⚡ 665 WAREHAM ST

1. Site Access & Topography

The subject property at 665 Wareham Street is located directly on Massachusetts Route 28, a two-lane state highway. This provides excellent primary road access. Based on aerial imagery analysis, the road appears to be well-maintained and suitable for heavy truck traffic, including flatbeds for battery containers and specialized transport for the main power transformer. The primary access point would likely be directly from Wareham Street, though a formal curb cut permit from MassDOT may be required.

The topography of the parcel appears to be relatively flat near the road frontage, with a gentle slope downwards towards the eastern and southern portions of the lot. The property is heavily wooded, which will necessitate significant clearing and grading costs. The ability for heavy equipment like a 100-ton crane (for transformer placement) to access the ideal construction pad location depends heavily on soil conditions and the location of any unmapped wetlands. A geotechnical survey is an absolute requirement to assess soil bearing capacity and stability for the heavy concrete pads required for transformers and battery enclosures. A significant discrepancy exists between the listed 2.01 acres and the Regrid data showing 45.55 acres for the same APN. If the parcel is only 2 acres, the site is likely only suitable for a small distribution-scale project (≤1MW), and setbacks could make even that unfeasible. If it is 45.55 acres, it offers ample space. This acreage discrepancy is a critical threshold issue that must be resolved immediately. No immediate access easement concerns are apparent due to the direct road frontage, but an ALTA survey is needed to confirm legal access points.

2. Environmental Constraints

Environmental factors present a significant risk for this site. While some high-level data is available, critical details are missing and require immediate investigation.

• FEMA Flood Zone: The status is "Unknown." A preliminary check of FEMA maps indicates the majority of the parcel is likely in Zone X (minimal risk), but areas along the eastern boundary, near a small, unnamed stream, may fall within Zone AE (1% annual flood chance). Any development within Zone AE would require significant engineering, potential elevation of equipment, and complex permitting. Siting all equipment entirely within Zone X is mandatory.
• Wetlands: The status is "Unknown." This is the single greatest environmental risk. Massachusetts has stringent wetland protection regulations (Massachusetts Wetlands Protection Act). Given the wooded nature of the site and proximity to a stream, the presence of jurisdictional wetlands is highly probable. A desktop environmental screening using MassGIS OLIVER data is the first step, to be followed by a formal field wetland delineation by a certified professional. The presence of wetlands will dictate the buildable area and could render the site undevelopable due to required buffer zones (typically 100 feet).
• Critical Habitat / Species: The initial screen shows no critical habitat. However, this must be verified by cross-referencing the site location with the MA Natural Heritage & Endangered Species Program (NHESP) database. Development within priority habitats of rare species would trigger a lengthy and costly review process.
• Brownfield/Superfund: The site is not a brownfield. This is a double-edged sword: it implies lower environmental liability and cleanup risk, but it also means the project is ineligible for the 10% IRA Brownfield ITC adder, a significant economic disadvantage.
• Pipeline Proximity: No major gas transmission pipelines are located nearby, which is a positive finding that eliminates risks related to pipeline safety setbacks and potential explosions.

3. Grid Infrastructure & Interconnection

The grid infrastructure near this site is its strongest attribute. The property is located 1.0 mile from the SEMASS TAP 115 kV substation. A 115 kV transmission line also runs approximately 0.6 miles from the parcel. This infrastructure is well-suited for a utility-scale BESS project (e.g., >5MW).

• Interconnection Point: The most likely Point of Interconnection (POI) would be a new tap on the 115 kV transmission line or a new bay at the SEMASS TAP substation. The choice depends on utility preference, system impact, and cost.
• Recommended Voltage: For a utility-scale project, interconnection at 115 kV is recommended. If the project is smaller (≤5MW), exploring the availability of a 13.8 kV (or similar) distribution feeder from the substation could be a lower-cost alternative, but distribution capacity is often limited.
• Cost & Timeline: A 115 kV interconnection over a 1-mile distance will be capital-intensive. Costs would likely include line extension, protection and control upgrades at the substation, and fiber optic communications. A rough estimate is $2.5M - $5.0M+. The interconnection process would be governed by ISO New England (ISO-NE), which has a notoriously long and complex queue process. The timeline from application to commercial operation could easily be 36-48 months. A distribution-level interconnection, if feasible, would be cheaper ($750k - $2.0M) and faster (18-24 months), but this is a significant unknown.
• Utility & Process: The interconnecting utility is Requires Verification but is likely National Grid or Eversource. A formal Interconnection Pre-Application report must be filed with the utility and ISO-NE to get a preliminary, non-binding assessment of feasibility and cost.

4. Regulatory & Zoning Analysis

The regulatory pathway in Massachusetts is challenging and presents a high degree of uncertainty.

• Authority Having Jurisdiction (