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Posts Tagged ‘Solar Energy’

Rushed Anti-Renewable Energy Bill Stalls in Committee

Wednesday, April 24th, 2013 - posted by Davis Wax

Shine On: Clean energy in North Carolina will continue to create jobs and yield benefits after a bill to repeal the state's renewable standard failed in committee today. Image licensed under Creative Commons.

A bill in the N.C. House that would repeal the state’s Renewable Energy Portfolio Standard (REPS) failed today in the House Committee on Public Utilities and Energy by a vote of 18-13.

According to the N.C. Sustainable Energy Association talk of insufficient votes in the Environment Committee prompted Rep. Mike Hager to withdraw the “Affordable and Reliable Electricity Act” from the committee’s scheduled hearing in order to attempt to push it through the Public Utilities Committee, which he chairs.

“If the only way a business can move forward is with a subsidy, then maybe we need to rethink the business,” said Hager, a former Duke Energy employee and the bill’s primary sponsor. Fellow lawmakers responded by saying that Duke Energy has an effective subsidy through its huge monopoly on electricity distribution in the state and that subsidies have been used to help up-and-coming industries for decades.

Even after Hager agreed to keep the 12.5 percent commitment to renewable energy from retail sales of state utilities in the bill in order to make it more appealing, a bipartisan majority including several key Republicans in the Utilities Committee still killed the legislation. In the most recent version Hager pushed through, the bill would still allow companies like Duke Energy to let their renewable energy contracts run out without expecting them to pursue any further commitments to wind, solar, biomass, or other industries.
(more…)

Renewable Energy Standard Targeted by N.C. Legislature

Friday, April 19th, 2013 - posted by Davis Wax
North Carolina number five in solar.

North Carolina is number five in solar, but that huge success is under attack in Raleigh. Photo by SEIA.

Despite job creation directly linked to North Carolina’s burgeoning clean energy industry, the state’s modest renewable energy standard continues to be targeted by lawmakers.

The “Affordable and Reliable Energy Act,” which narrowly passed the House Commerce Committee, would warp the state renewable energy portfolio standard into a shadow of the law created with bipartisan support and the backing of the state’s largest electric utilities in 2007.

According to a study by RTI International and La Capra Associates, the state’s renewable standard has led to a net gain of over 20,000 clean energy jobs even while more than 100,000 jobs were lost in the N.C. economy during the same five years. The state’s clean energy investment has created a net revenue of $113 million since 2007, while the total economic benefit of clean energy over the past five years was $1.7 billion.

Investors are listening up and jumping on board, too, as clean energy investment has grown 13-fold over the past five years in North Carolina, resulting in an estimated 8.2 million megawatts being saved through renewable energy and energy efficiency projects. Additionally, it is estimated that state government energy efficiency programs have saved $427 million in taxpayer money.

Solar energy has soared in North Carolina due to the REPS. The state is fifth in the nation in solar installed and is projected to reach number four by this year, according to the Solar Energy Industries Association. Out of the 30 utility-scale solar projects in the Southeast in 2012, 21 were in North Carolina.

Those benefits could be cut short if the tunnel vision that has taken over North Carolina politics prevails.
(more…)

The Inside Scoop on Residential Efficiency Policies

Tuesday, April 16th, 2013 - posted by Jil

By Matt Grimley

Jim and Edrianna Stilwell used a federal energy tax credit to help them install a system that heats their home’s water using solar energy. Photo by Jim Stilwell.

Jim and Edrianna Stilwells’ home in Fairview, N.C., is immersed in nature. It sits at 3,500 feet and offers nearly 360 degrees of mountainous views.

It was designed to be energy efficient, and with lessening their carbon footprint in mind, the Stilwells decided to add a solar thermal system to their home.

A solar thermal collector was mounted outside to provide hot water to the home’s radiant floor heating, in addition to hot water for everyday use.

Jim Stilwell says that the system gave them a more efficient home, allowing them to pay about $40 a month for their winter electric bills and $300 a year for their backup propane heating system.

“[The solar water heating system] makes a lot of sense for someone who’s going to be in their home for a while,” he says. Looking ahead, he says that the next step for the home will be solar photovoltaic panels.

