The Deal-Killing Identifier by Project Type
A diagnostic guide for identifying fatal flaws before capital is committed
Different power projects face different risks. What kills a solar deal won't kill a transmission line. What stops wind won't stop battery storage.
This guide identifies the top 3 deal-killers for each project type—and the questions that reveal them early.
How to Use This Guide
During Deal Discussions:
- Identify the project type
- Use navigation menu to jump to that section
- Ask the red flag questions
- If you can't get confident "YES" answers → Red flag
Before Site Commitment:
- Review all questions for your project type
- Verify answers through desktop research
- Budget for fatal flaw screening before proceeding
- Desktop research prevents catastrophic losses
☀️Solar (Utility-Scale)
Deal-Killer #1: Conservation Easements
Why It Kills Deals: Perpetual prohibition on commercial development. Grantee organizations won't negotiate (mission-driven). Covers entire site. No workarounds.
Red Flag Questions:
- Has a conservation organization ever owned or held rights to this property?
- Are there any recorded easements (conservation, agricultural, scenic)?
- Has the property participated in any federal/state conservation programs?
- Is the property near or within a land trust's service area?
Prevention Strategy:
- County recorder search (grantor/grantee index)
- State/national land trust database search
- Conservation easement registry search
Deal-Killer #2: Mineral Rights Conflicts
Why It Kills Deals: Severed mineral rights allow subsurface drilling that can destroy solar racking, disrupt construction, or block financing.
Red Flag Questions:
- Are surface and mineral rights severed on any portion of the site?
- Is the site in an active oil/gas/coal region?
- Are there any historical mineral leases or active extraction nearby?
- Does title insurance exclude mineral rights coverage?
Prevention Strategy:
- Mineral rights title search (separate from surface)
- Identify all severed parcels and fractional owners
- Assess acquisition feasibility or negotiate non-disturbance agreements
Deal-Killer #3: Inadequate Access
Why It Kills Deals: Can't get construction equipment to site. Can't deliver modules/racking. Road weight limits insufficient. Adjacent landowner blocks access.
Red Flag Questions:
- Is access dependent on crossing other private property?
- Are access easements formally recorded (not just "handshake agreements")?
- Can public roads handle construction equipment (transformers, racking)?
- Are there seasonal restrictions (flooding, snow, agricultural use)?
Prevention Strategy:
- Recorded access easement confirmation
- Road capacity assessment for construction equipment
- Alternative access route identification
🌬️Wind (Utility-Scale)
Deal-Killer #1: Unresolvable Title Defects
Why It Kills Deals: Wind projects require 30-50+ landowners. One parcel with broken title chain = project redesign or abandonment. Elderly landowners, historical transactions, missing probate = unfixable in project timeline.
Red Flag Questions:
- Has title been examined on ALL parcels (not just "key" ones)?
- Are there any gaps in chain of title from any parcel?
- Are there deceased parties in the title chain without probate?
- Are any landowners over 80 with unclear succession plans?
Prevention Strategy:
- Title search on every parcel before lease negotiation
- Prioritize parcels with clean title for turbine placement
- Allow 12-24 months for title curative (if attempting)
Deal-Killer #2: Avian/Bat Conflicts
Why It Kills Deals: Endangered species (golden eagles, greater prairie chickens, Indiana bats) can halt construction indefinitely. 12-24 month studies required. Take permits difficult/impossible.
Red Flag Questions:
- Is the site within known habitat for federally protected birds/bats?
- Has any avian/bat baseline study been conducted (12+ months)?
- Are there known eagle nests or roosts within 10 miles?
- Is the site in a migratory corridor?
Prevention Strategy:
- Desktop habitat assessment (USFWS databases)
- Preliminary avian/bat surveys (before turbine commitment)
- Site selection outside high-risk areas
Deal-Killer #3: Mineral Rights Drilling Restrictions
Why It Kills Deals: Turbine foundations reach 30-80 feet deep. If mineral owners have active or future drilling rights, they can block construction or demand massive payments.
