energy & power sector
natural infrastructure powers your operations
from hydropower watersheds to transmission corridors, energy infrastructure depends on—and impacts—natural systems. ensurance transforms this relationship from risk to resilience.
discuss energy & nature strategynature dependencies
how energy & power depends on ecosystem services & natural capital
key challenges
energy companies face escalating climate risks, water dependencies, and environmental compliance costs while investors demand nature-positive strategies.
water dependencies
thermal and hydropower generation require reliable water supplies increasingly threatened by drought, wildfire, and watershed degradation.
transmission corridor risk
wildfire exposure near transmission lines creates catastrophic liability, PSPS events, and infrastructure damage.
ecosystem service degradation
loss of soil retention causes landslides damaging infrastructure. loss of flood mitigation exposes facilities. loss of climate regulation alters wind patterns and water temperatures. individual facility impacts compound when multiple industries share the same geography.
supply chain nature exposure
critical minerals for solar and batteries, biomass sourcing, and equipment manufacturing carry upstream deforestation, land use change, and traceability risks increasingly subject to disclosure requirements.
climate & regulatory pressure
decarbonization mandates and TNFD LEAP disclosure requirements demand parcel-level ecosystem dependency data and nature-positive strategies most utilities lack.
community & land access
renewable energy siting requires navigating complex stakeholder relationships, habitat fragmentation concerns, and species impact risks — especially bird/bat mortality for wind and land use change for solar.
how ensurance helps
fund watershed protection that secures water supply for hydro and thermal generation at lower cost than engineered alternatives
invest in fuel reduction, deadfall management, and prescribed fire that protects transmission corridors and reduces wildfire liability
stabilize slopes and riparian systems that prevent erosion, sedimentation, and post-fire debris flows from damaging generation and transmission assets
provide parcel-level ecosystem service dependency data for TNFD LEAP assessments — locate, evaluate, assess, prepare
structure nature-positive offtake and community benefit programs through ensurance instruments that align ecological outcomes with project success
deploy ecological corridor management and species impact mitigation for renewable energy siting — pollinator habitat under solar, wildlife corridors around wind
generate verified nature impact data for regulatory compliance, supply chain disclosure, and investor reporting
use cases
real-world scenarios for energy & power
hydro watershed investment
a hydropower operator funds headwater forest protection through ensurance certificates, improving water yield timing and reducing sedimentation—with verified metrics satisfying FERC relicensing requirements.
transmission corridor resilience
a utility invests in fuel reduction ensurance across 100,000 acres adjacent to priority transmission lines, reducing PSPS events by 40% and cutting wildfire liability exposure.
solar + ecosystem co-benefit
a solar developer structures ensurance funding pollinator habitat and soil regeneration beneath panels, creating additional revenue streams while meeting community benefit requirements.
TNFD LEAP compliance
a multi-state utility uses BASIN's parcel-level ecosystem dependency data to complete its first TNFD LEAP assessment — mapping water, soil retention, and flood mitigation dependencies across 200+ generation and transmission sites, converting nature risk into quantified financial exposure for investor reporting.
ready to get started?
let's discuss how ensurance can help your energy & power organization