There Are Many Fewer Solar Installation Permitting Conflicts Than You’d Think

A recent study led by researchers at the University of Massachusetts Amherst challenges the widespread perception that large-scale solar energy projects in the United States frequently encounter significant permitting conflicts. Contrary to popular media narratives suggesting common opposition, the research found that more than half of the analysed solar projects experienced little to no conflict during permitting. The study highlights that institutional frameworks and the scale of projects, rather than political or demographic factors, are the primary influences on the level of dispute encountered. The research examined 686 utility-scale solar facilities commissioned between January 2022 and November 2023, assessing conflict through analysis of news coverage and social media references to protests, lawsuits, or opposition. Findings revealed that 56% of projects faced minimal or no conflict, while only 19% experienced high levels of contention. Notably, projects approved under state-level permitting regimes tended to encounter fewer disputes compared to those subject to local or hybrid approval processes. Larger solar installations were more prone to conflict, reflecting the greater visibility and land use implications of such developments. Political affiliation appeared to have little bearing on opposition, with no significant correlation found between the share of Democratic voters and resistance to solar projects. This contrasts with wind energy studies, where community demographics often predict opposition levels. The study underscores that land use concerns, especially in rural areas where natural landscapes and productive land are highly valued, remain the core drivers of conflict. Researchers suggest that recognising the adversarial nature of current permitting processes could encourage more collaborative and innovative approaches to land use decision-making. The broader context of the study points to a positive trajectory for renewable energy expansion in the US. Utility-scale solar, along with other clean energy sources like hydropower and wind, has shown substantial growth in early 2026, contributing to a gradual shift away from fossil fuels. Falling technology costs, supply surpluses, and advances in battery storage are accelerating solar’s rise as a dominant electricity generator. Understanding and addressing the actual nature of permitting conflicts will be crucial to maintaining the momentum of the energy transition and ensuring democratic participation in energy infrastructure development.