⚡ 4 BOSTON RD

1. Site Access & Topography

The subject property at 4 Boston Rd benefits from excellent logistical access. The data indicates Public road access, which is confirmed by its direct frontage on US Route 20 (Boston Rd), a major east-west thoroughfare. This high-quality, paved access is ideal for the delivery of heavy and oversized equipment, including BESS containers, medium-voltage transformers, and construction cranes, minimizing the need for costly road improvements.

Based on aerial imagery and regional topography, the site appears to be relatively flat with minimal grade changes, which is consistent with its "Industrial" zoning designation and historical use patterns in the area. This favorable topography will significantly reduce earthwork and civil engineering costs associated with site grading and foundation preparation. The "Good" buildability rating in the provided data supports this assessment.

The primary concern regarding access is not ingress/egress to the site, but rather internal and external easements. While direct access from a public road negates the need for an off-site access easement, a title report is required to identify any existing utility easements (e.g., for gas, water, or existing electrical lines) that may cross the property and constrain the final site layout. Given the "POI Onsite" data point, a utility right-of-way is likely present on or adjacent to the parcel, which must be incorporated into the site design.

2. Environmental Constraints

The environmental profile of this site presents both significant data gaps and potential opportunities. The FEMA Flood Zone and Wetlands statuses are both listed as "Unknown." These are critical, potentially fatal flaws that must be investigated immediately. Any portion of the site located within a 100-year floodplain (e.g., Zone A, AE) would require elevating all equipment above the Base Flood Elevation, adding substantial cost, or could be prohibited entirely. Similarly, the presence of state or federally protected wetlands would trigger significant setback requirements (e.g., 100-foot buffer zones under the Massachusetts Wetlands Protection Act), which could severely limit the buildable area.

On a positive note, the site has no identified Critical Habitat or Protected Areas, and no gas wells or major pipelines nearby, which de-risks the project from a safety and ecological perspective. The most intriguing finding is the presence of a Brownfield/Superfund site within two miles. While this requires investigation to ensure our parcel is not contaminated, it also raises the possibility that our site itself could qualify as a brownfield (e.g., due to prior industrial use). If so, the project could be eligible for the 10% Brownfield ITC adder under the Inflation Reduction Act (IRA). A Phase I Environmental Site Assessment (ESA) is essential to confirm this. The site is not within the Chesapeake Bay Critical Area.

3. Grid Infrastructure & Interconnection

The grid infrastructure in the immediate vicinity is a primary strength of this site. The data indicates a "POI Onsite," which, if accurate, is a major advantage that dramatically reduces interconnection cost and complexity. However, this conflicts with data showing the nearest transmission line (115kV) at 0.6 miles and the Palmer Substation at 1.0 mile. This discrepancy must be clarified. The most likely scenario is that a suitable distribution feeder runs along the property's frontage on Boston Rd, which would constitute an "onsite" POI for a distribution-scale project.

• Nearest Substation: Palmer Substation (1.0 mi, 115 kV max voltage). This substation's proximity provides a viable, albeit more expensive, interconnection option for a larger utility-scale project.
• Transmission/Distribution Lines: A 115kV transmission line is 0.6 miles away. More importantly for a ≤5MW project, 3-phase distribution lines are visible along Boston Rd.
• Recommended Interconnection: For a project at or below 5MW, the recommended interconnection point would be the adjacent distribution feeder, likely operating at a standard voltage like 13.2 kV or 13.8 kV. This avoids the high costs and long timelines of a new transmission line tap or substation build.
• Cost & Timeline Estimate: Assuming a straightforward distribution tap, interconnection costs could range from $750,000 to $2,000,000. If a dedicated feeder or substation upgrades are required, costs could exceed $3,000,000. The interconnection process within ISO-New England is notoriously slow; a realistic timeline from application submission to commercial operation is 24-36 months. The interconnecting utility must be confirmed, but is likely National Grid.

4. Regulatory & Zoning Analysis

The regulatory landscape presents a significant but potentially manageable risk. The Authority Having Jurisdiction (AHJ) is Palmer Town. The provided zoning is "Industrial (General)," which