⚡ SPEARIN RD

Site Diligence Analysis: SPEARIN RD, Wicomico County, MD

As a senior BESS site evaluation analyst for Sunland America Corp, I have performed a comprehensive diligence analysis for the property located at SPEARIN RD, Wicomico County, MD. This analysis focuses on the property's suitability for a distribution-scale (≤5MW) or utility-scale BESS project, considering all critical development factors.

1. Site Access & Topography

The property benefits from Public Road Access, which is a significant advantage for equipment delivery and ongoing operations. The "Great" buildability rating and 23.14 buildable acres suggest favorable terrain, likely flat to gently rolling, typical of agricultural areas in Wicomico County, Maryland. This characteristic, combined with public road access, indicates that heavy equipment such as transformers, battery containers, and construction machinery should have unimpeded access to the site. The "POI Onsite" designation is particularly beneficial, implying that the point of interconnection is directly on the property, further simplifying construction logistics and reducing off-site infrastructure needs. There are no explicit access easement concerns noted, but a detailed survey during the due diligence phase would confirm that the public road directly abuts the buildable area and that no private access easements are required across neighboring parcels to reach the optimal BESS footprint.

2. Environmental Constraints

Several environmental factors present both advantages and critical unknowns for this site. Positively, there is no Critical Habitat, no Protected Areas, no Brownfield/Superfund sites within 2 miles, and no Pipeline Proximity within 3 miles, eliminating significant environmental risks and associated mitigation costs or safety setbacks. The site is also not within the Chesapeake Bay Critical Area, which avoids stringent development restrictions and permitting complexities. However, two major environmental unknowns pose significant risks: FEMA Flood Zone is Unknown and Wetlands presence is Unknown. These are critical gaps. If the property is found to be in a high-risk flood zone (e.g., AE or VE), it would necessitate elevated equipment, floodproofing measures, increased insurance costs, and potentially complex permitting. The presence of wetlands would trigger federal (USACE) and state (MDE) permitting, require significant setbacks, potentially reduce the developable area, and could lead to costly mitigation. A Phase 1 Environmental Site Assessment (ESA) and a wetland delineation are imperative to de-risk these unknowns.

3. Grid Infrastructure & Interconnection

The grid infrastructure for this site is exceptionally promising. The Nearest Substation, Piney Grove, is only 0.338 miles away with a Max Voltage of 230 kV. Furthermore, a 230kV Transmission Line is located just 0.4 miles away. The stated IX Voltage of 25 kV strongly suggests that the project is targeting a distribution-level interconnection, likely tapping into a 25 kV feeder originating from or passing near the Piney Grove Substation. Given Sunland America's focus on distribution-scale projects (≤5MW), this 25 kV interconnection voltage is appropriate. The "POI Onsite" is a significant advantage, minimizing the need for costly and time-consuming off-site line extensions. We recommend pursuing a distribution-level interconnection at 25 kV. Based on the close proximity, the interconnection cost range for line extensions should be relatively low (e.g., $500k - $1.5M), but potential substation or feeder upgrade costs by Delmarva Power (an Exelon company) could be substantial depending on available capacity. The interconnection timeline for distribution-scale projects with Delmarva Power typically involves a multi-stage study process (e.g., Feasibility, System Impact, Facilities) that can take 12-24 months, followed by construction. Early engagement with Delmarva Power's interconnection department is crucial to understand the specific feeder configuration, available capacity, and typical queue times for Wicomico County. We anticipate the likely feeder configuration to be a radial or looped 25 kV distribution feeder directly accessible from the property.

4. Regulatory & Zoning Analysis

The Authority Having Jurisdiction (AHJ) is Wicomico County, as the property is in an unincorporated area. The current zoning is Agricultural/Rural (A-1). While agricultural zoning is common for BESS projects in Maryland, it is highly unlikely that a BESS facility would be permitted "by-right." The recommended permitting pathway will almost certainly be a Conditional Use Permit (CUP) or Special Exception. This process typically involves public hearings, discretionary approval by the County Council or Planning Commission, and can introduce significant development risk and timeline extensions (e.g., 6-12 months for approvals). Known setback requirements for BESS in this jurisdiction are Unknown and represent a critical data gap. Wicomico County's zoning ordinance must be thoroughly reviewed for specific BESS or industrial use setbacks from property lines, public roads, and residential structures. Maryland state regulations (e.g., Public Service Commission for larger projects) are less likely to be the primary hurdle for a distribution-scale project, with county zoning being paramount. There is no information on any moratorium or restriction risks, which also requires immediate investigation, as some Maryland counties have recently considered or implemented such measures for energy projects.