In installing the solar water heater, the Stilwells took advantage of the solar investment tax credit, one of a few federal energy tax credits. It allowed them to take 30 percent of the system’s cost, including labor and installation, and put it back into their wallets. Do you find yourself wanting to save on electricity and create a comfier home? Check out these energy efficiency policies for residential users. To see more state and federal energy efficiency policies, go to energy.gov/savings or dsireusa.org.

Energy-efficient Mortgage

The Goals: Finance the cost of energy-efficiency improvements into a new mortgage
Who Benefits: Any property owner who qualifies for a home loan
How It Works: A lender will issue you a mortgage based on the value of your home plus the projected cost of efficiency improvements. Because your home will be more energy efficient, you will save on utility costs and be able to devote more income to the monthly mortgage payment.
Where It Happens: Anywhere, through the Federal Housing Association. Check with local lenders to find who is FHA-approved.
More Info: Be sure to get a Home Energy Rating Systems report done before. Go to hud.gov for more information.

Property Assessed Clean Energy Financing

The Goals: Finance the cost of energy-efficiency improvements by providing upfront capital that is paid back through property taxes.
Who Benefits: Whoever pays the taxes on the residence, be it a home or a condominium
How It Works: In areas with PACE legislation, municipal governments offer bonds to investors. From the sale of the bonds, the local government offers a loan to consumers for energy efficiency retrofits. The loans are repaid over a specific term on the property tax bill. The loan is also attached to the property instead of the person.
Where It Happens: Anywhere with PACE legislation in place
More Info: In 2010, PACE financing through secondary mortgage entities Fannie Mae and Freddie Mac was blocked, suspending many residential programs. Check out pacenow.org to see if your state offers PACE financing.

Energy Efficiency Tax Credit

The Goals: Provide tax credits to individuals who make energy efficiency improvements on their homes.
Who Benefits: Taxpayers qualify and are allowed to take an aggregate amount of credit, up to $500.
How It Works: You can get tax credits for the purchase of a range of energy-efficient appliances and improvements, including biomass stoves, insulation, and windows and doors.
Where It Happens: Anywhere (as long as you pay your taxes)
More Info: These tax credits expire at the end of 2013. Check out energystar.gov for more information.

Weatherization Assistance Program

The Goals: Provide low-income families with free weatherization services
Who Benefits: As many as 20 to 30 million U.S. families are eligible for this free service, though requirements vary from state to state.
How It Works: Every state has a different WAP. You must first contact a local agency and apply to see if your family qualifies. If so, you get an energy consultation at your residence. If everything is good to go, workers will come and complete the project in a day or two.
Where It Happens:Every state
More Info: Go to www1.eere.energy.gov/wip/wap.html to see what programs your state offers.

Two School Districts Go Green to Save Green

Friday, October 19th, 2012 - posted by molly

By Toby MacDermott

North Adams Elementary is one of the greenest schools in southeast Ohio. With solar panels on the roof, wild turkeys roaming the grounds, and a design based on LEED, or Leadership in Energy and Environmental Design, standards, this school exemplifies sustainability in action. But this building is not alone. The entire Adams County/Ohio Valley school district has gone green. With solar panels on several school buildings, and the school board’s pursuit of energy efficiency helping the their bottom line, the students get a real world education in the benefits of going green.

All this has taken place in the past five years, without a large out-of-pocket expense. Located in the Ohio Valley, this rural, somewhat impoverished area has one of the highest unemployment rates in the state. Despite these hurdles, the school district has transformed itself into “one of the greener districts around here,” according to Facilities Manager Steve Wolfe.

Through a partnership with the Ohio School Facilities Commission, Adams County schools were able to fund several new schools for seven cents on the dollar. Geothermal heating and cooling systems at several new schools were installed as part of the district’s energy conservation strategy. Similarly, solar panels were installed on the roof through a partnership with Kastle Solar LLC.

They own and installed the panels at no cost to the district, allowing the school to buy electricity at a greatly reduced rate when the sun is out.

Similarly, by going through older schools with a fine-toothed comb to improve efficiency, the school district was able to save quite a bit of money. Through another partnership, they were able to replace old inefficient bulbs with modern low-energy bulbs.

By improving efficiency and switching to renewable power sources such as solar panels and geothermal heating and cooling, the Adams County/Ohio Valley school district saved over $100,000 in utility costs at three older high schools. Photo courtesy of Kastle Solar LLC

“Twelve months later we had shaved over $100,000 off the utilities [at three older high schools],” says Wolfe.

