleet of electric bicycles and emergency trailers are their saviors.
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An Idaho Couple Is Literally Paving the Way to America’s Solar-Powered Future

If you’ve ever seen a raw egg sizzle on the sidewalk on a sunny day, then you probably know that our roads can collect a lot of heat. With 4.09 million miles of road and countless parking lots in the United States absorbing the sun’s rays all day long, clearly there’s a lot of solar energy that’s going to waste in this country.
With solar panels going on everything from cell phone chargers to the roof of the White House, an Idaho couple wondered, why not put them on America’s enormous stretches of asphalt as well?
Scott and Julie Brusaw are hoping to re-pave America’s roads and parking lots with their Solar Roadways project. These solar panels can generate enough juice to power our cities, plus withstand the heaviest of trucks (250,000 pounds), provide illumination for safer night-time driving, and defrost snow and capture water.
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As The Escaptist writes, the inventors claim that a nationwide system of Solar Roadways could produce enough clean, renewable energy that it could power the whole country and reduce greenhouse gas emissions by 75 percent.
If you think this concept seems a little out-there, their project (now in its eighth year) has already received $750,000 in funding from the Federal Highway Administration. The Solar Roadways team is wrapping up the construction of their prototype parking lot that’s right outside their Idaho lab and are now seeking an additional $1 million on crowdfunding site Indiegogo for commercial production.
According to their website, the super strong glass-covered panels have been tested in civil engineering laboratories across the country for traction, load testing, and impact resistance — exceeding all requirements. There’s even a video demonstrating that these panels can support the weight of a tractor.
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Solar Roadways could help fight not just climate change, but unemployment, too. The Brusaws claim that the implementation of their concept on a grand scale could create thousands of jobs in the U.S. and around the world. “It could allow us all the ability to manufacture our way out of our current economic crisis,” their website boasts.
Currently, the cost of installation of the Solar Roadways is unknown (the hard numbers should be ready for announcement in July, Wired notes), but the Brusaws say their Solar Roadway — like many renewable energy sources — pays for itself over time.
Let’s hope there’s lots of sunny days ahead in the forecast.
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This Man’s Seriously Bright Idea is Giving People the Ability to Create Power Anywhere

What would you do if your phone’s juice was running low? Most of us would probably try to find the nearest wall socket. But what if you were nowhere near an electric outlet? Or what if the power was out?
Considering our modern world’s amazing technological capabilities, the way we power our gadgets and gizmos hasn’t changed much since, well, ever.
And that’s where Harold Tan, the founder and CEO of SunJack, (aka the world’s most powerful solar charger), comes in. His device can power up eight iPhones with only five hours of sunlight. Granted, solar chargers have been around for some time now (we’ll explain why the SunJack packs such a powerful punch later). But more than just giving us the convenience of quickly juicing up our smartphones during outdoor camping or music festivals, what makes this 34-year-old entrepreneur important is that he’s also bringing light to people in need — across the globe and here in the United States.
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The Los Angeles-based Tan told NationSwell that he’s currently in discussions with the Red Cross, the Federal Emergency Management Agency (FEMA), and Smokejumpers (airborne firefighters) to donate units for local emergencies or other natural disaster situations, like Hurricane Sandy. “At those times, cell-phones are not just a luxury, but a lifeline to communicate medical emergencies or even to provide lighting at night,” he said.
Additionally, Tan said that his start-up is working with homelessness organization PATH to help provide energy independence to those of the population without homes, so they can power cell phones and apply for job interviews or stay in touch with social workers.
Not only that, the London-born Tan teamed up with Greg Cooper (who heads philanthropic tech company Dome KRB) to help the rest of the world achieve energy independence. “So, what TOMS Shoes does for shoes, we do for energy. So with every purchase of a SunJack we’re donating solar chargers out to Papua New Guinea and other third world countries, so that these huts can have energy independence and be able to power their lighting needs,” Tan told Gather Green. “Without these lighting sources, rural areas are currently resorting to kerosene lamps and indoor fires which are causing serious health issues.”
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SunJack recently completed a successful Kickstarter campaign more than a week early, raising thousands more than the initial goal of $33,000. The company is now pumping out 300 units for an initial production run.
So how exactly does the SunJack work? The charger runs on monocrystalline solar cells — the same type of solar cells that go on rooftops. As Tan says, what’s different about his product is how its proprietary USB port and lithium-polymer battery optimizes the power of sunlight. (It’s like getting “more water out of your faucet faster.”) The charger is extremely powerful for its size (it can be folded up and toted around like an iPad), plus it’s virtually indestructible, as demonstrated by the car that runs over it in the video below.
As we’ve seen multiple times before, solar power is changing the face of conventional energy. In the long run, solar power might just be the cheapest form of energy. Not only is harnessing the clean, green power of the sun a smart financial move, but it also allows anyone anywhere the ability to create power just with the sun’s rays.
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Along with our growing consciousness of protecting the environment is a simultaneous move towards energy independence; solar chargers allow us to slowly cut ties from Big Power and peel ourselves off the grid.
Funny how something as old as the sun is changing modern electricity.
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How This U.S. Army Base Is Leading the Way in Alternative Energy

As the largest energy consumer in the United States, the Department of Defense is ramping up efforts in renewable energy, and Arizona U.S. Army base Fort Huachuca is setting the bar for the military’s greener future.
Fort Huachuca, located about 50 miles southeast of Tuscon, Ariz., is breaking ground on a photovoltaic array, or solar panel installation, aimed at replacing 25 percent of the base’s electricity.
The ambitious, 68-acre project is described as the Department of Defense’s largest solar undertaking yet, according to Katherine Hammack, assistant secretary of the Army for military installations, energy and environment. Officials hope to launch commercial operations by the end of the year.
The announcement is one of several recent efforts by the U.S. military to implement energy efficiency and renewable energy to meet a 2025 deadline to produce a quarter of all energy from renewable sources. Last week the DoD issued a department-wide directive on its energy policy, emphasizing a push toward more alternative energy. 
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Thanks to cheaper costs of wind and solar installment, renewable energy installations are expected to rise 37 percent over the next two years, according to research group Bloomberg New Energy Finance.
But residents at Fort Huachuca have been bucking the trend over the last few decades, paving the way for future adapters.
The base has spearheaded a number of energy conservation projects since the 1980s, when the fort installed a solar pool-heating system, a domestic hot water system and small photovoltaic systems, according to the U.S. Army. Fort Huachuca also opened a wind turbine in January 2011 and is home to the Col. C. Smith Middle School, a “net zero” or self-sustainable school, which has won national and international recognition for its environmental design and stewardship.
“The project goes beyond the megawatts produced,” Maj. Gen. Robert Ashley, Fort Huachuca commanding general, said in a statement. “It reflects our continued commitment to southern Arizona and energy security. The project will provide reliable access to electricity for daily operations and missions moving forward.”
The Fort Huachuca solar project is a collaboration between the U.S Army Energy Initiatives Task Force (EITF), Fort Huachucha, The General Services Administration, Tuscon Electric Power (TEP) and German-based developer E.ON Climate and Renewables. TEP will fund, own and manage the project, which means no taxpayer dollars spent on the ambitious installation.
Though the project is months away from commercial use, the public-private partnership underscores a new era of alternative energy expectation, and one that Fort Huachuca has long held.