What makes a solar energy project truly successful? Is it renewable power alone or the value it creates for the people and communities it serves? In this episode of Silicon Ranch Radio, Nick de Vries talks with Chris Jones, CEO of Middle Tennessee Electric, about meeting the "meat and potatoes" test: delivering reliable, affordable electricity while strengthening local communities. Together, they discuss the launch of CattleTracker™, the role of cost-effective locally generated solar in a growing region, and why preserving productive farmland can go hand in hand with building the grid of the future.

What if a solar farm could operate as a real cattle agribusiness? Loran Shallenberger, Silicon Ranch's Vice President of Regenerative Energy and Agrivoltaics joins Nick de Vries to explore the launch of Cattle Tracker, Silicon Ranch's patented platform designed to to integrate commercially viable cattle operations within utility-scale solar projects. We examine what it truly takes to build an AgriPV business that works economically for producers, operationally for solar, and sustainably for the land, covering everything from rotational grazing and forage quality to infrastructure design, animal behavior, and land stewardship. It's a behind-the-scenes look at how Silicon Ranch is rethinking what energy infrastructure can be — from sheep grazing to cattle operations at scale — and why the future of solar may depend as much on agriculture as electricity generation.

Rob Andrews, founder of Heliolytics and Engramiq, joins host Nick de Vries to explore how advanced data analytics and AI are reshaping solar development and operations. From using drones and thermography to detect faulty modules at scale to building "data-complete" digital models from project documents, Andrews explains how better data organization enables more reliable, trustworthy AI. Dives into the rise of AI agents, the importance of grounding them in real-world context, and what it will take to scale solar from hundreds to thousands of projects — without scaling complexity alongside it.