⚡ LILLY

Site Diligence Analysis: LILLY Property, Cambria County, Pennsylvania

As a senior BESS site evaluation analyst for Sunland America Corp, I have performed a comprehensive diligence analysis for the LILLY property. This analysis identifies critical opportunities, risks, and necessary next steps for developing a distribution or utility-scale Battery Energy Storage System (BESS) project at this location. The property is located in Cambria County, Pennsylvania (FIPS 42021).

1. Site Access & Topography

• Road Access Quality and Equipment Delivery Feasibility: The provided data for "Road Access" and "POI Access" is empty, indicating a critical information gap. Without specific information on existing public or private road access, it is impossible to definitively assess the quality or feasibility for heavy equipment delivery. Given the "Total Acres: 80.17" and "Buildable Acres: 1", the site likely has significant portions that are not easily accessible or developable. This suggests potential challenges in establishing a robust access road capable of handling oversized loads for transformers, battery containers, and other BESS components. Requires Verification: A detailed site visit and review of county road maps and property surveys are essential to determine existing access points, road conditions, and the need for new road construction or upgrades.
• Likely Terrain Characteristics: The stark difference between total acreage (80.17) and buildable acreage (1) strongly suggests challenging terrain, such as steep slopes, wetlands, rock outcroppings, or other physical impediments that severely limit developable land. Cambria County, Pennsylvania, is known for its Appalachian Mountain foothills, which often feature varied and rugged topography. The single buildable acre implies significant earthwork, grading, and potential retaining wall construction may be required to create a level pad for the BESS, even within the designated buildable area.
• Heavy Equipment Access: Directly linked to road access, the feasibility of heavy equipment (e.g., 200-ton transformers, 40-foot battery containers) reaching the site is currently unknown. If existing roads are narrow, unpaved, or have steep grades, significant investment in road improvements, temporary access roads, or specialized transport logistics will be necessary. This poses a substantial cost and logistical risk.
• Access Easement Concerns: No data on existing easements is provided. Given the need for potential new or upgraded access roads, securing permanent access easements across neighboring parcels (if required) could be a complex and time-consuming process, potentially involving negotiations with multiple landowners. Requires Verification: A title search and survey are needed to identify existing easements and determine if new ones are required for site access and utility interconnections.

2. Environmental Constraints

• FEMA Flood Zone Designation: The FEMA Flood Zone designation is "Unknown". This is a critical data gap. If the buildable acre or access routes fall within a 100-year (AE, A) or 500-year (X-500) flood zone, it would significantly impact project design, permitting, and insurance costs. Development in flood zones often requires elevated equipment pads, floodproofing measures, and more stringent local permitting, potentially leading to delays and increased capital expenditure. Requires Verification: A detailed FEMA map analysis is paramount.
• Wetlands Presence and Setback Requirements: Wetlands presence is "Unknown". This is another major environmental risk. Pennsylvania has strict wetland protection regulations. If wetlands are present on or adjacent to the buildable acre, it could trigger extensive permitting (e.g., PA DEP Chapter 105, US Army Corps of Engineers Section 404), require significant setbacks, or even render the site undevelopable. Wetland delineation studies are often costly and time-consuming. Requires Verification: A National Wetlands Inventory (NWI) desktop review followed by a potential on-site wetland delineation is essential.
• Critical Habitat / Endangered Species Risk: The data indicates "Critical Habitat: None". This is favorable, reducing the risk of delays or design modifications related to federal or state endangered species act compliance.
• Brownfield/Superfund Status: The data states "None within ~2 miles". This is positive from an environmental contamination risk perspective, as it avoids potential remediation costs and liabilities. However, it also means the project would not qualify for the IRA Brownfield ITC bonus adder, which is a missed incentive opportunity.
• Chesapeake Bay Critical Area Implications: The data confirms "Chesapeake Critical Area: N/A (non-MD)". This is correct as the property is in Pennsylvania, thus no specific Chesapeake Bay Critical Area regulations apply.
• Pipeline Proximity Safety Considerations: The data indicates "Pipeline Proximity: None within ~3 miles". This is a significant safety advantage, eliminating the need for extensive pipeline safety studies, setback requirements, and potential consultation with pipeline operators, which can be costly and time-consuming.

