InSPIRE

Innovative Solar Practices Integrated with Rural Economies and Ecosystems

The InSPIRE project explores the environmental compatibility and mutual benefits of solar development with agriculture and native landscapes.

Agrivoltaics

is the pairing of solar and agriculture for shared benefits. The InSPIRE project unites field research across the United States with advanced modeling and analysis capabilities to provide foundational and actionable data on agrivoltaics and low-impact solar development, while also highlighting region-specific benefits and tradeoffs to ecosystems, grazing habitat, and crop production.

Learn more about the basics of Agrivoltaics

Grazing

Sheep, cows, or other grazing animals foraging underneath and/or in between solar panels.

Crop Production

Agricultural production under or in between rows of solar panels.

Habitat

Pollinator habitat, native grasses and vegetation, and naturalized beneficial vegetation.

Greenhouse

Solar technologies placed on top of or integrated with greenhouses.

InSPIRE tools

enable exploration of agrivoltaic research, sites and cost-benefits.

Data Portal

The InSPIRE Data Portal is the most comprehensive repository of agrivoltaics research. Explore this up-to-date, filterable database of research and datasets.

Visit the Data Portal

Agrivoltaics Map

A dynamic map that represents a census of agrivoltaic installations located across the United States. The map is expanding as new sites are developed.

Visit the Map

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Financial Calculator

The Financial Calculator is a free techno-economic analysis tool designed to facilitate the first steps in decision-making regarding the use of development strategies.

Visit the Calculator

InSPIRE research

helps facilitate mutual benefits of solar projects with agricultural and conservation land by convening multi-sector and multi-disciplinary teams, providing foundational data and services to the public, and conducting novel fieldwork and analytical research on agrivoltaics. InSPIRE’s work supports the replication and scaling-up of agrivoltaics research and deployment.

Learn more about our research