Red Flag Questions:
- Are mineral rights severed on >25% of parcels?
- Is the site in active oil/gas production area?
- Do any existing mineral leases cover turbine locations?
- Can you guarantee no drilling within 1,000 feet of turbines?
Prevention Strategy:
- Mineral rights title search (all parcels)
- Non-disturbance agreements with mineral owners
- Turbine placement redesign to avoid conflicts
⚡Transmission Lines
Deal-Killer #1: Landlocked Parcels
Why It Kills Deals: Linear infrastructure = must cross EVERY parcel. If 5-10 parcels in 50-mile ROW have no legal access, construction impossible. Ranch owner blocks access = $20M-$50M reroute.
Red Flag Questions:
- Do ANY parcels in the ROW lack legal access from public roads?
- Is access dependent on crossing adjacent private property without recorded easement?
- Are there large ranches that control access to multiple parcels?
- Can construction equipment actually reach every structure location?
Prevention Strategy:
- Access verification for every parcel before route commitment
- Secure access easements BEFORE transmission ROW negotiations
- Route around landlocked parcels during design phase
Deal-Killer #2: Unresolvable Title Defect
Why It Kills Deals: Can't route around a problem parcel (fixed endpoints). One parcel with title gap from 1952, deceased owners, no probate = 18-24 month quiet title action with uncertain outcome.
Red Flag Questions:
- Has title been examined on ALL parcels (not just "most")?
- Are there any gaps in chain of title on any parcel?
- Are there competing claims or boundary disputes on any parcel?
- Can title insurance be obtained for the full ROW?
Prevention Strategy:
- Desktop title review on every parcel before route finalization
- Rank parcels by title quality during route selection
- Allow 18-24 months for title curative if attempting
Deal-Killer #3: Environmental Impossibility
Why It Kills Deals: Linear projects cross diverse terrain. One 0.5-mile segment through wetlands = 12-24 months permit + $1M-$5M per acre mitigation. Endangered species habitat = potential complete reroute.
Red Flag Questions:
- Does the route cross ANY jurisdictional wetlands?
- Is the route within habitat for federally listed species?
- Does the route cross streams/rivers (Section 10 permits)?
- Has NEPA compliance been assessed?
Prevention Strategy:
- Desktop wetlands screening (National Wetlands Inventory maps)
- Endangered species habitat assessment (USFWS databases)
- Route alternatives to avoid high-impact segments
🔋Battery Storage (BESS)
Deal-Killer #1: Fire Marshal Denial
Why It Kills Deals: Lithium-ion fire risk = fire marshal approval required. Many jurisdictions have NO BESS regulations yet. Some jurisdictions outright prohibit BESS.
Red Flag Questions:
- Has fire marshal been consulted and indicated approval is feasible?
- Does local jurisdiction have BESS-specific regulations?
- Is fire department trained/equipped for lithium-ion fires?
- Are there residential neighborhoods within 500 feet?
Prevention Strategy:
- Pre-application consultation with fire marshal (before site acquisition)
- Review NFPA 855 compliance requirements
- Community education/engagement early
Deal-Killer #2: Interconnection Impossibility
Why It Kills Deals: BESS must interconnect to constrained transmission or distribution. If local substation at capacity, interconnection cost can exceed BESS cost.
Red Flag Questions:
- Is nearest substation >2 miles away?
- Has interconnection feasibility been confirmed with utility?
- Is local transmission constrained or at capacity?
- Would interconnection require substation upgrades?
Prevention Strategy:
- Desktop interconnection screening (substation proximity/capacity)
- Pre-application discussions with utility
- Budget for interconnection costs (can be $2M-$10M+)
Deal-Killer #3: Zoning Prohibition
Why It Kills Deals: BESS is "new" technology. Many jurisdictions have no regulations = interpretation varies. Some classify as industrial (prohibited in rural areas).
Red Flag Questions:
- Does zoning explicitly allow battery storage?
