⚡ BAYLY RD

Site Diligence Analysis: BAYLY RD, Dorchester, MD

As a senior BESS site evaluation analyst for Sunland America Corp, I have performed a comprehensive diligence analysis for the property located at BAYLY RD, Dorchester County, MD (APN: 7148941, Total Acres: 2.88). This analysis focuses on distribution-scale (≤5MW) and utility-scale BESS project viability, providing specific insights and actionable recommendations.

1. Site Access & Topography

• Road Access Quality and Equipment Delivery Feasibility: The property benefits from "Public Road Access" via BAYLY RD. Assuming BAYLY RD is a paved county road, this generally indicates good initial access for standard vehicles. However, the quality and width of BAYLY RD itself need verification to ensure it can accommodate oversized and overweight loads typical for BESS components (e.g., transformers, battery containers, inverter skids). The "POI Onsite" designation is positive, suggesting the point of interconnection is directly on the property, minimizing off-site infrastructure requirements.
• Likely Terrain Characteristics: Dorchester County, MD, is characterized by low-lying coastal plains, often with flat terrain but susceptible to marshy conditions. The "Buildability: Poor" assessment is a significant red flag, strongly suggesting challenging terrain such as poor soil bearing capacity, high water table, or significant grading requirements. This could imply the presence of unmapped wetlands or areas prone to saturation.
• Heavy Equipment Access: While public road access is noted, the "Poor Buildability" rating raises serious concerns about internal site access for heavy equipment. Even if BAYLY RD can handle the loads, significant site preparation (e.g., extensive grading, installation of temporary access roads, soil stabilization) would likely be required to move transformers, battery containers, and other heavy components from the public road to their final pads. This will add considerable cost and complexity.
• Access Easement Concerns: No specific access easement concerns are noted in the provided data. However, given the "POI Onsite" and public road access, the primary concern would shift to internal site access and whether any existing easements or rights-of-way might restrict the optimal placement of BESS components. This requires verification during a site survey.

2. Environmental Constraints

• FEMA Flood Zone Designation: The FEMA Flood Zone is "Unknown," which is a critical data gap. Dorchester County is a coastal area highly vulnerable to flooding. A significant portion of the county lies within FEMA flood zones (A, AE, VE, X). Siting a BESS within a flood zone (especially A or AE) would necessitate elevated equipment pads, extensive stormwater management, and potentially more stringent permitting, significantly increasing project costs and complexity. This requires immediate verification.
• Wetlands Presence and Setback Requirements: Wetlands presence is "Unknown," another critical gap. Given Dorchester County's geography, the likelihood of wetlands on or adjacent to the 2.88-acre parcel is high. If wetlands are present, federal (USACE), state (MDE), and local regulations would impose strict setback requirements, mitigation measures, and potentially prohibit development in certain areas, severely impacting the usable acreage and project layout.
• Critical Habitat / Endangered Species Risk: The data indicates "None" for Critical Habitat and Protected Areas. This is a positive finding, reducing the risk of delays or restrictions related to endangered species protection.
• Brownfield/Superfund Status: "1 site(s) within ~2 mi" indicates a brownfield or superfund site nearby, but not on the property itself. This means the project would not qualify for the IRA brownfield bonus adder. While not directly on-site, it warrants a Phase I Environmental Site Assessment (ESA) to assess potential off-site contamination migration risks to the property, though this is generally a lower concern for sites not directly adjacent.
• Chesapeake Bay Critical Area Implications: The data states "Chesapeake Critical Area: No." This is a significant advantage, as it avoids the highly restrictive development regulations and stringent permitting processes associated with the Critical Area Program in Maryland, which imposes strict impervious surface limits, buffer requirements, and stormwater management standards.
• Pipeline Proximity Safety Considerations: "None within ~3 miles" is a positive finding, eliminating the need for extensive pipeline safety setbacks, risk assessments, and coordination with pipeline operators, which can be complex and costly.

