A new study published in Geography and Sustainability presents a geospatial modeling framework that shows utility-scale solar buildouts can avoid critical ecological habitats with minimal impact on project economics. Researchers from Cornell University, The Nature Conservancy, and other institutions used New York State as a case study to analyze land-use priorities for decarbonization. The study found that prioritizing biodiversity, agriculture preservation, or cost minimization led to different regional trade-offs in land use. By utilizing dual-criterion macro-siting algorithms, asset managers can reduce risks in pipeline development and present optimized spatial configurations to overcome NIMBY resistance. This suggests that smart macro-siting can mitigate local opposition and environmental degradation at a minimal cost premium, leading to more just and ecologically responsible energy transitions.
Intelligent solar siting neutralizes local opposition at near-zero cost
Written by
in