Independent market intelligence on the economics of repowering and decommissioning liabilities for clean energy infrastructure. Methodology-driven. IOSCO-aligned. Quarterly reference publication.
Derived from verified cost data from completed decommissioning and repowering projects — what owners and contructors actually spent, net of recovery. An independent, empirical benchmark reflecting a market-based distribution of outcomes.
Anchored to the DCI Spot and adjusted over a long-term horizon for fleet evolution, supply chain dynamics, commodity markets, and regulatory change, it defines a forward-looking distribution of costs at a given future date.
Derived from operator disclosures and financial reporting, it reflects how decommissioning liabilities are currently provisioned, providing a reference point to assess alignment with observed and forward market distributions.
Whether acquiring wind, solar, or battery storage, Endenex provides the independent cost benchmark to evaluate decommissioning provisions, test vendor assumptions, and price end-of-life risk into investment decisions.
The Endenex DCI is being established as a structured external reference for reserve benchmarking, forward liability modelling and portfolio-level oversight of decommissioning exposure — supporting board reporting, audit review, surety bond sizing and capital allocation decisions.
For repowering and late-life refinancing, Endenex provides an independent reference for removal cost, recovery value and net site-clearing liability. This helps financing parties test legacy reserve assumptions, quantify transition cost and challenge value cases that rely on stale decommissioning inputs.
Model a range of net end-of-life liability outcomes for grid-scale battery storage assets, incorporating disposal costs, transport, recycling pathways, and material recovery value, to understand how regulatory requirements, logistics, and commodity prices influence the final liability position.
Model recovery value outcomes for decommissioned onshore wind farms based on material composition, transport assumptions, scrap market prices, and merchant margins, showing how logistics, commodity markets, and market conditions influence net recovery value.
Model the combined effect of panel disposal costs and balance-of-plant material recovery value to estimate a range of net recovery or liability outcomes for solar PV assets under different regulatory, cost, and commodity price scenarios.
Quantify the volume and potential recoverable commodity value of secondary materials from retiring wind, solar, and battery storage assets, and explore how material supply from decommissioning is expected to develop over time
Track decommissioning financial security requirements and scope obligations by jurisdiction, and understand how regulation shapes cost and timing.
Explore global recycling infrastructure for wind turbine blades, solar panels, and battery packs, and understand how location and available processing capacity influence transport distances, costs, and disposal routes.
Quarterly indicative prices for key materials recovered during decommissioning, showing how commodity markets influence recovery value across wind, solar, and battery assets.
Interactive analysis of wind fleet age by country and market, showing where capacity is approaching repowering and decommissioning age and when the decommissioning wave is likely to build.
How discounting and data scarcity made long-dated liabilities appear immaterial
Emerging end-of-life exposure in solar and battery storage
How embedded removal obligations distort valuation and transfer risk across transactions