With all these solar panels and savings from efficiency, the schools have been able to share the learning experience with their students. A website shows the energy production from the solar panels in real time, so that the students can see when the lights and computers in their classrooms are running off the sun.

With the children learning these valuable lessons at school, the entire community sees the benefits. Jim McClanahan, energy manager for Scott County Schools in Kentucky, took a different approach to keeping the lights off. Rather than spending money on occupancy sensing switches to turn off the lights when the room is empty, he empowered the students. Now they have Student Energy Teams that turn off unused lights and remind others to do the same, helping to change the culture of the schools. The students take this education home, spreading the benefits from school into the community.

In Adams County, Ohio, Wolfe’s search for energy inefficiencies in their old schools led them to the biggest energy user in the building, the HVAC system. Rather than buying new, Wolfe’s team went through the existing system and made sure that everything was running smoothly, then took a close look at how they used it. Instead of heating or cooling the building in case someone needs to use it, now there is a reservation system. If someone needs to use the building after hours, a quick reservation is all they need to do, otherwise the system turns off when the school day ends.

Similarly, the classroom temperature is now limited to a couple of degrees up or down. No longer could “people get their rooms like a freezer, or like a sauna,” says Wolfe. Changing the way that the HVAC system runs was one of their most effective energy saving measures.

In order to upgrade the lighting systems, the school district looked at rebates and incentives offered by their local electric utility. With very little cash outlay, they replaced the metal halide bulbs in the schools’ gyms with much more efficient fluorescent bulbs.

Once educators began to see the benefits of having more efficient systems, they also began to envision new ways to teach their students. Efficiency and energy savings tie right into teaching children about basic science and economics. Continuing their environmental stewardship work, the school board has recently begun a robust recycling program for the district: A new solar-powered recycling compactor lets students see the power of the sun in action, and saves transportation costs by reducing the amount of recycling truck traffic.

With all the economic, educational and environmental benefits of green building and energy efficiency, Wolfe says,”It’s win, win, win all the way around.”

Raleigh Legislature Hosts Citizens’ Lobby Day for Renewable Energy

Tuesday, June 19th, 2012 - posted by jeff


There’s just something fitting about North Carolina renewable energy advocates getting up ahead of the sun – and this is exactly what they did on Tuesday June 12th as they rolled out of bed for the 7:00 AM convening of the North Carolina Sustainable Energy Society’s Citizen Lobby Day.

Why such an early start? Renewable Energy Development in NC of course! Though the waiting hot coffee didn’t hurt.

Given the many arduous budgetary matters now before NC’s legislature, these NC fans of clean and green energy wanted to make sure that the legislature kept renewable energy development in North Carolina (now the 10th largest state in the Union), squarely on on the front burner. (more…)

A Golden Wing and a Prayer: Restoring Warbler Habitat

Wednesday, April 18th, 2012 - posted by Madison

By Brian Sewell

This map from the Natural Resources Conservation Service marks the golden-winged warbler focus area for the new conservation program

Appalachia’s favorite bird, the golden-winged warbler, has been selected as one of seven focus species by a new partnership between the U.S. Department of Agriculture and the U.S. Fish and Wildlife Service that aims to reverse population decline through habitat restoration. The “Working Lands for Wildlife” program will collaborate with private landowners and farmers to restore species populations while boosting rural economies by protecting working lands.

According to the USDA’s Natural Resources Conservation Service, the habitat of nearly two-thirds of all species federally listed as threatened or endangered exists on private lands. With $33 million in funding from the Wildlife Habitat Incentive Program, the partnership selected seven species, including the golden-winged warbler and the bog turtle, whose preservation will also benefit wildlife with similar habitat needs.

Traditionally, the golden-winged warbler has thrived in the forested hills and grasslands of the Appalachian Mountains. But land lost to development and changes in forestry and agricultural practices have caused populations to decrease.

Photo courtesy of U.S. Fish & Wildlife Service

The species is currently under review listing under the Endangered Species Act.

The “Working Lands for Wildlife” partnership aims to rebuild habitat on private lands necessary for the warbler’s spring breeding, by managing and maintaining forested landscapes near active agriculture or pastureland. By cooperating with landowners and local communities, the federal partnership can help the golden-winged warbler population remain at home in the region and off the Endangered Species list.

