Solar Panels Story Archives - Page 2 of 2 - West Virginia Public Broadcasting

Solar Co-Ops Developing Across State

Cooperatives aimed at reducing the costs of residential solar arrays are sprouting up around West Virginia.

The Charleston Gazette says the nonprofit WV Sun has helped form co-ops in the city of Charleston and Fayette and Monroe counties. Similar collectives are beginning to take shape in Wheeling and Morgantown.

Community Power Network spokesman Ben Delman said purchasing solar units through a co-op is a better deal for consumers. Co-op members typically save around 20 percent on systems that can cost around $15,000 to install.

Community Power Network has launched more than 30 solar co-ops in Virginia, West Virginia, Washington, D.C., and Maryland.

Tuesday, WV Sun is sponsoring the first meeting for the Charleston solar co-op at the West Virginia State University Economic Development Center.

Park in Richwood to Feature Solar Panels on Trellises

An old lot in Richwood may soon become a park featuring trellises with solar panels.

After two years of waiting, Create West Virginia and Richwood Blueprint Community will hold a groundbreaking event Saturday to begin construction of Helios Park in Richwood.

The idea for the park first began in early 2013 when Create West Virginia featured solar panels at its annual conference held in Richwood that year.

Once complete, the park will be located in an old lot across from the visitor’s center in Richwood. It will feature six solar panels mounted on white oak trellises that will look like trees. The entire space will be educational and feature a storm water filter, air purifier, energy generator, and solar power-net metering demonstrations.

Rebecca Kimmons is with Create West Virginia and is the Project Director for Helios Park.

“We think Richwood can have another life, and that’s what this park is all about,” Kimmons explained, “That’s why it’s so exciting. People in West Virginia tend to look back, and they remember when times were wonderful and times were good, and now they’re uncertain like so many of us about what the future’s gonna hold. So I think what this park is going to do is talk to people, demonstrate to people what the future could hold, if we have the political will to make it so.”

Create West Virginia hopes the park will be completed by the end of August this year.

Helios Park’s groundbreaking event will be held Saturday, April 18th at 9:30 AM. It’s free and open to the public.

Yeager Airport Board Explores Solar Panel Project

Yeager Airport officials are exploring a project that could make the airport the first in the nation to run entirely on electricity it generates from solar panels.

The Charleston Gazette reports that members approved a motion to find the lowest bid on the project at a board meeting Thursday.

The project would place solar panels atop the parking garage closest to the airport’s terminal and in the airfield near the runway.

The money for the $15.3 million project would come from the Federal Aviation Administration. The FAA is reviewing the project to ensure the panels won’t negatively impact on current air operations.

Airport director Rick Atkinson said the project would essentially eliminate its annual $450,000 electricity bill. Officials say the project could be scaled back if needed.

Water Heater Project Helps W.Va. Church Go Solar

Water heaters are helping a Shepherdstown church reduce its electricity costs.

A 60-panel solar electricity system has been installed on the roof of Shepherdstown Presbyterian Church. The system’s $55,000 cost will be paid through a community-funded project involving water heaters.

About 100 Shepherdstown area residents and businesses have agreed to have demand-response controllers installed on their electric water heaters.

The controllers are managed by Maryland-based Mosaic Power. Mosaic Power co-founder Greg Vaudreuil says the company sells electricity saved with the controllers to the power grid during peak-use times.

Mosaic Power pays customers $100 year to participate in the program. The Shepherdstown participants will donate their payments to the church to pay for the solar power system. The church’s cost is $1.

W.Va. Communities Band Together to Adopt Solar Co-Ops

As electricity rates continue to climb, some communities are coming together to try to offset their bills by harnessing the power of the sun. It’s still a pretty novel idea in West Virginia but communities in Fayette and Monroe Counties are forming solar co-ops to help make it happen.

Solar co-operative: a newer trend where communities are using their collective powers to navigate the world of solar energy.

Community Power Network

Anya Schoolman lives in Washington DC and when her son pushed her to go solar in 2007, she decided all the research and effort that went into it would be worth it if she was doing it for a whole neighborhood.

“So he went door to door with a flier and two weeks later we had 50 houses signed up and no idea what we were going to do,” Schoolman recalled. “The first group, it took us two years, we got 45 houses solarized.”

Schoolman said ever since then other neighborhoods have been coming to her, wanting to do the same thing.

She started, and became the executive director of Community Power Network. In the last year and a half the non-profit has helped 16 neighborhoods in DC, Maryland, Virginia, and now West Virginia pull together to make installing solar panels a more attainable goal.

Solar Co-Ops

How a solar co-ops work:

Join a co-op, or start one, for free.

Two communities in West Virginia, one in Monroe County and one in Fayette County, approached the Community Power Network. And each community has different ideas about how they want to go solar.

“We found out about this opportunity because we’ve been doing a lot of energy efficiency work, so we invited them here because we knew that Fayetteville would be an excellent place to find people who would be interested in this kind of thing,” said Ginger Danze of Fayette County.

Anyone who is interested signs up, for free.

About 27 residents are part of the solar co-op in Fayette County. Stiever and Schoolman met with community members to answer general questions and help community members make an informed decisions to best serve their solar needs.

There’s a competitive bidding process to choose an installer.

Schoolman and Stiever laid out and helped community members navigate through information about going solar, then they put a call out to solar installer for bids. Three companies responded with proposals (one from West Virginia, one from Maryland, and one from Ohio).

Whoever is chosen by the co-op does individualized site visits, and creates and offers custom designs to meet community needs.

Fayette County solar co-op’s decided to go with Ohio-based Appropriately Applied Technologies (AAT).

Myles Murray, the company’s president, said his proposal focused on quality materials to guarantee a maximum lifetime of the systems as well as other technical perks. But he said a key aspect of his proposal also focused on partnering with the community, hiring local contractors to install the systems.

Then you buy together in bulk, saving anywhere from 20-30 percent on cost of supplies and installation.

Both the Fayette and the Monroe County co-ops will accept any interested parties through September. The co-op members are slated to be outfitted with solar panels by the first of the year.

Some Solar Details

Community Power Network says $8,000 – 15,000 is a good estimate for an average home solar system today.

Incentives include:

A 30 percent federal tax credit – Simply put, the next time you file taxes, you can write off 30 percent of the total cost of installing solar panels. It’s an offer that may expire in 2016.
Net-metering – Written into West Virginia’s law books: For every kilowatt hour produced, your bill is reduced by that amount. If you produce more than you use, you acquire credits that can be applied to future bills.

“The solar that you produce this year might be worth five or six hundred dollars,” Schoolman said, “but electric rates have been going up and up so that same amount of power that you produce five years from now might be worth 1000 dollars. So the cumulative savings you have from the power you generate is worth three, four, five times what the system actually costs.”