- If conditional use permit required, what's typical approval timeline?
- Have other BESS projects been approved in this jurisdiction?
- Is there organized community opposition to BESS?
Prevention Strategy:
- Early engagement with planning/zoning department
- Review other BESS projects in jurisdiction (precedent)
- Community engagement before formal application
⚗️Hydrogen Production
Deal-Killer #1: Water Rights Unavailability
Why It Kills Deals: Green hydrogen requires massive water (2.5 gallons per kg H2). In western states, senior water rights required. No water rights = no project.
Red Flag Questions:
- Are water rights included with property (or available for appropriation)?
- If western state, are these senior rights (pre-1900 preferred)?
- Is water source reliable during drought years?
- Is required water volume (20,000+ gal/day) actually available?
Prevention Strategy:
- Water rights title search (separate from land)
- Priority date verification (western states)
- Drought year curtailment history review
Deal-Killer #2: Power Supply Inadequacy
Why It Kills Deals: Green hydrogen requires 100+ MW power for meaningful production. If no renewable generation nearby or grid capacity insufficient, project uneconomic.
Red Flag Questions:
- Is dedicated renewable power supply available on-site or nearby?
- Can grid supply 100+ MW reliably?
- What's the all-in power cost (including transmission)?
- Is site in transmission-constrained area?
Prevention Strategy:
- Desktop transmission capacity assessment
- Power cost modeling (renewable vs. grid)
- Interconnection pre-application discussion
Deal-Killer #3: Offtake Market Nonexistence
Why It Kills Deals: Hydrogen is expensive to transport. Must have buyers within 100 miles (pipeline) or 300 miles (truck). If no industrial users nearby = no market.
Red Flag Questions:
- Are there committed hydrogen buyers within 100 miles?
- Is industrial demand for hydrogen established in region?
- Can hydrogen be transported economically to buyers?
- Are offtake agreements in place or in negotiation?
Prevention Strategy:
- Desktop hydrogen demand mapping (industrial users)
- Pipeline infrastructure assessment
- Preliminary offtake discussions before site commitment
🌋Geothermal
Deal-Killer #1: Geothermal Rights Unavailability
Why It Kills Deals: Geothermal rights = separate estate in many states. Surface ownership ≠ geothermal rights. Some states haven't clarified if geothermal = mineral or water right = legal uncertainty.
Red Flag Questions:
- Does surface ownership include geothermal rights (verify by state law)?
- If federal land, is geothermal leasing available in this area?
- Are geothermal rights severed from surface?
- If severed, who owns them and will they negotiate?
Prevention Strategy:
- Research state law on geothermal ownership
- Geothermal rights title search (separate from surface/minerals)
- Federal land: BLM lease availability assessment
Deal-Killer #2: Inadequate Resource Temperature
Why It Kills Deals: Flash steam requires >250°F. Binary cycle requires >100°F. Exploratory drilling = $3M-$10M per well with uncertain outcome. Low temperature = uneconomic.
Red Flag Questions:
- Has exploratory drilling confirmed reservoir temperature?
- If no drilling, what's the predicted temperature (geological modeling)?
- Is the site in proven geothermal field with existing production?
- Can resource sustain 30+ year production (reservoir modeling)?
Prevention Strategy:
- Desktop geothermal resource assessment (geological surveys)
- Locate site within proven geothermal areas (lower risk)
- Budget $10M-$30M for exploratory drilling phase
Deal-Killer #3: Induced Seismicity Risk
Why It Kills Deals: Geothermal fluid reinjection can induce seismicity. If site is near populated areas, induced earthquakes = project shut down.
Red Flag Questions:
- Is the site within 50 miles of population centers?
- Has induced seismicity occurred at nearby geothermal projects?
- Does state/local jurisdiction have induced seismicity regulations?
- Is the site near known faults?
