⚡ HONEYSUCKLE ST

As a senior BESS site evaluation analyst for Sunland America Corp, I have performed a comprehensive diligence analysis for the property located at HONEYSUCKLE ST in Worcester County, Maryland. This analysis aims to identify key opportunities, risks, and necessary next steps for developing a distribution-scale (≤5MW) or utility-scale BESS project on this 4.41-acre parcel. The property's APN is 2403016226.

1. Site Access & Topography

The property address, HONEYSUCKLE ST, suggests access via a local residential street. The quality of Road Access and POI Access are currently Unknown, which is a critical gap. For a BESS project, heavy equipment such as transformers, battery containers, and construction machinery require robust, wide, and load-bearing roads. Residential streets often have width restrictions, turning radius limitations, and may not be designed for heavy vehicle loads, potentially requiring significant road upgrades or temporary reinforcements.

The Buildability and Buildable Acres are also Unknown. This implies that the terrain characteristics, such as slope, soil stability, and presence of rock outcrops, have not been assessed. Given the "Vacant Land" designation, the site could be relatively undeveloped, potentially requiring extensive grading and site preparation. Without this information, it's impossible to confirm if heavy equipment can physically access and operate on the site without substantial civil works. Any need to cross adjacent private parcels for access would necessitate securing permanent access easements, which can be time-consuming and costly.

• Actionable Insight: A detailed site visit is immediately required to assess road quality, width, turning radii, and overhead obstructions. Topographical surveys and geotechnical investigations are essential to determine grading requirements and soil stability. Verification of public road frontage and access rights is paramount.

2. Environmental Constraints

Several critical environmental factors remain Unknown. The FEMA Flood Zone designation is a major concern; BESS facilities must avoid high-risk flood zones (e.g., AE, VE) or implement expensive flood mitigation measures. Similarly, the presence of Wetlands is Unknown. Wetlands can severely restrict the developable area, trigger complex federal and state permitting (e.g., Section 404 of the Clean Water Act), and lead to significant project delays and costs.

On the positive side, the analysis indicates Brownfield/Superfund: None within ~2 miles, which mitigates contamination risks but also means the site does not qualify for the IRA brownfield bonus. There are No Critical Habitat, No Protected Areas, No Chesapeake Bay Critical Area implications, No Pipeline Proximity within ~3 miles, and No Gas Wells Nearby within ~2 miles. These factors are favorable, reducing potential environmental permitting hurdles related to sensitive ecological areas or safety setbacks from hazardous infrastructure.

• Actionable Insight: Immediately perform a desktop review of FEMA flood maps and National Wetlands Inventory (NWI) maps. If potential wetlands are identified, a professional wetland delineation will be required. A Phase I Environmental Site Assessment (ESA) should be conducted to rule out any unforeseen contamination risks, despite the initial "no brownfield" finding.

3. Grid Infrastructure & Interconnection

The Interconnecting Utility and specific IX Voltage are Unknown. However, the presence of a Nearest Transmission Line: 138kV at 2.1 mi (DELMARVA POWER) strongly suggests Delmarva Power as the utility. The Nearest Substation: UNKNOWN123257 (Distance: 2.2 mi, Max Voltage: 138 kV) indicates a transmission-level substation. For a distribution-scale project (≤5MW), interconnection to a distribution feeder (e.g., 34.5kV, 12.47kV) is generally preferred due to lower costs and complexity compared to transmission-level interconnection.

Given the substation's 138kV max voltage, it's crucial to determine if lower-voltage distribution feeders emanate from it or are available nearby. If only 138kV interconnection is feasible, the project would face significantly higher interconnection costs (e.g., dedicated transmission line extension, switchyard upgrades) and a longer, more complex PJM interconnection queue process. The estimated interconnection cost range could be anywhere from $1 million to $5 million+ for 2.1-2.2 miles, depending on voltage, required upgrades, and the specific feeder configuration (which is currently Unknown). Typical PJM queue times can range from 18-36 months for studies alone.

• Actionable Insight: Immediately contact Delmarva Power to confirm the utility, request distribution circuit maps for the area, and initiate a pre-application interconnection request. This will clarify available interconnection points, voltage, capacity, and provide preliminary cost estimates and timelines.

4. Regulatory & Zoning Analysis

The Authority Having Jurisdiction (AHJ) is Worcester County, MD, as the property is in an unincorporated area. The current Zoning is listed as "Vacant Land - Residential-Vacant Land (Code: A-1)" and "A2" by Regrid. Both A-1 and A2 zones are typically agricultural or low-density residential. BESS facilities, being industrial-like infrastructure, are generally not a by-right use in such zones.

The most likely permitting pathway will be a Conditional Use Permit (CUP) or a Special Exception. This process is discretionary, involves public hearings, and requires demonstrating compatibility with the surrounding area, often leading to significant community opposition. A variance is less likely unless specific hardships can be proven. Worcester County will have specific setback requirements for structures in A-1/A2 zones, and additional fire safety setbacks for BESS facilities will apply. Maryland state regulations for energy facilities typically defer to