Public Support for Badger Hollow Wind Project in Wisconsin

Alexandria Zielinski, a registered nurse from Milwaukee, has submitted a comment in support of the Badger Hollow Wind Project, citing its significance in transitioning Wisconsin to a clean energy future. Zielinski emphasizes the critical role of wind energy in reducing air pollution and preventing illnesses, particularly among patients with asthma and allergies. She highlights studies showing that transitioning to 100% clean energy in Wisconsin would save nearly 2,000 lives annually.

Key Takeaways:

  • The Badger Hollow Wind Project is crucial for Wisconsin's transition to a clean energy future, helping to reduce air pollution and prevent illnesses.
  • Alexandria Zielinski, a nurse, has submitted a public comment supporting the project, citing its significance in addressing climate change and improving public health.
  • Studies have shown that transitioning to 100% clean energy in Wisconsin would save nearly 2,000 lives every year.
  • Wind energy generation is considered safe, with noise levels from wind turbines being much quieter than common noises.
  • Setbacks from residential and community buildings are essential to ensure public safety.
  • Advancing utility-scale solar and wind projects, like Badger Hollow Wind, is essential for achieving a healthier future and addressing climate change.
  • The Public Service Commission of Wisconsin should approve the Badger Hollow Wind Project to promote clean energy and improve public health.

Statistics:

  • 2,000 lives would be saved annually in Wisconsin if the state transitions to 100% clean energy.
  • The Badger Hollow Wind Project has the potential to generate up to 118 MW of electricity.
  • Wind turbines have a noise level of 30dBA, comparable to a kitchen dishwasher.
  • Badger Hollow Wind is a utility-scale solar and wind project, aimed at reducing air pollution and promoting clean energy.

Sources:

  • Public Service Commission of Wisconsin, Comments Filed Electronically in 9827-CE-100 (May/June 2025)