CurveBlock
Decommissioning refers to dismantling generation equipment, removing foundations and restoring land to an agreed condition at the end of operational life. For onshore wind, ground-mounted solar and battery storage, decommissioning can be costly and is often regulated through planning conditions or licence obligations. Contracts and planning consents typically require a decommissioning plan and financial security—such as escrowed reserves or bonds—to ensure obligations will be met.
Battery systems introduce additional complexity: hazardous materials, end-of-life recycling requirements and evolving standards for safe disposal impose technical and regulatory duties. Costs and regulatory expectations change over time; for example, new recycling standards can increase future liabilities. Good practice is to reflect decommissioning costs in long-term financial modelling and to maintain ring-fenced funds or insurance to cover those liabilities.
Clarity on who bears residual value risk matters. If an SPV holds land subject to restoration, the residual asset may have value, but restoration cost uncertainty can be asymmetric. Planning conditions and environmental regulations can extend liability beyond the operational life, which is why independent review and conservative provisioning are common in reputable project accounts.
For retail investors considering fractional digital shares, confirming how projects provision for decommissioning and whether those reserves are segregated or dependent on sponsor solvency is a critical due diligence item. Transparent, audited disclosure of end‑of‑life liabilities helps assess the long‑run net economic value of tokenised holdings.