⚡ 14 L STEVENS RD

Site Access & Topography

Initial evaluation of the subject property at 14 L Stevens Rd indicates potentially challenging access for a BESS project. L Stevens Road appears to be a local, two-lane road. While it connects to major thoroughfares like Massachusetts Route 20, a detailed route survey is required to confirm its suitability for heavy haul transport. The primary concern is the feasibility of delivering large, heavy equipment, including 40-foot battery containers, a main power transformer (MPT), and construction machinery like large cranes. Potential constraints include narrow road widths, insufficient turning radii at intersections, low-hanging utility lines, and weight-limited bridges or culverts.

Based on satellite imagery and the general terrain of Worcester County, the site is likely to have rolling topography with moderate tree cover. The 5.83-acre parcel appears partially wooded. Significant grading and tree clearing may be required to create a level pad for the BESS compound, which would increase civil construction costs and could trigger additional environmental review or stormwater management requirements. The buildable area is currently unknown and will be heavily dependent on topography, environmental constraints, and required setbacks.

A critical unknown is the legal and physical access from the public road to the proposed equipment pad location. A title search and survey are necessary to confirm that no access easements are required across neighboring properties. If the Point of Interconnection (POI) is located away from the main parcel, a POI access easement will also need to be secured. Action Item: A site visit and a formal transportation route study are essential to de-risk equipment delivery.

Environmental Constraints

The environmental profile presents significant unknowns that constitute a primary project risk.

• FEMA Flood Zone: The flood zone designation is listed as "Unknown." This is a critical data gap. Any portion of the buildable area falling within a 100-year floodplain (e.g., Zone A or AE) would likely render the site non-viable or require extremely costly mitigation, such as elevating all equipment above the Base Flood Elevation (BFE). Verification via the FEMA Flood Insurance Rate Map (FIRM) is an immediate next step.
• Wetlands: The presence of wetlands is "Unknown." Massachusetts has highly restrictive wetland regulations under the Massachusetts Wetlands Protection Act, which mandates significant buffer zones (typically a 100-foot "Buffer Zone" and a 200-foot "Riverfront Area" for perennial streams) where development is heavily restricted. Given the site's wooded nature in a region with numerous water bodies, the presence of state or federally jurisdictional wetlands is highly probable. A desktop screening using MassGIS Oliver is the first step, likely to be followed by a formal wetland delineation by a certified professional. Wetlands could severely constrain the buildable acreage.
• Critical Habitat / Species: The data indicates no critical habitat, which is a positive screening result. However, this should be verified through the USFWS Information for Planning and Consultation (IPaC) tool and the Massachusetts Natural Heritage & Endangered Species Program (NHESP) database to ensure no sensitive species or habitats are present that could require time-of-year restrictions or other mitigation.
• Brownfield/Superfund: The absence of nearby brownfield or superfund sites is positive from a liability and cleanup-cost perspective. However, this also means the project is ineligible for the 10% ITC "Brownfield Adder," which is a notable financial disadvantage.
• Pipeline Proximity: No pipelines within three miles is a significant safety and permitting advantage, eliminating the need for complex setback analyses and consultations with pipeline operators.

Grid Infrastructure & Interconnection

The grid infrastructure as presented is poorly suited for a distribution-scale (≤5MW) BESS project. The nearest substation, CARPENTER HILL (1.9 miles), is a 345 kV bulk transmission facility. Interconnecting a small BESS at this voltage level is technically complex and financially prohibitive, with costs likely exceeding $10-15 million