agrivoltaics

Interactive sketch tool: can a dappled solar canopy over a grid of homes make a piece of desert habitable? Runs in the browser, no build step.

A site-specific model of the light a solar array leaves on the ground, and of which crops that light still supports. It reads the sun, weather and soil at a real address, simulates the light reaching each bed under the panels, and ranks crops against what it measured there. Every figure cites its source.

Specialty Crop Agrivoltaics in the Southeastern USA: Profitability and the Role of Rural Energy for America Program

Research presented at World AgriVoltaics Conference 2025 on integrating hydroponic soilless farming with solar PV in India, including energy intensity modeling, land productivity tradeoffs, and digital-twin concepts for smallholder agrivoltaics.

Web-based agrivoltaics shading and design tool powered by three.js to intuitively design agrivoltaic systems and export work packages for detailed irradiance modeling with bifacial_radiance.

Modeling agrivoltaic systems with ORCHIDEE to study crop productivity, resource efficiency, and climate resilience.

Solar grazing agrivoltaic system design for the LASSO Agrivoltaics Competition at UW–MARS (UW–Madison), integrating PV layout, livestock movement, forage recovery, and animal welfare constraints for field deployment in Wisconsin.

DIY 8x3.7 ft planter with adjustable-tilt bifacial solar canopy. Parametric 3D model + sun sim + ASCE 7-22 wind load + smart-folding controller, all driven by a single parameter file.

Multi-objective geometric optimisation of an agrivoltaic canopy using Ladybug Tools and Wallacei X

MCDA + K-Means spatial intelligence system for agrivoltaic site suitability — Jodhpur District, Rajasthan

ATERRA Project

India distributed-solar (RTPV+AgroPV) explorer — firm energy & grid hosting-capacity visibility, not nameplate GW. Prototype.

Assessing the Potential of Agrivoltaics (AgriPV) in India for Sustainable Agriculture and Renewable Energy Generation

CHIPU-FEW Intelligence — a research-stage computational decision-support framework integrating food, energy, water, land, prediction, uncertainty, scenarios, control analysis, economics, resilience, and research evidence for agricultural systems.

Browser-based 3-D simulator for agrivoltaic (Agri-PV) systems: ground shading, sky-view factor, crop light (RSR, DLI) and bifacial PV energy from one 3-D array model. Runs offline in a single HTML file. Community edition, MIT licence.

Open planning platform for 18 Clovernook Drive, Cundletown NSW: agrivoltaic solar, battery, GPU compute, grazing, greenhouse and rental homes, optimised for maximum yield.

A settlement under a solar canopy and the machines that come for it. An autonomous simulation - nobody plays it. Fork of williamsharkey/canopy.

feld.energy — independent third-party profile of a public API surface, by API Evangelist. feld.energy (Feld.Energy GmbH) is a Freising, Germany based Agri-PV (agrivoltaics) project developer and investment company that helps farmers and landowners install turnkey agricultural photovoltaic systems on their fields.