The country is
running more and more on renewables – and solar energy is rising to the top. Despite the COVID-19 pandemic, renewable energy demand never
fell. In fact, 2020 saw the highest number of
installations ever! That’s lead to 103 gigawatts (GW) of operating solar powering 18.6 million American homes
across the country, and there’s much more in store. The Energy Information
Association predicts 15.4 GW of new utility-scale solar capacity this year.
Here in the Midwest, over the last few years, the Midcontinent Independent
System Operator (MISO) interconnection queue has changed from mostly wind
projects to more solar being planned. In fact, 51.5 GW of solar power are
in the MISO queue, ready to keep the lights on in homes across the nation.
In addition to its benefits as a clean,
renewable energy resource, solar is becoming an instrumental economic driver.
About 231,000 Americans are employed in the solar industry nationwide in
family-supporting, stable jobs. That’s four times the amount of people working
in the coal industry. Solar is the largest employer in the renewable energy
industry, too. Solar installer is the fastest-growing job in the country. Over 36,000 of these
jobs are located in the Midwest according to the 2021 Clean Jobs Midwest report.
It only takes
between seven and ten acres per megawatt to host a solar project.
Landowners are wisely diversifying their income streams by adding these
projects to their portfolios. Solar projects don’t only benefit landowners,
however. Production taxes ensure host
communities benefit from solar projects, too. In Minnesota, 38 counties received
over $1.8 million from solar production tax revenue.
That’s 45 percent of the state’s counties! This revenue has been very helpful
for counties in need of funds to improve infrastructure, schools and public
buildings and help keep property taxes down for all residents. Chisago County, Minn., is the number one recipient of
solar production tax revenue, receiving over $350,000 in 2020. That’s partially
because Chisago Lakes School District has embraced the power of the sun with
1,000 solar panels on the roofs of the district’s five schools, which saves
them $100,000 every year on electricity costs. In the next 30 years, it is
estimated the district will save over $3 million thanks to solar.
Utilities are embracing solar
As one of the cheapest renewable
sources, solar is a great asset for
utilities. Utility-scale prices are at a record low, with current costs
ranging between $16-$35 per megawatt hour. Since 2009, the cost of
solar has dropped 90 percent. Investment in
the solar industry reached more than $25 billion in 2019. As utilities and states across
the region implement robust clean energy and decarbonization plans, they all
have one thing in common: embracing large-scale solar.
Wisconsin-based utility Alliant
Energy has major plans to increase its renewable energy portfolio with solar by
investing $900 million to acquire six projects ranging from 50 megawatts (MW) to 200 MW each. These projects
will be developed by NextEra Energy Resources, Ranger Power and Savion. The projects
were unanimously approved by the Wisconsin Public Service Commission (PSC) in April 2021. The 675
MW combined capacity of the projects would more than triple the state’s current
solar capacity. Spanning across the state, this development would make Alliant
the largest provider of solar energy in Wisconsin.
In addition to offering clean,
low-cost energy, these projects will greatly benefit local communities.
Alliant’s new projects will produce $2.7 million in revenue for host counties and townships. In the next three
decades, the revenue to local communities will be over $80 million. Landowners will also receive payments for
hosting the solar farms in the form of land lease payments.
In 2019, Alliant launched its
carbon-reduction plan, called the “Clean Energy Blueprint”. This outline aims to
derive 30 percent of the utility’s electricity from renewables, and to cut
carbon emissions by 80 percent by 2030. This announcement includes plans to
close its remaining coal plants by the end of 2022, which will save customers
“hundreds of millions of dollars in costs.” The blueprint also calls for one
gigawatt of solar by 2023.
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Other utilities across the Midwest have also been implementing solar in their
carbon-reduction plans. In 2020, Minnesota Power announced plans to invest $40 million in three new 20 MW solar projects located
in northern Minnesota that would triple the state’s solar capacity. Construction is expected to begin in 2021, and the utility
hopes for full operation by 2022. Xcel Energy signed contracts for large-scale
wind, solar and storage projects in order to retire their coal plants in
Minnesota and Colorado early. In Illinois, Summit Ridge Energy completed the
state’s largest community solar project, which will
produce 150 MW of solar energy and save utility customers $750,000 every year. Michigan’s
Consumers Power is working on retaining 5 GW of solar by 2030. Northern Indiana
Public Service Company (NIPSCO) has plans for 2.3 GW of solar and solar+storage
to replace its coal fleet.
Solar is harnessing the raw power of
the sun to light up our nation’s homes at a low cost while providing job
security for families. As demand increases for clean, reliable renewable energy
from utilities and corporate and industrial purchasers, solar energy capacity
will help clean up the electric grid.
The sun is shining, and the future
looks bright for solar.