As a senior BESS site evaluation analyst for Sunland America Corp, I have performed a comprehensive diligence analysis for the property located at 343 N BROADWAY in Pennsville Township, Salem County, New Jersey. This analysis focuses on its suitability for a distribution-scale (≤5MW) or utility-scale Battery Energy Storage System (BESS) project.
The property benefits from Public Road Access via N Broadway, which is a significant advantage for logistics. Public road access typically implies well-maintained routes capable of handling commercial traffic. Given the "Buildability: OK" status and the "Vacant Land (General)" land use, the terrain is likely relatively flat and free from major topographical challenges that would impede construction. This suggests that heavy equipment, such as large transformers, battery containers, and cranes, should have feasible access to the site without requiring extensive road upgrades or specialized transport.
The "POI Access: POI Onsite" is an exceptional advantage, indicating that the Point of Interconnection (POI) is located directly on the property. This eliminates the need for costly and time-consuming off-site line extensions and associated easements for interconnection infrastructure. While no specific access easement concerns are noted in the provided data, a detailed title search and ALTA survey will be critical to confirm clear access rights and identify any existing utility or other easements that might encumber the buildable area. Overall, site access and topography appear highly favorable for BESS development.
Several critical environmental factors require immediate investigation. The FEMA Flood Zone designation is currently Unknown. This is a significant gap, as BESS facilities must be sited outside of 100-year floodplains (Zone AE) or require expensive flood mitigation measures. Similarly, the presence of Wetlands is also Unknown. Wetlands can trigger extensive permitting processes (e.g., US Army Corps of Engineers Section 404 permits, NJDEP permits) and require significant setbacks, potentially reducing the usable acreage.
On the positive side, the data indicates No Critical Habitat or Endangered Species and No Protected Areas, which significantly reduces environmental permitting risk and potential for project delays. The site is also clear of Brownfield/Superfund sites within a 2-mile radius, meaning there are no remediation costs or environmental liabilities, though it also precludes the IRA brownfield bonus. There are No Pipeline Proximity or Gas Wells Nearby within approximately 3 miles, which is excellent for safety and reduces potential for NERC/FERC setback requirements or public safety concerns. The site is not located within the Chesapeake Bay Critical Area.
The primary actionable insight here is the urgent need for a Phase I Environmental Site Assessment (ESA) and a detailed wetlands delineation to address the flood zone and wetlands unknowns. These are potential showstoppers if adverse conditions are found.
The grid infrastructure at this location is exceptionally strong. The Nearest Substation, Churchtown, is only 0.1 miles away and has a maximum voltage of 230 kV, indicating a robust transmission-level facility. Crucially, a 230kV Transmission Line (ATLANTIC CITY ELECTRIC CO) is also 0.1 miles away. This proximity is ideal for minimizing interconnection costs and maximizing reliability.
The stated Interconnection Voltage (IX Voltage) is 34.5 kV. This suggests the project is targeting a distribution-level interconnection, likely tapping into a 34.5 kV feeder originating from or passing near the Churchtown substation. While the 230 kV infrastructure is present, the project's current scope likely aligns with a distribution-scale BESS. The utility is almost certainly Atlantic City Electric (ACE), given the transmission line ownership.
The likely feeder configuration would be a direct tap into an existing 34.5 kV distribution feeder. This extremely short distance to the POI (onsite) and substation should result in a lower interconnection cost range, likely in the low to mid-six figures (e.g., $250,000 - $750,000 for a distribution-scale project, depending on required upgrades). The timeline, however, is subject to ACE's specific interconnection queue and PJM's regional process. While distribution-level interconnections can sometimes be faster than transmission, ACE's typical queue times for projects of this size would need verification, but could range from 12-24 months for study completion and agreement execution. The primary recommendation is to immediately initiate a pre-application meeting with ACE to confirm the 34.5 kV feeder's available capacity and exact interconnection requirements.
The Authority Having Jurisdiction (AHJ) for local permitting is Pennsville Township, Salem County, New Jersey. The provided zoning data shows a discrepancy: "Vacant Land - Vacant Land (General) (Code: 4/0)" and Regrid's "COM" (Commercial). "Vacant Land (General)" is often a placeholder, and "COM" suggests a commercial designation. BESS facilities are typically classified as utility infrastructure or industrial uses, which are rarely permitted "by-right" in commercial or general vacant land zones.
Therefore, the most likely permitting pathway will be a Conditional Use Permit (CUP) or Special Use Permit (SUP) from Pennsville Township. This process involves public hearings, detailed site plan review, and demonstrating compliance with specific conditions (e.g., setbacks, noise, visual impacts). A variance would be a last resort and is generally more challenging to obtain.
Known setback requirements for BESS in Pennsville Township are Unknown and must be immediately investigated by reviewing the Township's zoning ordinances. New Jersey has state-level energy facility siting guidelines, but local ordinances will dictate specific setbacks from property lines, residential areas, and public roads. There are no known moratorium or restriction risks, but this requires direct inquiry with the Township planning department. Understanding the local appetite for BESS projects will be crucial.
The site's eligibility for Inflation Reduction Act (IRA) Investment Tax Credit (ITC) adders presents a significant financial advantage.
Based on this analysis, the potential cumulative ITC adder percentage for this project is +10% (from Energy Community status). When combined with the base 30% ITC for BESS, this results in a strong 40% ITC for the project, significantly enhancing its financial viability.
BESS Suitability Score: 72/100