Rainbow Springs Solar
"America is strongest when it does not have to rely on foreign powers to secure its critical resources. Energy independence is critical to our future. By using solar energy we can generate what we need, right here in Cherokee County."
Rainbow Springs Solar is a proposed 225-megawatt solar energy project in Cherokee County, Kansas, designed to meet the growing demand for electricity in Kansas and Missouri .
The demand for electricity is soaring across the region, driven by data centers, an increased American manufacturing sector, and other energy-intensive industries. The region faces a critical challenge: a projected need for thousands of megawatts of new electric generation capacity within the next decade.
35K Homes
powered annually
powered annually
+$600M in
local investment
local investment
200
New jobs
New jobs
Project Highlights
- Size: 225 MW, powering ~35,000 homes annually.
- Economic Investment: More than $600 million over the project’s life.
- Tax Revenue: $42 million in local tax contributions, including $2.2 million annually after year 10, to support the school district, hospitals, first responders, and public infrastructure.
- Job Creation: ~200 construction jobs, 5 permanent jobs.
Solar projects are farm-friendly as they allow for low-intensity grazing, such as sheep grazing, and the potential for lower-yield perennial crop harvests. They yield higher energy output throughout the year and diversify income for farmers without permanently changing the land use. Additionally, they won't decrease the value of adjacent or nearby land.
The Role of Solar in Cherokee County's Future
- Local Support: Investments in schools, county services, and infrastructure.
- Farm-Friendly: Supports grazing and perennial crops while preserving land use.
- Sound Management: Quiet operations with minimal sound impact.
Why Cherokee County?
Rainbow Springs Solar is part of the solution. As a cutting-edge, 225-megawatt solar farm in Cherokee County, Kansas, this project will help meet energy demand and enhance our national security while contributing to the local economy.
Clearway’s Commitment to Community
At Clearway, we’re dedicated to enhancing the communities we serve.
- Community Grants & Donations: Investing in local organizations, schools, and emergency services.
- Educational Partnerships: Hands-on learning programs, career fairs, and student activities.
- Volunteer Work: Supporting local causes with time and passion.
Smart Design & Future-Proofing
Rainbow Springs Solar is built for longevity and safety:
- Panels are durable and weatherproof, with onsite staff managing maintenance.
- End-of-life recycling ensures minimal waste and full site reclamation.
The Importance of Site Decommissioning
Site decommissioning involves the systematic dismantling and removal of infrastructure and equipment from a project site once it has reached the end of its operational life. This process includes removing components such as solar modules, power conversion stations, battery energy storage systems, and other related equipment. Following the removal, site restoration activities are carried out, which may include regrading the land and reseeding it with native vegetation. These steps ensure that the site is safely and efficiently returned to a stable and natural state.
Decommissioning helps clean up and protect the environment by removing potentially hazardous materials and infrastructure that could pose risks if left in place. The process includes safely disposing of or recycling materials such as solar panels, batteries, and concrete. Additionally, decommissioning plans often incorporate measures to mitigate dust and erosion, as well as to restore the site to its natural state by planting native vegetation. These efforts not only prevent environmental contamination but also promote the recovery of local ecosystems, ultimately contributing to the long-term health and sustainability of the environment.
Decommissioning helps clean up and protect the environment by removing potentially hazardous materials and infrastructure that could pose risks if left in place. The process includes safely disposing of or recycling materials such as solar panels, batteries, and concrete. Additionally, decommissioning plans often incorporate measures to mitigate dust and erosion, as well as to restore the site to its natural state by planting native vegetation. These efforts not only prevent environmental contamination but also promote the recovery of local ecosystems, ultimately contributing to the long-term health and sustainability of the environment.
Get in Touch
Thank you! Your submission has been received!
Oops! Something went wrong while submitting the form.