Byron Kominek watched his Colorado crops wither as summers grew hotter and rainfall dwindled. The changing climate was crushing yields on his family's 24-acre farm outside Longmont, where grass for silage and hay had stopped reaching the heights of previous decades. Instead of abandoning agriculture, Kominek bet on a different approach: stacking solar panels and crops on the same land.
The strategy, called agrovoltaics, marries renewable energy production with traditional farming. Kominek installed 3,276 solar panels across his property, named Jack's Solar Garden after his late grandfather. The setup generates 2 gigawatt hours annually, revenue he sells to a local utility. That income, Kominek said, covers the farm's operating costs and gives him room to experiment with crops that might otherwise be too risky.
The panels do more than generate electricity. They create shade that prevents heat damage to plants and offer frost protection during cold months. Kominek has used these microclimates to grow vegetables, herbs, and berries alongside poultry and even beehives. Ashley Gilbert, founder of the Foothills Flax Project, has grown flaxseed on the property and credits the solar shade with the crop's strong performance.
The setup required learning to navigate the physical infrastructure. Kominek had to adjust planting, weeding, and harvesting routines around the panels' metal supports. This spring he planted 1,500 berry bushes under the array, planning to eventually open a pick-your-own operation once production ramps up. The panels shield the berries from scorching summer heat while keeping them warmer during harsh winters.
The $2 million initial investment in the solar array represents a high barrier for most farmers. Yet Kominek sees agrovoltaics as a lifeline for agricultural operations struggling with climate shifts and tight margins. He points to infrastructure as the limiting factor: more transmission lines to rural areas would allow additional farms to connect panels and begin generating revenue from idle land.
Researchers from local universities have partnered with Kominek to study best practices in agrovoltaic farming, treating his operation as a working laboratory. The data they collect could help other farmers replicate the model as climate pressures intensify.
Kominek's vision extends beyond his own bottom line. He believes the combination of planning, design, and renewable infrastructure will be essential for agriculture in a hotter, drier future. "Our future is going to be more arid," he said. "We can plan, build and design ways that'll make it easier for future generations."
Author James Rodriguez: "Kominek has cracked the code on making farming viable in a climate-stressed world, but scaling this model requires utilities and lawmakers to upgrade rural power infrastructure before most farmers can follow his lead."
Comments