⚡ 1480 RENAISSANCE DR

1. Site Access & Topography

The subject property at 1480 Renaissance Drive benefits from Public road access within an established commercial office park in Park Ridge, IL. Initial review via satellite imagery indicates that Renaissance Drive and surrounding roads are wide, paved, and well-maintained, which is highly favorable for the delivery of heavy and oversized BESS equipment, including battery containers, power conversion systems (PCS), and main power transformers.

The topography of Cook County is characteristically flat, and this site appears to be no exception. We anticipate minimal need for extensive grading, which will help control civil construction costs. However, a formal topographical survey is required to confirm elevations and drainage patterns.

The primary concern for equipment access will be navigating the internal roads of the office park. While seemingly adequate, a route survey is necessary to confirm turning radii for lowboy trailers and to ensure there are no prohibitive vertical clearance issues or weight-limited culverts. Given the commercial nature of the area, access is likely feasible but must be verified. A significant discrepancy exists in the provided data regarding parcel size (35.02 acres vs. 2.97 acres). Our analysis assumes the 2.97-acre figure associated with the specific APN is correct, which is sufficient for a ≤5MW project. Confirmation of the exact parcel boundaries and any access easements through a title report and ALTA survey is a critical next step.

2. Environmental Constraints

The environmental profile of this site contains several critical unknowns that represent significant project risk.

• FEMA Flood Zone: The designation is Unknown. This is a high-priority data gap. If the site is located within a Special Flood Hazard Area (e.g., Zone A, AE), development costs could increase substantially due to the need to elevate all equipment above the Base Flood Elevation, or the site could be rendered entirely undevelopable. A FEMA FIRMette map must be obtained immediately.
• Wetlands: The presence of wetlands is Unknown. A desktop screening using the National Wetlands Inventory (NWI) is the first step. If potential wetlands are identified, a formal wetland delineation would be required, which could lead to significant buildable area constraints due to setback requirements.
• Brownfield/Superfund Status: The data indicates one Superfund site within a 2-mile radius, but not on the subject parcel itself. This proximity necessitates a Phase I Environmental Site Assessment (ESA) to rule out any potential contaminant migration. Crucially, this also presents a potential opportunity. If the Phase I ESA identifies historical use or contamination that qualifies the site as a "brownfield" under IRA guidelines, the project could be eligible for a 10% ITC bonus. This warrants careful investigation.
• Critical Habitat & Protected Areas: No critical habitats or protected areas are noted for this parcel, which is a significant positive. The urbanized setting makes the presence of endangered species unlikely, though a standard USFWS IPaC report should be run for formal documentation.
• Pipeline Proximity: No major gas pipelines are identified within a 3-mile radius, mitigating risks associated with pipeline easements, setbacks, and safety protocols.

3. Grid Infrastructure & Interconnection

Interconnection is the most significant challenge and uncertainty for this site. The provided data is critically deficient.

• Nearest Substation: Data on the nearest distribution substation (distance, voltage, capacity) is missing. This is a potential fatal flaw. Identifying the closest Commonwealth Edison (ComEd) substation and its available feeder capacity is the highest priority diligence item. Without a viable Point of Interconnection (POI), the project is not feasible.
• Transmission Lines: A 138kV ComEd transmission line is located 1.5 miles away. For a distribution-scale project (≤5MW), interconnecting at transmission voltage is financially and technically infeasible. The cost of a new substation and the complex PJM transmission-level study process would make the project uneconomical. Therefore, this 138kV line should be disregarded as a viable POI.
• Recommended Interconnection: The only viable path is an interconnection to a local ComEd 3-phase distribution feeder. The typical voltage in such a commercial area would be 12.47kV or 34.5kV. A desktop analysis is required to locate the nearest overhead or underground 3-phase lines.
• Cost & Timeline Estimate: This is highly speculative. If a suitable feeder with capacity is adjacent to the site, costs could be in the