Four Creeks Wind

08/27/2026

Communities across the U.S. are tapping into wind energy, bringing economic advantages to their residents.

Harnessing this natural resource not only supports local economies but also paves the way for a sustainable future.

Wind communities across America are harnessing the power of the win...

08/19/2026

Wind turbines are made of non-toxic materials. Over half of a wind turbine is made of steel, which is the primary element used to construct the tower of the turbine. Most turbine blades are made of fiberglass-reinforced polyester or epoxy to ensure longevity and strength for the operating lifespan of the wind project. The fiberglass can be broken down and recycled at the end of life. Depending on the model of the wind turbines, other materials may include iron, copper, aluminum or concrete.

08/11/2026

Currently, around 90% of wind turbines and systems are recyclable. The Wind Energy Tech Recycling Research and Development program focuses on innovative methods to enhance the reuse and recycling of these technologies.

By boosting recycling efforts, we can lessen wind energy's strain on national resources while addressing supply chain vulnerabilities for critical materials.

Transitioning to a circular economy will strengthen the U.S. wind industry.

08/03/2026

What exactly is the grid?

It’s a network of transmission lines, generation plants, substations, transformers, and distribution lines that powers our electric system.

Consider it the backbone that transports electricity from its source to where you need it most!

Learn more about how local renewable energy powers the grid using the link in the comments.⬇️

07/28/2026

Did You Know?
The first wind turbine to generate more than 1 MW of electricity was the 1.25-MW Smith–Putnam wind turbine. This turbine was located in Vermont and synchronized with the local power grid in 1941. This 1.25-MW wind turbine operated for over 1,000 hours and featured two 66-ft blades attached to a rotor hub.

Learn more using the link in the comments.⬇️

07/22/2026

Numerous studies show that utility-scale wind turbine installations do not have a long-term negative impact on property values. In fact, research suggests these projects can boost regional property values, particularly in rural areas.

Wind projects provide meaningful economic benefits to communities by expanding the tax base, creating jobs, and increasing per-capita income.

Learn more with the link in the comments ⬇️

07/16/2026

Wind energy projects follow strict standards to endure harsh conditions like strong winds and flooding.

Site-specific plans protect workers and communities during extreme weather.

As extreme summer weather is in full swing, the safety of infrastructure is top of mind. While no infrastructure is invulnerable, wind facilities are built with resilience in mind. Strict regulations ensure safety, coordination with authorities, and minimal grid impacts.

Learn how clean energy enhances grid resilience using the link in the comments!⬇️

07/10/2026

Decommissioning plans are essential before a project's construction can kick off. In adherence with the Agricultural Impact Mitigation Agreement implemented by the Illinois Department of Agriculture, developers must place bonds with the counties hosting their projects which cover the full cost of decommissioning. These bonds are reevaluated and adjusted throughout the life of the project.

After a project is decommissioned, the site will be revitalized to resemble its pre-construction state. Today, up to 94% of materials from wind turbine components can be recycled!

Follow the link below to learn more about the wind project decommissioning!⬇️

Clean power projects are decommissioned at end of life through planned equipment removal, site restoration, and recycling—at no cost to landowners.

06/29/2026

Wind Energy: Designing for Extreme Weather.

Wind energy projects follow strict standards to endure harsh conditions like strong winds and flooding.

Site-specific plans protect workers and communities during extreme weather.

As extreme spring and summer winter approaches, the safety of infrastructure is top of mind. While no infrastructure is invulnerable, wind facilities are built with resilience in mind. Strict regulations ensure safety, coordination with authorities, and minimal grid impacts.

Learn how clean energy enhances grid resilience!

06/23/2026

Did You Know?
The first large utility-scale wind farms were established in California in 1980. The development of these wind farms increased awareness of environmental considerations and the importance of proper siting. These early insights contributed to design considerations in turbine manufacturing which continue to evolve today.