Prevention Strategy:
- Desktop seismic hazard screening
- Review induced seismicity history in geothermal field
- Site in remote areas (away from population)
🌊Hydroelectric
Deal-Killer #1: Junior Water Rights
Why It Kills Deals: Water rights priority determines reliability. Junior rights get curtailed in drought years = no generation. FERC requires reliable water supply for license.
Red Flag Questions:
- Are these senior water rights (pre-1900 priority date preferred)?
- Have these rights been curtailed in past 20 years?
- Is the basin over-appropriated (more rights than water available)?
- Do downstream users have senior rights?
Prevention Strategy:
- Water rights priority date verification
- Historical curtailment research (state water board)
- Hydrologic analysis (water availability in drought years)
Deal-Killer #2: Anadromous Fish (Salmon/Steelhead)
Why It Kills Deals: Presence of federally listed salmon or steelhead = fish passage required ($10M-$50M+). Some rivers have such stringent protections that new hydro is effectively prohibited.
Red Flag Questions:
- Are there anadromous fish (salmon, steelhead) in the river?
- Are any fish species federally listed as threatened/endangered?
- Would the project require fish passage structures?
- Has NOAA Fisheries or USFWS indicated concerns?
Prevention Strategy:
- Desktop fish presence screening (state/federal databases)
- Preliminary consultation with NOAA Fisheries/USFWS
- Site on non-anadromous tributaries (if possible)
Deal-Killer #3: FERC Licensing Impossibility
Why It Kills Deals: FERC licensing takes 5-10+ years with uncertain outcome. Costs $5M-$20M+ just for licensing process. FERC can deny license or impose conditions that make project infeasible.
Red Flag Questions:
- Has FERC licensing timeline and cost been estimated?
- Is project size sufficient to justify licensing costs (>10 MW preferred)?
- Are there tribal cultural resources or treaty rights in the area?
- Can the project meet instream flow requirements?
Prevention Strategy:
- Desktop FERC licensing scoping (issues identification)
- Preliminary tribal consultation
- Economic analysis (licensing cost vs. project revenue)
🖥️Data Centers
Deal-Killer #1: Power Supply Inadequacy
Why It Kills Deals: Large data centers require 50-500+ MW continuous power. If utility can't supply or interconnection takes 3-5 years, project impossible. Power cost = largest operating expense.
Red Flag Questions:
- Has utility confirmed they can supply required MW within project timeline?
- Is site within transmission-constrained area?
- Would project require new substation or transmission upgrades?
- What's all-in power cost (including demand charges)?
Prevention Strategy:
- Pre-application consultation with utility
- Transmission capacity assessment
- On-site power generation feasibility (solar + BESS)
Deal-Killer #2: Fiber Connectivity Unavailability
Why It Kills Deals: Data centers require redundant, high-capacity fiber connections. If nearest fiber is >5 miles away, cost to extend can be $5M-$20M+. Some rural areas have NO fiber access.
Red Flag Questions:
- Is redundant fiber available on-site or within 1 mile?
- Can multiple fiber providers serve the site?
- What's latency to major internet exchange points?
- Would project require fiber extension?
Prevention Strategy:
- Desktop fiber availability mapping
- Consultation with multiple fiber providers
- Cost estimation for fiber extension (if needed)
Deal-Killer #3: Water Availability for Cooling
Why It Kills Deals: Large data centers require massive water for cooling (5-10 million gallons/day). In water-constrained regions, water rights unavailable or prohibitively expensive.
Red Flag Questions:
- Are water rights included or available for appropriation?
- Is required water volume (5-10M gal/day) actually available?
- Are there water use restrictions in the region?
- Can project use reclaimed/recycled water?
Prevention Strategy:
- Water rights availability assessment
- Alternative cooling technology evaluation (air-cooled)
- Water recycling/reclamation feasibility
Conclusion: Using This Guide
The Pattern Across All Project Types: Deal-killers exist in every power sector. Most are discoverable in Month 1 with desktop research. Early discovery = manageable costs ($25K-$500K). Late discovery = catastrophic losses ($3M-$50M+).