⚡ KEYSTONE RD

Site Diligence Analysis: KEYSTONE RD, Elk County, PA

Sunland America Corp. has evaluated the property at KEYSTONE RD in Elk County, PA, for its suitability as a Battery Energy Storage System (BESS) site. This comprehensive analysis covers critical aspects from site access to potential incentives, providing actionable insights for project development.

1. Site Access & Topography

• Road Access Quality and Equipment Delivery Feasibility: The property benefits from "Public" road access, which is a significant advantage for construction and ongoing operations. The "POI Onsite" (Point of Interconnection Onsite) further simplifies logistics by reducing the need for extensive off-site infrastructure. However, the internal site access for heavy equipment will be challenging given the "Poor" buildability and "Vacant Land - Private Preserve, Open Space-Vacant Land (Forest L)" land use. This suggests a need for significant internal road construction and upgrades to accommodate large vehicles like flatbed trucks for battery containers and specialized transport for transformers.
• Likely Terrain Characteristics: The land use description strongly indicates a forested, potentially rugged or sloped terrain typical of a "Private Preserve" or "Open Space" in a rural Pennsylvania county. The "Poor" buildability and only 6.91 buildable acres out of 61.78 acres confirm that a substantial portion of the site is unsuitable for development without extensive and costly earthwork. This implies significant grading, tree clearing, and potential rock excavation will be required for the BESS pad, access roads, and ancillary facilities.
• Heavy Equipment Access: While public road access is confirmed, the internal site conditions present a hurdle. Heavy equipment such as large cranes for transformer placement and specialized transport for battery containers will require robust, engineered internal access roads. The "Poor" buildability suggests that these roads will need to be constructed from scratch, potentially involving significant cut-and-fill operations. This will be a major cost driver and requires detailed geotechnical and civil engineering assessment.
• Access Easement Concerns: No specific access easement concerns are noted in the provided data. However, given the "Private Preserve" designation, it is crucial to verify if the current owner has any existing conservation easements or restrictions that could impede BESS development. Even with public road access, internal easements for utility lines or environmental protection might exist and need to be thoroughly investigated during due diligence.

2. Environmental Constraints

• FEMA Flood Zone Designation: The FEMA Flood Zone is currently Unknown. This is a critical data gap. A BESS facility must be sited outside of 100-year floodplains (Zone AE/A) or designed with significant flood mitigation measures, which can be costly and complex. Immediate verification through a detailed flood plain analysis is required.
• Wetlands Presence and Setback Requirements: Wetlands presence is also Unknown. This is another critical environmental constraint. Pennsylvania has stringent wetland protection regulations, and the presence of wetlands would necessitate extensive permitting (e.g., US Army Corps of Engineers Section 404 permit, PA DEP Chapter 105 permit), potential mitigation, and significant setbacks, which could further reduce the already limited buildable area. A comprehensive wetland delineation study is a high-priority next step.
• Critical Habitat / Endangered Species Risk: The data indicates "None" for Critical Habitat. This is a positive finding, reducing the risk of project delays or costly mitigation measures related to endangered species protection.
• Brownfield/Superfund Status: The property is "None within ~2 miles" of a Brownfield/Superfund site. While this indicates a clean site, it also means the project will not qualify for the IRA Brownfield bonus adder, which could have provided an additional 10% ITC.
• Chesapeake Bay Critical Area Implications: The data correctly states "N/A (non-MD)," confirming that this site in Elk County, PA, is outside the Chesapeake Bay Critical Area, thus avoiding those specific regulatory burdens.
• Pipeline Proximity Safety Considerations: The data indicates "None within ~3 miles" for pipeline proximity. This is a significant positive, as it eliminates major safety concerns, setback requirements, and potential permitting complexities associated with siting near high-pressure gas or hazardous liquid pipelines.

3. Grid Infrastructure & Interconnection

• Nearest Substation: The Whetstone Substation is an exceptional 0.043 miles away with a Max Voltage of 115 kV. This proximity is highly advantageous, minimizing line extension costs and potential right-of-way acquisition.
• Nearest Transmission Line: A 115kV transmission line is located at 0.2 miles. This direct access to high-voltage infrastructure is ideal for a utility-scale BESS project.
• Recommended Interconnection Voltage: Given the immediate proximity to a 115 kV substation and transmission line, the likely interconnection voltage will be 115 kV. This indicates a transmission-level interconnection, suitable for larger-scale BESS projects.
• Estimated Interconnection Cost Range and Timeline: While the short distance to the substation and transmission line will reduce line extension costs, a 115 kV transmission-level interconnection is inherently complex and expensive. Costs could range from $5M to $15M+, depending on required substation upgrades, protection schemes, and potential network upgrades identified during studies. The timeline for transmission-level interconnection studies (Feasibility, System Impact, Facilities) with West Penn Power (FirstEnergy) typically ranges from 3-5 years, not including construction.
• Utility-Specific IX Process and Typical Queue Times: The interconnecting utility is West Penn Power, part of FirstEnergy. FirstEnergy's interconnection process for transmission-level projects is known to be rigorous and lengthy, following PJM interconnection rules. Typical queue times for transmission-level projects in PJM can be several years, often exceeding 36 months for the study phases alone. Early engagement with West Penn Power's interconnection team is crucial.
• Likely Feeder Configuration: For a 115 kV interconnection, the project would likely involve a direct tap into the 115 kV transmission line or a new bay addition at the Whetstone Substation. This is not a distribution feeder configuration.