Tennessee PBS Harnesses the Sun

East Tennessee PBS announced that a 38-kilowatt solar system mounted to their building’s rooftop is now operating and generating electricity. The 162-solar panel system can power four houses for up to 40 years. Funded in part by a grant from the Tennessee Solar Institute and the American Recovery and Reinvestment Act, PBS says that the system will never cost the station or its members anything, but will decrease the station’s power bill by 20 percent. All engineering and installation work on the rooftop system was sourced by contractors in eastern Tennessee.

Appalachia to Furnish Asian Homes

Home-furnishings and wood products businesses in Appalachia are seeking to expand export sales from Asia to the Pacific Rim at the Furniture Manufacturing and Supply China 2012 trade fair in Shanghai. Qualified Appalachian businesses can apply to join the Appalachia USA delegation traveling from Sept. 11-14. For information on the trade fair, visit: expo.fmcchina.com.cn

Saving Our Rivers (and Kids!) from Drugs

Organizers of the annual prescription drug take-back day in Watauga County, N.C., are stepping it up a notch this spring, aiming to collect one million pills in this year’s May 19 Operation Medicine Cabinet. The twice-yearly event, sponsored by the Upper Watauga Riverkeeper and area groups, is designed to keep prescription drugs from being flushed into the water stream as well as out of the hands of kids. For more information visit: drugtakebackday.com

By The Numbers

Wednesday, December 21st, 2011 - posted by brian

78%:

Voters nationwide who support the U.S. Environmental Protection Agency’s work to hold polluters accountable.

170:

Votes against environmental protection in the House of Representatives since the beginning of 2011

1,048.3 million:

Number of short tons of coal the U.S. consumed in 2010, the second-lowest consumption rate in a decade.

1995:

The last time coal productivity was lower than it is now. Productivity, measured as short tons per employee hour, fell to 5.57 tons.

2015:

Year when Central Appalachian coal production is expected to be 49 percent of 2008 levels because of decreased availability of coal.

59,059:

Number of Appalachian coal mining jobs in the third quarter of 2011, the highest number since 1997.

10%:

Increase in Appalachian mine jobs since the EPA issued a guidance on surface mining permits in Appalachia in April 2010

2.3%:

Effective corporate income tax rate utilities, gas and electricity industries paid in 2010
16: Number of major energy companies that paid no income tax in 2010

$87 million:

Amount of Dominion Resources’ Domestic Production Activities tax deduction between 2008 and 2010

1986:

Last time active, permitted coal mines had the capacity to produce as much coal as they do now.

1986:

Last time coal mines used as little of their production capacity as they do now.

Data from the Federal Reserve, Public Policy Polling, U.S. Energy Information Administration, Citizens for Tax Justice, Mine Safety and Health Administration

EPA Awards Grants to Seven Universities in the Southeast

The U.S. Environmental Protection Agency has awarded seven universities in the Southeast with the People, Prosperity and the Planet (P3) Phase I grants for the 2011-2012 academic year. Grant recipients will design solutions to sustainability challenges that improve quality of life, promote economic development and protect the environment.

Two Appalachian schools are among this year’s recipients — Appalachian State University and Vanderbilt University. Appalachian State is working to develop an artificial wetland suitable for recycling of graywater from small businesses for immediate reuse, and Vanderbilt University is creating a biohybrid solar panel that substitutes a protein from spinach for rare metals, and produces electrical energy.

For more information, visit epa.gov/P3/

WNC Forest Report Card Yields Mixed Results

A comprehensive report card on the state of Western North Carolina’s forests shows that while land protection and economic activity have improved, development continues to encroach on the states forested areas. The report was created through a collaboration between the Forest Service and the University of North Carolina at Asheville’s National Environmental Modeling and Analysis Center. The project began in 2008 and focuses on 18 counties in western North Carolina, covering 7,480 square miles or 4.8 million acres.

Among categories rated as “improving” are overall economic activity, indicating a steady growth in recreation, tourism and arts and crafts. Lands managed for conservation have also grown by about five percent since 2005, with nearly 60,000 acres preserved. Development and population growth are mentioned as increasing forest fragmentation and at-risk species.

The report, aimed at helping decision makers across the state, considers factors such as biodiversity, production, overall ecosystem health and how forests are affected by natural and man-made changes. Categories are rated as improving, stable, at risk, worsening, dynamic and uncertain.