3. Grid Infrastructure & Interconnection

• Nearest Substation: The "Nearest Substation: UNKNOWN170950" is an exceptional 0.1 mi away with a "Max Voltage: 69 kV." This proximity is ideal for minimizing interconnection costs and line losses. The 69 kV voltage class is suitable for both distribution-scale (≤5MW) and smaller utility-scale BESS projects.
• Transmission Line Proximity and Voltage: The data states "Nearest Transmission Line: None within ~3 miles." However, the "IX Voltage: 69 kV" indicates that the interconnection will be at 69 kV. In Maryland, 69 kV lines are typically considered sub-transmission or high-voltage distribution. Given the substation's 69 kV rating, the interconnection will likely be to the distribution network originating from this substation.
• Recommended Interconnection Voltage: The specified "IX Voltage: 69 kV" is the clear recommendation. This voltage is appropriate for the project scale and offers a balance between capacity and complexity compared to lower distribution voltages or higher transmission voltages.
• Estimated Interconnection Cost Range and Timeline: Given the 0.1 mi distance to a 69 kV substation, the physical interconnection costs (e.g., short line extension, substation breaker/relay upgrades) should be relatively low, likely in the range of $500,000 - $1.5 million, depending on required substation upgrades. The timeline, however, is highly dependent on the utility's interconnection queue.
• Utility-Specific IX Process and Typical Queue Times: The "Interconnecting Utility: e6416185-0b1a-4900-acfa-495340997866" is a UUID and needs to be identified. Based on Dorchester County, MD, the likely utility is Delmarva Power (an Exelon company). Delmarva Power's interconnection process typically involves an application, system impact study, facilities study, and construction. Queue times for 69 kV projects can range from 18-36 months, depending on system congestion and required upgrades. This requires immediate verification with the utility.
• Likely Feeder Configuration: The proximity to the 69 kV substation suggests a direct tap or a very short radial line extension from the substation's 69 kV bus. This is an optimal configuration, minimizing line losses and potential impacts on other feeders.

4. Regulatory & Zoning Analysis

• Authority Having Jurisdiction (AHJ) and its Type: The AHJ is Dorchester County, MD. It is a county-level jurisdiction responsible for zoning, permitting, and code enforcement.
• Current Zoning for BESS Compatibility: The property is zoned "Vacant Land - Commercial-Vacant Land (Code: R-1)" and "Zoning (Regrid): RC." R-1 typically denotes Single-Family Residential, and RC denotes Rural Conservation. Both of these zoning classifications are highly incompatible with Battery Energy Storage Systems, which are generally classified as industrial or heavy commercial uses. This is a critical and potentially fatal flaw for the project as currently conceived.
• Recommended Permitting Pathway: Given the R-1/RC zoning, a "by-right" permitting pathway is extremely unlikely. The project would almost certainly require a Conditional Use Permit (CUP) or Special Exception, which involves a public hearing process, discretionary approval by the planning commission/board of appeals, and often significant local opposition. A rezoning application, while possible, is a lengthy, expensive, and high-risk endeavor with low probability of success for an industrial use in residential/rural zones.
• Known Setback Requirements: Setback requirements for BESS in this jurisdiction are "Unknown." However, given the residential/rural zoning, Dorchester County would likely impose significant setbacks from property lines, residential structures, and public roads, potentially limiting the usable area on the 2.88-acre parcel, especially with the "Poor Buildability" assessment.
• Specific State/County Regulations: Maryland has state-level siting guidelines for energy generation facilities, but local zoning is paramount. Dorchester County's Zoning Ordinance will govern BESS siting. Chapter 150 of the Dorchester County Code addresses zoning. A detailed review of this chapter for "energy storage," "utility facilities," or similar industrial uses is immediately required.
• Moratorium or Restriction Risks: The significant zoning incompatibility presents a very high risk of local opposition, potential moratoriums on BESS development, or outright denial of permits. Communities are increasingly sensitive to BESS siting, especially near residential areas.

5. IRA/ITC Incentive Analysis

• Opportunity Zone Eligibility: The property is "No" for Opportunity Zone eligibility, meaning no 10% ITC adder.
• Energy Community Status: The property is "No" for Energy Community status, meaning no 10% ITC adder.
• Low-Income Community Qualification: The property is "No" for Low-Income Community qualification, meaning no 10% or 20% ITC adder.
• Potential Cumulative ITC Adder Percentage: Based on the provided data, the cumulative ITC adder percentage for this site is 0%. This significantly impacts the project's financial viability and competitiveness compared to sites that qualify for these adders.

6. BESS Score & Rationale

BESS Suitability Score: 35/100

• Location (5/20): While proximity to the substation is excellent,