Field applications

Agrivoltaics tailored to each crop

We choose the configuration — elevated, vertical, shade house or greenhouse — based on the light, water and machinery needs of your operation.

Illustrative image: rows of fruit trees and berry bushes growing under elevated solar structures, with mountains in the background. — Illustrative image

Fruit-voltaics

Berries, vines and orchards under elevated structures that provide partial shade and physical protection, while the energy powers irrigation and post-harvest cooling.

Illustrative image: rows of lettuce, chili peppers and herbs growing under elevated solar panels, with mountains in the background. — Illustrative image

Shade-tolerant crops

Leafy greens, chilies and herbs that can benefit from diffuse light. Module density is chosen for each crop's light needs.

Illustrative image: sheep grazing on green pasture beneath elevated solar panel structures. — Illustrative image

Solar grazing

Sheep under the panels: vegetation control, shade for animals and extra income from the land.

Illustrative image: water tank, solar-powered pump and drip irrigation in a vegetable field under elevated solar panels. — Illustrative image

Water-energy synergy

Solar pumping, rainwater harvesting from modules and lower evapotranspiration. Every kWh generated at the well is a kWh you don't buy from the grid.

Illustrative image: solar array with battery cabinets, a cold room and a water trough where cattle drink. — Illustrative image

Microgrids & off-grid BESS

Batteries and microgrids for off-grid or weak-grid farms: cooling, night irrigation, electric fencing and lighting.

What the evidence says

Sourced data on water, electricity subsidies and irradiation.