The report card will be updated periodically at wncforestreportcard.org

EPA to Develop Natural Gas Wastewater Standards

On Oct. 20, the U.S. Environmental Protection Agency announced a schedule to develop standards for wastewater discharge produced by mining and drilling underground coalbed and shale formations. Currently no comprehensive set of national standards exists for the disposal of wastewater discharged from natural gas drilling.

As natural gas drilling increases across the nation and especially in the Marcellus Shale formation, the nation’s energy independence increases. But regulators see the lack of standards to regulate wastewater as a liability that can potentially harm the health of the air and water and that of communities where drilling takes place. Information reviewed by the EPA, including state-supplied wastewater sampling data, has documented elevated levels of pollutants entering surface waters as a result of leaks and inadequate treatment at water treatment plants.

The EPA will gather input on the proposed standard from of stakeholders including industry and public health groups. The agency will also solicit public comment and plans to announce a proposed rule for coalbed methane in 2013 and for shale gas in 2014.

The Solar Decathlon

Thursday, October 20th, 2011 - posted by brian

Students Build Tomorrow’s Homes Today

By Jeff Deal

Those weren’t spaceships on Washington D.C.’s National Mall in September — they were entries for this year’s U.S. Department of Energy Solar Decathlon.

Every two years, the competition challenges teams of college students to design, build and operate solar-powered homes that are affordable to build and maintain, energy-efficient and beautiful. The winner is the group with the highest combined score across 10 categories that evaluate the efficiency, sustainability and the livability of the students homes.

This year, two teams from Appalachia were invited to participate with just 18 other universities from around the world in the creation of these forward thinking homes.

Solar Homestead – Appalachian State University

The 2011 Solar Decathlon People’s Choice Winner, Appalachian State University, has garnered a lot of attention recently. The student-led team’s modular creation, called the Solar Homestead, tied for first in the water heating competition, placed second in the communications category and third in the architecture contest.

Photo courtesy The Solar Homestead

The students’ housing concept was based on the traditional Appalachian homestead: a family, home, outbuildings and land functioning together to produce an independent livelihood.

ASU’s 21st century homestead features a solar energy collecting “trombe” wall in the main house that can absorb and radiate solar warmth in the winter but can be shielded from the sun during summer months, allowing the wall to absorb additional heat inside the dwelling.

Other green features include: roofing constructed from an 8.2 kW solar electric system capable of providing all electricity for the home; innovative dynamic modular construction allowing living space to be added or subtracted on demand; a cutting-edge phase-change solar water heating system; day-lighting galore; and a 900-square-foot, covered breezeway for outdoor living and “porch sitting.”

Living Light – University of Tennessee

Another team of Appalachian students also found a bright spot in this year’s Solar Decathlon. The University of Tennessee at Knoxville’s entry, Living Light, placed eighth overall in the competition and took third place honors in the engineering and appliance categories.

Photo courtesy Solar Decathalon

The home’s exceptional lighting engineering utilizes programmable blinds sandwiched between two panes of insulated glass to help passively heat the home in winter and cool it in summer. The same structure also provides rich day-lighting to the interior living space.

The Living Light home is powered by a 10.9 kW solar electric system comprised of easily installed cylindrical solar collectors that passively track the sun throughout the day while maintaining a lower operating temperature to increase electricity production. Air quality within the space is maintained by a high efficiency ventilation system that harvests heat from the air in colder months and cools inside air in hotter weather.

In the end, all entries in the 2011 Solar Decathlon brought unique design and vastly different innovative technology solutions to the table, proving an important point — that variety is an attainable spice of sustainable life.

If You Could Only See Them Now

If you didn’t make it to Washington, D.C., to see these “future-is-now” student home designs, you will still have a chance. ASU Chancellor Ken Peacock plans to permanently install the Solar Homestead on the Boone, N.C. campus, while the UT team will take Living Light on a state-wide tour of Tennessee.

Visit solardecathlon.gov to learn more about the 2011 contestants.

Viewpoint

Friday, October 14th, 2011 - posted by brian

Please Don’t Trash the Outdoors

Dear Editor,

For my school service project, I picked up trash around the forest. I picked up trash at campsites and on the forest roads. I found a lot of things like beer cans, milk containers, soda bottles, food wrappings, and someone even threw away a broken camp chair. I pulled a lot of trash out of the river also. I filled four large bags in two hours! The places where I picked up trash were in the National Forest. Please do not litter because the forest is so beautiful. Don’t you want to keep the forest clean? When you come to the woods to camp or hike don’t you want to see a clean forest, a clean river, healthy fish, and beautiful flowers, NOT a trash dump? Throw your trash away in trash cans. Trash your trash, not the forest!

