Going full hybrid: Massive, $2 billion solar and battery proposed at site of newly expanded wind farm

Nature & Climate Perspective

**Co-locating utility-scale solar and battery storage on an expanded wind footprint minimizes incremental land conversion, mitigating potential LULUCF-related habitat degradation. **

• Optimizes existing civil and electrical infrastructure to curb land fragmentation and protect surrounding biodiversity compared to standalone greenfield developments.
• Reduces secondary soil disturbance and vegetation clearing, thereby preserving localized soil organic carbon stocks within the project perimeter.
• Mitigates clean power curtailment, improving long-term environmental resource efficiency and asset utilization per square hectare.

Market & Policy Outlook

**The deployment of a $2 billion hybrid renewable asset enhances firm generation profiles for corporate buyers, navigating evolving SBTi Scope 2/Scope 3 guidance while operating outside ICVCM additionality brackets. **

• Provides dispatchable zero-carbon volume necessary for corporate consumers pursuing 24/7 carbon-free energy matching and verifiable I-RECs aligned with SBTi decarbonization milestones.
• Highlights structural divergence from ICVCM Core Carbon Principles (CCPs), as grid-connected renewables face stringent additionality exclusions, steering capital toward power markets rather than voluntary carbon offset monetization.
• Strengthens merchant revenue resilience and liquidity against market curtailment, establishing an institutional template for multi-technology clean energy financing.