The hours of bright sunshine that come with scorching Ohio summers often spur people to consider harnessing energy from the sky’s brightest star with rooftop solar panels.
Demarco Deshaies of Rockridge in Hocking County decided to investigate solar as a backup after losing electric service for several days following a devastating February 2022 winter storm.
March is the time of year when Ohioans are treated to an occasional teasing day of sunshine and warmth before winter reminds us that it’s not done just yet.
We asked a handful of energy advisors from across the state to get us started with some basic information and a few questions to ask as you do your research. All of them agree on the most important step: Contact your electric cooperative before signing any agreement. This is a crucial part of the procedure, not only to ensure that your array is built correctly and properly connects to the cooperative’s system, but also to get an understanding of exactly how solar is going to work for you.
There is a lot of discussion taking place on what to do about carbon emissions. In fact, Congress is actively considering proposals that would require dramatic reductions from the electric power sector over the next 10 years.
Since 2005, carbon emissions from U.S. electricity production have been reduced by more than 30%, while other sources of emissions in the U.S. have remained relatively unchanged — and global emissions have continued to increase. That dramatic reduction has been the result of increased use of high-efficiency natural gas power plants and increasing contributions from renewable sources like wind and solar. Electricity production will continue to get cleaner and greener over the next several years.
Buckeye Power, the generation and transmission cooperative that provides electricity to Ohio’s 24 electric cooperatives, produces safe, affordable, and reliable power using an all-of-the-above generation strategy.
Each potential generating resource — coal plants, solar panels, hydropower facilities, etc. — produces power at a different level of reliability, environmental impact, and cost, so the trick is to balance each factor in the generation mix to produce electricity in the safest, cleanest, most economical, and most reliable way possible.
That’s already a complicated task, because some of those factors tend to be at odds with one another. In recent times, another factor has added another twist to those generation decisions: consumer attitudes.
As summer has ended and autumn is upon us, your electric cooperatives are making plans for next year.
In 2017, Ohio’s electric cooperative network launched the OurSolar statewide initiative that developed 23 community solar projects across the state. In total, the arrays can provide up to 2 megawatts of renewable energy, under ideal conditions. Consumer-member response to the new community-based solar farms and solar power subscription opportunities was clearly supportive. Panels available for subscription at many participating co-ops sold out almost immediately.
Nick and Amanda Kelly knew they were making a long-term investment, one they hoped would benefit not only their wallets, but the entire planet.
“It’s like most things that sound too good to be true,” says Andrew Finton, energy advisor for North Central Electric Cooperative, of which the Kellys are members. “The solar company either didn’t have or didn’t give them any information that is specific to connecting to the (co-op) system, and it would have made a big difference — things like our on- and off-peak rates and our demand charge that are designed to make our billing fair to all of our members. The numbers they were using to estimate the savings on their bill weren’t even close to real life.”
I began writing about industry issues in this magazine two years ago, shortly after I became president and CEO of Ohio’s Electric Cooperatives. I noted then that these are “interesting times.”
Actually, these times are more than simply “interesting.” Fact is, we’ve gone through a period of historic change: Older coal plants have been cleaned up or closed, while natural gas, wind, and solar power generation have increased, surpassing the role that coal once played as the leading source of power generation. The electric power that’s produced today is cleaner than it has ever been.