Skyler Williams, Age 7
Mountain Sun Community School, Brevard, N.C.

Putting Damaged Land to Good Use

Dear Editor,

I was reading an article recently about mountaintop removal (MTR) coal mining and got to thinking….

How many square miles have been cleared in Kentucky for MTR? And, if we covered all that space with photovoltaic (PV) solar panels, how much electricity in kilowatt-hours (kWh) would be produced?

According to the Appalachian Voices’ website, 574,000 acres (897 square miles) of land in Kentucky has been surface mined for coal and more than 293 mountains have been severely impacted or destroyed. According to the U.S. Department of Energy website, the total electricity consumption in Kentucky in 2005 was 89,351,000,000 kWh.

The following projection is based on experience from PV solar installations already in place here in Kentucky and from the fact that we get four and a half hours of sunlight per day on average, accounting for clouds. To produce that much electricity in one year, around 190 square miles of land would need to be covered by a 69.1 GW (gigawatt) solar array. Therefore, if we merely put PV solar panels on 1/5th of our already cleared land, we would supply ALL of the electricity needs for the entire Commonwealth of Kentucky!

If we covered the entire 897 square miles of cleared MTR space in Kentucky, we could supply nearly 10 percent of the electricity needs of the entire U.S.! Additionally, a total of 1,160,000 acres (1,813 square miles) of land has been surface mined for coal in the central and southern Appalachian region.

According to the Central Intelligence Agency website, the United States consumed a total of 3.873 trillion kWh of electricity in 2008. To produce that much electricity in one year from PV solar panels in this region, 8,225 square miles of land would need to be covered. Accordingly, roughly 22 percent of the electricity consumed in America could be provided by PV solar panels if the 1,813 square miles of land cleared by MTR in Appalachia were covered.

At this point, you’re probably asking yourself: that’s great, but how much would it cost? And, what about energy storage so we can use that electricity at night?
Projecting costs for a solar array of this size is pure conjecture, but I’ll do my best.

Currently, large scale, megawatt PV arrays cost around $3 per watt to install without tax subsidies. A GW scale solar array might be closer to $2 per watt. Using this metric, it would cost about $138 billion to install the 69.1 GW solar array required to produce 100 percent of the electricity consumed in Kentucky per year. If the solar panels have the industry standard 25-year warranty, the cost of electricity comes to 6.2 cents per kWh. That’s cheaper than what consumers in Kentucky pay for electricity right now (LG&E residential customers pay 7.9 cents/kWh).

There are many options available now for grid level energy storage, including, but not limited to: pumped hydro, compressed air energy storage (CAES), sodium-sulfur batteries, lead acid batteries, nickel-cadmium batteries, flywheels, and lithium ion batteries.

Empty, abandoned coal mines in Germany are being looked at for pumped hydro energy storage for renewable energy systems, something I would assume we have plenty of in Kentucky.
Adding energy storage could cost around $1 per watt to the solar array. This would increase the cost of the array for Kentucky to $207 billion with an electricity cost of around 9.3 cents per kWh. That price will soon be on par [with current consumer rates] as LG&E recently requested the Kentucky Public Service Commission to allow rates to increase by 19 percent over the next five years.

Again, the cost projection is all conjecture and does not include grid transmission and maintenance. But it’s a start.
This sounds like a lot of money until you consider that, according to a study by the Environmental Law Institute, the fossil fuel industry in the U.S. received $72 billion in subsidies from 2002 to 2008. Imagine using that money to fund a GW solar project in Kentucky!

Dan Hofmann
President, Regenensolar.com

Congregations Put Faith in Solar Power

Friday, October 14th, 2011 - posted by brian

By Brian Sewell

On a sunny day in April at the First Congregational United Church of Christ in Asheville, N.C., the Reverend Joe Hoffman welcomed his congregation with an unusual liturgy. “Today we celebrate a particular act of faith with the dedication of solar panels on our roof,” he announced from the pulpit.