5. IRA/ITC Incentive Analysis

The property's eligibility for Inflation Reduction Act (IRA) Investment Tax Credit (ITC) adders is unfortunately limited. The site is designated as not an Opportunity Zone, not an Energy Community, and not a Low-Income Community. Assuming the project meets prevailing wage and apprenticeship requirements, the base ITC would be 30%. However, without any of the specified adders, the potential cumulative ITC adder percentage is 0%. This means the project will only qualify for the standard 30% ITC. This lack of additional incentives could significantly impact the project's financial viability and competitiveness compared to sites that qualify for multiple adders (e.g., 10-20% additional ITC). Project economics will need to be robust to proceed without these valuable incentives.

6. BESS Score & Rationale

BESS Suitability Score: 62/100

• Location (15/20): Strong buildability ("Great," 23.14 acres), public road access, and favorable general terrain. No major physical constraints identified.
• Grid Access (22/25): Excellent proximity to both a 230kV substation (0.338 miles) and a 230kV transmission line (0.4 miles). "POI Onsite" is a significant advantage for interconnection costs and timelines. The 25kV IX voltage aligns with distribution-scale projects.
• Environmental (8/15): Positive aspects include no critical habitat, brownfield, pipeline, or Chesapeake Bay Critical Area issues. However, the major unknowns regarding FEMA Flood Zone and Wetlands significantly de-risk this category, requiring substantial further investigation.
• Regulatory (9/15): AHJ is the county, which can be more predictable than smaller municipalities. However, Agricultural zoning (A-1) will likely require a CUP/Special Exception, introducing permitting risk and delays. Critical unknowns exist for specific BESS setbacks and potential moratoriums.
• Incentives (3/15): This category scores very low due to the complete lack of eligibility for Opportunity Zone, Energy Community, or Low-Income Community ITC adders. This significantly impacts project economics.
• Buildability (5/10): "Great" buildability and 23.14 buildable acres are positive. Public road access is good. The score is not higher due to the unknowns in environmental constraints that could reduce the effective buildable area.

7. Key Risks & Mitigants

• Risk 1: Environmental Unknowns (FEMA Flood Zone & Wetlands)
  • Mitigant: Immediately commission a Phase 1 Environmental Site Assessment (ESA) and a desktop wetland screening, followed by a full wetland delineation and flood zone determination if initial findings warrant. This will clarify development constraints and potential mitigation costs.
• Risk 2: Interconnection Capacity & Upgrade Costs
  • Mitigant: Initiate a pre-application meeting with Delmarva Power's interconnection team to discuss available capacity on the 25 kV feeder, potential upgrade requirements at Piney Grove Substation, and typical study timelines. Obtain a budget estimate for interconnection costs.
• Risk 3: Zoning & Permitting Pathway Uncertainty
  • Mitigant: Conduct a thorough review of Wicomico County's zoning ordinance (specifically for A-1 and BESS/utility uses) to confirm the permitting pathway (CUP/Special Exception), identify specific setback requirements, and understand the public hearing process. Schedule a pre-application meeting with county planning staff.
• Risk 4: Lack of IRA/ITC Adders Impacting Project Economics
  • Mitigant: Perform detailed financial modeling to assess project viability with only the base 30% ITC. Explore alternative revenue streams (e.g., ancillary services, capacity markets) and optimize project costs to offset the lack of additional incentives.
• Risk 5: Local Opposition & Moratorium Risk
  • Mitigant: Research recent Wicomico County Planning Commission and County Council meeting minutes for discussions or actions related to BESS/solar projects. Engage local counsel or a community relations consultant to assess the political landscape and develop a proactive community engagement strategy.

8. Recommended Next Steps

1. Phase 1 ESA & Desktop Wetland/Flood Zone Review:
   • Description: Commission a Phase 1 ESA, desktop wetland screening, and FEMA flood zone determination to clarify environmental constraints.
   • Timeline: 2-4 weeks.
   • Go/No-Go Point: If significant unmitigable wetlands or high-risk flood zones are identified, this could be a NO GO.