Castillo Engineering, in partnership with RECON Corp., a leading EPC and solar contractor, is set to embark on a significant 15 MW portfolio comprising of five community solar projects in Illinois. This collaboration is part of the esteemed Illinois Shines program, also known as the Adjustable Block Program.

Each of the community solar projects, totaling 3 MW for each installation, will feature the utilization of bifacial solar modules and FLEXRACK, a renowned solar tracker technology developed by Qcells. Notably, these projects will also prioritize the establishment of pollinator-friendly habitats, demonstrating a commitment to sustainable practices.

With construction slated to commence before the year concludes, the completion of this portfolio will be a notable achievement for both Castillo Engineering and RECON. Their combined portfolio will account for over 60 community solar projects successfully executed in Illinois, resulting in a cumulative capacity of over 200 MW.

Throughout the planning and development phase, Castillo Engineering’s team has exhibited their ability to optimize project costs by gaining valuable insights into utility fault current requirements across all five projects. They have successfully reduced voltage drop and wire sizes in the direct current circuits by assessing the impact of bifacial modules. Additionally, the firm’s in-house civil engineering team has demonstrated their efficiency by optimizing the access roads, incorporating existing conditions. This strategic decision has led to a reduction in permitting time and costs for each of the community solar projects.

The collaboration between Castillo Engineering and RECON signifies a significant milestone in Illinois’ renewable energy landscape. It showcases the continued commitment to achieve sustainable and environmentally responsible solutions through innovative solar technologies and community involvement.

Disclaimer: The information provided in this research report is for informational purposes only and should not be interpreted as financial or investment advice. The energy market is highly volatile, and readers should conduct thorough research before making any investment decisions.