The event, dubbed a “Solarbration,” marked the completion of a collaborative project between The Appalachian Institute for Renewable Energy, North Carolina Interfaith Power & Light and Sundance Power Systems of Asheville, that installed a 10 kilowatt system of 42 solar panels,

Across the country, groups like Interfaith Power & Light are working with communities of faith, recruiting them to a common cause to help reduce their carbon footprint. As the price of solar falls and its popularity grows, more and more congregations are putting faith in solar power.

“We want to communicate to people that it is the business of the faith community to care for the environment,” Hoffman says. “That is what it means to be a person of faith.”
For nearly five years, Hoffman nurtured an interest in installing solar panels on the roof of the church’s education building.

“When we moved into our new space, we had the perfect roof for solar panels,” Hoffman says of the building that is attached to the gothic-style cathedral recently purchased by the United Church of Christ.

Hoffman wasn’t alone in his mission. The Boone, N.C.-based organization The Appalachian Institute for Renewable Energy (AIRE), partnered with N.C. Interfaith Power & Light’s outreach coordinator, Richard Fireman, to develop and promote an innovative solar finance model in which congregations create a limited liability company. “When Richard started coming to see me about five years ago, he was looking for a church to take the lead and to show that we care about the sources of energy we use and how they effect the environment,” Hoffman says.

“Churches are very stable organizations,” Fireman says. “Investing in a solar array on a church is different than any other business that could shut down.”

When the state’s Renewable Energy Portfolio Standard passed in 2007 and allowed individuals who donated to renewable energy projects to receive renewable energy credits or “RECs,” Fireman and Hoffman hit the ground running to create a solar project for the United Church of Christ.

The United Church of Christ was the first congregation to use AIRE’s innovative solar finance model. Working with nine investors, AIRE helped the church organize “First Church Solar, LLC” to raise the capital investment for the project. Fireman says the new company envisions donating the system to the church in about six years, depending on the price of electricity and other elements in the marketplace, at which point many of the investors will have made their money back, and some a little extra.

“In this model, since the LLC owns the system, the church doesn’t directly benefit from decreased power bills,” says Fireman. “But the church receives community goodwill, understanding that the congregation is now supplying green energy and they’re seen as a model for caring for creation.”

The United Church of Christ’s solar array is connected to the grid while First Church Solar LLC sell the RECs to Progress Energy and receive tax credits. The investors in the LLC pay a small amount to lease the church’s roof space.

“In six years, once the church owns the system and depending on the price of electricity and other elements in the marketplace, the church may decide to net-meter and use the electricity itself,” Fireman says.

While continuing to develop the AIRE model, Fireman is working on a clearinghouse document to describe the three finance models and exhibit congregations who’ve been successful in completing renewable energy projects.

Churches that have adopted solar like the United Church Christ are also doing their part to spread the good word. “We continue to tell our story and how we accomplished this in an inexpensive way and remind others that our faith tradition supports caring for the earth and using resources wisely,” Hoffman says.

As the “Solarbration” concluded, the modern additions to the stone cathedral gathered the sun’s energy. Squinting into the light, the congregation responded: “Take these solar panels and through them shine the light of Your way into our hearts and minds. Amen.”

Finance Models for Renewable Energy

The Donor Model:

In this model, individual donations allow congregations to own the system outright and benefit from the electricity. Donors receive a 35 percent N.C. state tax credit and a tax deduction on their federal return for a charitable donation.
• Myers Park Church in Charlotte
• Temple Emmanuel, Greensboro

AIRE Model, Create an LLC:

In the model used by the First Congregational United Church of Christ Asheville, the investors in the LLC own the system and benefit from the tax credits, depreciation and revenue from selling the electricity and Renewable Energy Credits. After a period of six or seven years, depending on price of electricity and other elements of the marketplace, the LLC donates the system to the congregation.
• United Church of Christ
• Other Projects in the works: First Lutheran Church Albemarle, Elon Community Church

Third-party Payer Power Purchase Agreement:

Investors install an array and make an arrangement with the church to sell electricity at a specified rate. Investors benefit from the depreciation, tax incentives and sale of electricity. This model is not used for solar electric in N.C. because only Duke and Progress Energy can sell electricity. However, First Light Solar in Asheville developed a similar Solar Energy Purchase Agreement model, selling BTUS and Therms, since hot water is not regulated by the Utilities Commission.
• Montreat Conference Center