A recent analysis warns that India’s $55 billion (bn) green energy pipeline is facing material damage from climate impacts. The assessment covers projects in development and construction stages and identifies exposure to extreme heat, intense rainfall and coastal flooding. The finding highlights risks to wind and solar farms as well as associated transmission and storage infrastructure. The study evaluates assets across regions and stages to quantify exposure and adaptation gaps. Physical harm to panels, mounting equipment and foundations has been documented in regions already experiencing greater weather variability. Supply chain interruptions and factory damage have delayed component deliveries for several projects, increasing project timelines and implementation costs. Coastal installations face sea level rise pressure that necessitates redesign of siting and protective works. The analysis notes that repair and replacement cycles are more frequent in identified hotspots. Investors and lenders are reassessing the viability of pipelines where adaptation has not been integrated into design or financing terms. Higher insurance premiums and the need for contingency reserves are raising the cost of capital for many projects. Grid operators report increased strain when generation is disrupted, which affects supply reliability and market operations. Governments face increased fiscal pressure when guarantees or contingent support are required to complete projects. Policymakers and developers are urged to prioritise resilience by adjusting siting rules, strengthening standards and incorporating maintenance regimes that reflect new climate baselines. Financing instruments must allocate dedicated funds for adaptation and retrofitting to preserve asset value and ensure long-term returns. Coordination between central and state agencies and private developers is necessary to implement standardised resilience measures. Rapid action is required to safeguard the pipeline that supports India’s energy transition and economic goals.