Farm Solar: Agrivoltaics Opportunities on Alberta Farms

Agrivoltaics, the practice of combining solar energy generation with active farming, is gaining momentum in Alberta as producers seek new ways to boost revenue and improve land efficiency. Instead of choosing between food production and clean power, agrivoltaic systems enable both to coexist on the same acre. Panels are elevated or spaced so that crops, forages or livestock can continue to thrive below. This approach turns solar development into a partnership with agriculture rather than a replacement for it. 

Dual Land Use That Works with Farming, Not Against It 

The core advantage of agrivoltaics is the shared use of land. Solar panels can be installed above hayfields, pastures or specialty crops, allowing sunlight to reach plants while creating shade that can reduce heat stress for livestock. Sheep grazing under solar arrays has already become one of the most common entry points for Prairie farmers interested in agrivoltaics.

For cropping systems, emerging research from Canadian institutions suggests that certain forages, berries and leafy greens may perform well in the partial shade created by panels. 

This dual-use model offers a practical way to build renewable energy capacity without removing farmland from production. 

A New Economic Opportunity for Rural Alberta 

Agrivoltaics provides two potential income streams: crop or livestock production and solar revenue. Farmers may choose to lease a portion of their land to a solar developer or invest in their own small-scale system. Alberta’s regulatory environment has recently emphasized that renewable projects on higher-quality agricultural land must demonstrate meaningful coexistence with farming. This shift encourages designs where agriculture remains active and central to the land’s purpose. 

On-farm solar can also reduce operational costs. Power generated by panels can run irrigation pumps, grain-handling systems, or farm shops. Extra electricity can be sold back to the grid through Alberta’s micro-generation framework. 

Local Research and Practical Considerations 

Agrivoltaics is still in the early stages in Alberta, but interest is growing. Events like the agrivoltaics conference hosted by Olds College have highlighted key considerations, such as soil impacts, microclimate changes, livestock compatibility, and long-term maintenance planning. Because the technology is new, producers exploring the idea should gather information on mounting systems, grazing compatibility, snow load management and financing options. 

A Promising Innovation for Resilient Farm Operations 

While agrivoltaics will not suit every operation, it offers a compelling option for farms looking to diversify income and build long-term resilience. Early Alberta adopters are already experimenting with solar-grazing systems and pilot layouts that balance panel height with equipment access and forage production. As renewable energy grows and more producer-focused designs are developed, agrivoltaics may become a natural fit for many Alberta farms. 

Farmers watching future opportunities should keep an eye on evolving research, policy updates and local demonstration projects. Agrivoltaics aims to support agricultural productivity, not replace it, creating a pathway where energy and farming work together to strengthen rural communities.