3. Grid Infrastructure & Interconnection

• Nearest Substation: The data indicates a "Nearest Substation: 0.082 miles" with a "Max Voltage: 0.69 kV". This is a critical and highly unusual data point for a BESS project of distribution or utility scale (up to 5MW). A 0.69 kV voltage is extremely low, typically representing a local step-down transformer for residential or small commercial service, not a substation capable of interconnecting a 5MW BESS. For a 5MW project, interconnection would typically occur at medium voltage distribution (e.g., 12.47 kV, 25 kV, 34.5 kV) or even sub-transmission (e.g., 69 kV). This suggests the identified "substation" is not a viable interconnection point, or the data is misleading. The actual viable substation or distribution feeder for a 5MW project is likely much further away.
• Nearest Transmission Line: The data states "None within ~3 miles". This confirms that a transmission-level interconnection is not feasible for this site and that any interconnection would need to be at the distribution level.
• Recommended Likely Interconnection Voltage: Given the absence of nearby transmission and the unsuitability of the 0.69 kV point, the project would target a distribution-level interconnection. A typical 5MW BESS in Pennsylvania would seek to interconnect at 12.47 kV, 25 kV, or 34.5 kV. The actual voltage and available capacity would need to be identified from the utility's distribution network further upstream from the 0.69 kV point.
• Estimated Interconnection Cost Range and Timeline: Without knowing the actual utility, the true substation/feeder, and the required voltage, precise estimates are impossible. However, assuming a distribution interconnection requiring new line extensions, potential feeder upgrades, and a dedicated interconnection switchyard, costs could range from $1,000,000 to $3,000,000+. The timeline for a distribution interconnection in PJM territory (which includes Pennsylvania) typically ranges from 24 to 48 months, heavily dependent on the complexity of required upgrades and the utility's queue.
• Utility-Specific IX Process and Typical Queue Times: The "Interconnecting Utility" is empty. This is a major unknown. Pennsylvania is served by several utilities (e.g., PPL, PECO, Met-Ed, West Penn Power, Duquesne Light). Identifying the specific utility is the first critical step to understanding their interconnection process, typical queue times, and available capacity. All utilities in PJM territory follow PJM's interconnection rules, but their internal processes and feeder conditions vary significantly. Requires Verification: Identify the specific utility serving the property.
• Likely Feeder Configuration: Unknown. This requires detailed utility mapping and a preliminary interconnection study. The capacity of the feeder, its existing load, and any potential constraints (e.g., thermal limits, voltage issues) would dictate the feasibility and cost of interconnection.

4. Regulatory & Zoning Analysis

• Authority Having Jurisdiction (AHJ) and its Type: The "Municipality / AHJ" is "Unknown". Given the property is in Cambria County, Pennsylvania, the AHJ could be the county itself, or a specific township or borough within Cambria County. This is a critical unknown as the AHJ dictates zoning, permitting, and local regulations. Requires Verification: Identify the specific township/borough where the property is located.
• Current Zoning for BESS Compatibility: The "Zoning" is listed as "-" with "Code: FOUR OAKS LODGE LLC", which is clearly not a zoning code but likely the owner's name or a placeholder. The "Land Use: Battery Energy Storage" is likely the *proposed* use, not the current zoning. This is a major red flag. Without knowing the actual zoning, BESS compatibility cannot be assessed. Many rural or agricultural zones may not explicitly permit BESS, requiring a rezoning or special exception.
• Recommended Permitting Pathway: Without knowing the AHJ and specific zoning, recommending a pathway is speculative. Potential pathways include:
  • By-Right: Most favorable, but unlikely if BESS is not explicitly permitted.
  • Conditional Use Permit (CUP) / Special Exception: Most common for BESS, requiring public