2017 - Volume #41, Issue #4, Page #23[ Sample Stories From This Issue | List of All Stories In This Issue | Print this story | Read this issue]
Solar Power Cuts Irrigation Costs
“Solar power has become much more cost effective in the past 10 years,” says Shonka. “The farmers putting these systems in don’t power the wellhead or the pivot directly. Instead, they produce energy all year round and then draw down earned credits when they start pumping water.”
Shonka points to the first solar system he put in an irrigated field. Although only a 25 kW system, it produced 40 kW hours in the first year, which was about 13 percent above what was expected.
“The past few years have been wetter than normal, and the typical farmer with solar has received a check at the end of the year,” says Shonka.
Shonka notes that irrigators using electric power for their rigs already have a power line in place so it’s easy to connect to the solar array. When siting panels, he places them at field edges to minimize the impact on production.
He expects demand to increase if commodity prices increase. At this point there are fewer farmers who can use a tax credit or depreciation. However, the cost of photovoltaic solar has never been better.
“Prices have come down considerably,” he says. “A 25 kW array cost $75,000 when it was put up a few years ago,” he recalls. “Today it would be $60,000 before tax credits or other incentives.”
He points out that current tax credits are good through 2018. They decrease by 5 percent each year after that and end in 2020.
“Those who bought early are still coming out ahead, even with the higher installation prices,” says Shonka.
Contact: FARM SHOW Followup, Solar Heat & Electric, 7342 Farnam St., Omaha, Neb. 68114 (ph 402 590-5900 or 402 850-7973; firstname.lastname@example.org; www.solaromaha.com).
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