4. Regulatory & Zoning Analysis

• Authority Having Jurisdiction (AHJ) and its Type: The AHJ is listed as "Found (unnamed)." This is a critical gap. The specific municipality within Elk County (e.g., Ridgway Township, Fox Township) must be identified immediately, as local zoning ordinances and permitting processes will dictate project feasibility. Elk County itself will also have some oversight.
• Current Zoning for BESS Compatibility: The zoning is "Vacant Land - Private Preserve, Open Space-Vacant Land (Forest L (Code: -))" and "NZ" (No Zoning or Rural/Agricultural) by Regrid. "Private Preserve" and "Open Space" zoning is highly problematic for industrial development like a BESS. It is highly unlikely that BESS would be a "by-right" use.
• Recommended Permitting Pathway: Given the restrictive zoning, the most probable permitting pathway will be a Conditional Use Permit (CUP) or a Special Exception. A variance might be required if BESS is not explicitly listed as a conditional use. This will involve extensive public hearings, detailed impact assessments, and potentially significant modifications to the project design to address local concerns.
• Known Setback Requirements: Specific setback requirements for BESS in this jurisdiction are Unknown. These will need to be verified with the identified municipality. Typical setbacks for BESS can range from 50-500 feet from property lines, residential structures, and public roads, which could further constrain the already limited buildable area.
• Reference Specific State/County Regulations: Pennsylvania does not have a statewide BESS siting law, leaving it to local jurisdictions. However, the PA Department of Environmental Protection (DEP) will oversee environmental permits (e.g., stormwater, erosion control). The specific municipality's zoning ordinance will be the primary regulatory document.
• Moratorium or Restriction Risks: Any local moratoriums or restrictions on industrial development or energy projects in the specific municipality are Unknown and must be investigated. Given the "Private Preserve, Open Space" zoning, there is an elevated risk of local opposition and potential restrictions.

5. IRA/ITC Incentive Analysis

• Opportunity Zone Eligibility: The property is "No" for Opportunity Zone eligibility, meaning it will not qualify for the additional 10% ITC adder.
• Energy Community Status and Applicable Adder: The property is confirmed as an "Energy Community: Yes — Coal Closure; Fossil Fuel Employment (FFE Area)." This is a significant positive, qualifying the project for a 10% ITC adder. This enhances project economics considerably.
• Low-Income Community Qualification: The property is "No" for Low-Income Community qualification, thus not eligible for the 10% or 20% ITC adder.
• Calculate Potential Cumulative ITC Adder Percentage: Based on the provided data, the project qualifies for a 10% ITC adder due to its location within an Energy Community. Assuming the base ITC is 30% (for projects meeting prevailing wage and apprenticeship requirements), the total potential ITC would be 40%.

6. BESS Score & Rationale

BESS Suitability Score: 62/100

• Location (10/20): While proximity to grid infrastructure is excellent, the "Poor" buildability and restrictive "Private Preserve, Open Space" zoning significantly detract from the score. The limited 6.91 buildable acres pose a major challenge.
• Grid Access (23/25): Outstanding proximity to a 115 kV substation (0.043 miles) and transmission line (0.2 miles) is a major strength, minimizing line extension costs. The "POI Onsite" is also a significant advantage.
• Environmental (8/15): Positive for no critical habitat, pipelines, or brownfield status. However, the critical unknowns regarding FEMA flood zone and wetlands presence introduce substantial risk and uncertainty, pulling the score down.
• Regulatory (5/15): The "Private Preserve, Open Space" zoning is a severe impediment, making a by-right pathway highly improbable. The unidentified AHJ and unknown local regulations/setbacks add significant regulatory risk and complexity.
• Incentives (10/15): Strong positive for the 10% Energy Community ITC adder. Lack of Opportunity Zone or Low-Income Community adders prevents a higher score, but the confirmed 10% is valuable.
• Buildability (6/10): "Poor" buildability and only 6.91 buildable acres out of 61.78 acres indicate significant site preparation costs, including extensive grading, clearing, and potential rock excavation. This will be a major cost and schedule driver.

7. Key Risks & Mitigants

• Risk 1: Zoning Incompatibility and Local Opposition. The "Private Preserve, Open Space" zoning is highly restrictive for industrial BESS development, likely requiring a Conditional Use Permit (CUP) or Special Exception. This process is prone to local opposition.
  • Mitigant: Immediately identify the specific municipality and review its zoning ordinance in detail. Engage a local land use attorney to assess the feasibility of a CUP/Special Exception. Begin early, proactive community outreach to educate stakeholders and address concerns.
• Risk 2: Unknown Environmental Constraints (Flood & Wetlands). The "Unknown" status for FEMA Flood Zone and Wetlands represents significant potential for project delays, increased costs, or even outright infeasibility.
  • Mitigant: Prioritize a Phase 1 Environmental Site Assessment (ESA) followed by a detailed wetland delineation and a certified flood plain analysis. This must be a go/no-go decision point.
• Risk 3: Poor Buildability and High Site Preparation Costs. Only 6.91 buildable acres and "Poor" buildability suggest extensive and costly site work (clearing, grading, potential blasting) will be required, impacting project economics.
  • Mitigant: Conduct a preliminary geotechnical investigation and a detailed civil engineering assessment to estimate site preparation costs accurately. Develop a conceptual site layout that maximizes the use of the limited buildable area while minimizing earthwork.