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SOLAR TODAY - May 2011 - Innovative Design

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advances<br />

| policy<br />

“[Tying a tax credit] to economic development — that seems to be the easier row to hoe.”<br />

— Steve Kalland, North Carolina Solar Center<br />

It’s critical for the industry to offer mechanisms that bring<br />

to the table the needs of states, as well as of renewable energy<br />

interests, says Kalland. “[Tying a tax credit] to economic<br />

development — bringing jobs into the state, bringing investment<br />

into the state, in a way that’s going to increase state<br />

revenues — that seems to be the easier row to hoe,” he adds.<br />

“And certainly in the Southeast, it seems to be much more in<br />

tune with what’s palatable for legislators.”<br />

Since the REPS went into effect in 2007, Asheville,<br />

N.C.-based FLS Energy has installed enough solar thermal<br />

capacity to heat more than 500,000 gallons of water every<br />

day at a facilities across the state. CEO Michael Shore credits<br />

good policy, which allows solar thermal to count toward<br />

FLS Energy<br />

North Carolina’s REPS. “Once solar incentives were put<br />

in place,” he said, “capitalism did its job and businesses<br />

followed opportunities.”<br />

Indeed, the latest NCSEA jobs survey finds more than<br />

100 solar energy companies in the state, employing more<br />

than 1,500 people. Hundreds of more companies in the<br />

state have secondary or tertiary business in solar. Since<br />

the REPS was adopted, the cost of installed solar in North<br />

Carolina has fallen a whopping 49 percent, according to<br />

Urlaub. Perhaps most importantly, he says, regulators, utilities<br />

and legislators are learning that an integrated electricity<br />

portfolio including renewables and efficiency actually<br />

costs less than one without. “This is a paradigm shift,” says<br />

Urlaub, and one that, as the state establishes a solar supply<br />

chain, will position it to reap economic-development benefits<br />

as solar reaches grid parity nationwide.<br />

Because of falling solar prices, the utilities have already<br />

met their requirements for solar for the next few years. The<br />

legislature is now considering House Bill 495 and Senate<br />

Bill 473, which would double the solar set-aside to 15 percent<br />

by 2018. Action is due by the end of the summer.<br />

Back in Georgia, the policy wish list includes passing<br />

HB 146 to expand the cap on the tax incentive, and revising<br />

the state territorial act to allow solar PPAs. One way Georgia<br />

solar advocates hope to emulate North Carolina’s success is by<br />

focusing more effectively on jobs creation, says Georgia Solar<br />

Energy Association Chair Doug Beebe.<br />

“We’ve had to get creative in the difficult budget year<br />

we’re having in Georgia,” says Beebe. “It’s not enough to<br />

say, ‘solar creates jobs.’ You’ve got to say, ‘solar creates<br />

jobs and this is going to be the net-positive benefit to tax<br />

revenue generation.’”<br />

Family Farm from page 14<br />

Methane digester operation is based on anaerobic<br />

decomposition, the breaking down of manure and other<br />

organic matter by bacteria in the absence of oxygen. The<br />

methane produced can be used in place of natural gas for<br />

Farms and Ranches with Renewable Energy Systems<br />

Photovoltaic panels – 7,236<br />

Thermal solar panels – 1,835<br />

Wind turbines – 1,420<br />

Methane digesters – 121<br />

Wind turbines on farmland under a wind rights lease agreement and<br />

methane digesters not owned and operated by the farm were excluded.<br />

Source: On-Farm Renewable Energy Production Survey by the U.S. Department<br />

of Agriculture<br />

heating and drying operations and to power standby electric<br />

generators, and the effluent can be applied as fertilizer. Methane<br />

digesters are popular for reducing farmyard odors.<br />

Many farmers have found it cost-effective to replace<br />

old equipment with energy-efficient models, to improve<br />

building insulation and to implement more sustainable<br />

farming practices. For example, variable-speed drive<br />

pumps consume half the energy of fixed-speed pumps,<br />

and drought-resistant crops further cut energy costs by<br />

reducing irrigation needs.<br />

U.S. farming will face challenges in the future as energy<br />

prices rise and the climate warms. For many farms, the savings<br />

achieved through renewable energy technologies can<br />

make the difference between a sustainable operation and<br />

one that is struggling to stay in business. ST<br />

20 <strong>May</strong> <strong>2011</strong> <strong>SOLAR</strong> <strong>TODAY</strong> solartoday.org Copyright © <strong>2011</strong> by the American Solar Energy Society Inc. All rights reserved.

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