⚡ STAFFORD ST

1. Site Access & Topography

Road Access: The subject parcel is located on Stafford Street in Leicester, MA. A preliminary desktop review using satellite imagery indicates that Stafford Street is a two-lane, paved public road. However, its classification (local, collector, etc.), weight limits, and overall condition are unknown and require verification. The quality of this road is critical, as it must support heavy-haul trucks for the main power transformer (often exceeding 100,000 lbs) and multiple flatbed or lowboy trailers for battery containers, inverters, and switchgear.

Terrain & Equipment Feasibility: The topography of Worcester County is characterized by rolling hills, and this parcel appears to be undeveloped and wooded. This suggests that significant site preparation, including tree clearing, grading, and soil stabilization, will be necessary. The feasibility of bringing heavy equipment to the site is contingent on the grade of Stafford Street and the entrance to the parcel. A detailed topographic survey and geotechnical analysis are required to confirm soil bearing capacity and to design the access road and equipment pads. The current lack of a defined access point from Stafford Street onto the 7.17-acre parcel is a primary concern.

Easement Concerns: While the parcel appears to have direct frontage on Stafford Street, a formal, engineered access road will need to be constructed. A title search is mandatory to confirm that no existing easements would encumber the development area or the proposed access point. Furthermore, we must secure an explicit access easement for construction and ongoing operations if the optimal entry point crosses any adjacent property lines, which seems unlikely given the frontage but must be confirmed.

2. Environmental Constraints

FEMA Flood Zone: The FEMA flood zone designation is currently Requires Verification. This is a critical data gap. If any portion of the buildable area falls within a Special Flood Hazard Area (e.g., Zone A or AE), development costs will increase substantially due to the need for elevated foundations and flood-proofing measures. A location within a floodway would likely render the site undevelopable. This must be investigated immediately using the FEMA Flood Map Service Center.

Wetlands: The presence of wetlands is also unknown and represents a major risk in Massachusetts, which has stringent regulations under the Massachusetts Wetlands Protection Act. Given the undeveloped nature of the site, the presence of wetlands, vernal pools, or intermittent streams is highly probable. A desktop review using MassGIS OLIVER is the first step, but a formal wetland delineation by a certified professional will be required. Any identified wetlands will trigger significant setbacks (typically a 100-foot buffer zone), which could severely constrain the buildable envelope of the 7.1-acre parcel and potentially make a 5MW BESS project infeasible.

Habitat & Protected Species: The data indicates no critical habitat or protected areas on site, which is a positive initial finding. However, this must be formally verified by cross-referencing the project location with the MA Natural Heritage & Endangered Species Program (NHESP) database to ensure no priority habitats of rare species are impacted.

Brownfield/Superfund Status: The presence of one Superfund/brownfield site within two miles is a noteworthy data point. The immediate priority is to determine if the subject parcel itself has a history of contamination or is designated as a brownfield. If it is, this could be a significant advantage, potentially making the project eligible for the 10% ITC "Energy Community" adder for brownfields. Conversely, if the contamination is on an adjacent, upgradient property, it could pose a risk of soil or groundwater contamination migrating onto our site, creating liability and remediation costs. A Phase I Environmental Site Assessment (ESA) is strongly recommended.

Pipeline Proximity: The absence of major gas pipelines within a three-mile radius is a significant safety and layout advantage, eliminating concerns related to pipeline setbacks and explosion risks.

3. Grid Infrastructure & Interconnection

Substation & Transmission Proximity: The site's grid access is its strongest attribute. It is located just 0.7 miles from the TAP136357 substation and 0.6 miles from a 115kV transmission line. This proximity dramatically reduces the potential cost and complexity of the electrical interconnection. The substation's 115kV maximum voltage indicates it is a transmission-level asset, suggesting robust capacity is likely available in the local grid.

Interconnection Voltage & Feeder: For a distribution-scale project (≤5MW), a direct 115kV interconnection would be cost-prohibitive. The most viable strategy is to interconnect to a distribution feeder originating from the TAP136357 substation. The interconnecting utility is likely National Grid. A critical next step is to identify the 3-phase distribution lines along Stafford Street or other nearby roads, confirm their voltage (likely 13.8kV or similar), and assess the feeder's configuration and available capacity via a pre-application report.