Our Process

We are dedicated to accelerating the transition to clean energy.

At Bedrock Clean Energy, we are dedicated to accelerating the transition to clean energy by developing wind, solar, and energy storage projects in rural communities across the country. Our renewable energy development process begins by using advanced data analysis to identify locations where wind and solar power projects are technically viable and compatible with existing land uses. We then collaborate with local landowners, offering them the opportunity to diversify their income by hosting clean energy projects on their properties.

Throughout the development process, we engage closely with rural communities to design wind and solar projects that benefit residents. We work to maximize local job creation, tax revenue, and support for community organizations from our renewable energy projects. We also aim to minimize any potential negative impacts from our wind turbines and solar installations. By working transparently with stakeholders, we ensure we can secure the necessary permits while maintaining our commitment to being a positive community partner.

We also conduct extensive on-site studies to validate each renewable energy project's feasibility. These include wildlife surveys, land surveys, soil analysis, airspace evaluations, electrical system studies, wind and solar resource assessments, and comprehensive engineering work. This meticulous approach ensures our projects are thoughtfully planned, permitting is secured, and each location can support abundant clean energy production from wind and sunlight.

  • 1
    Identify locations where wind and solar projects are viable.
  • 2
    Collaborate with local landowners.
  • 3
    Design wind and solar projects that benefit rural communities.
  • 4
    Conduct on-site studies to validate each project's feasibility.

Want to learn more about our process - let's chat.

Our process involves site selection, landowner agreements, community engagement, permit acquisition, and on-site feasibility studies. We'd love to chat via email or call.