Show Notes
Solar panel prices have fallen roughly 95% since the mid-2000s. They are now the cheapest energy equipment available. The constraint, though, has moved downstream, to everything that happens after the panels show up: land, zoning, interconnection, and the field labor to physically assemble a power plant. The US builds enough solar to cover around 220,000 acres a year, or around 40 gigawatts. But we still need to deploy multiples more and at a faster pace to meet energy affordability and climate goals. Meanwhile, skilled crews building solar farms are being bid away by data center construction, and the job still means lifting a sixty-pound module overhead hundreds of times a day, often through hundred-degree heat.
On this episode, Guy Van Syckle is joined by Eric Brown, CEO of Planted Solar, whose team is addressing these challenges by redesigning solar deployments as a robot-assembled product rather than a custom construction project. The result is about twice the energy per acre and up to a 50% reduction in construction time. They discuss why super-cheap modules and batteries are driving a rethink of site design, how their systems are helping mitigate permitting issues, and the promise of a safer, more productive robotics-enabled solar workforce. We also get into where this goes from here: a hundred megawatts targeted for this year, a partnership with Google, and a project pipeline north of 20 gigawatts.
More from Climate Positive
Mass production of fertilizer was one of the most important advances of the past century, with roughly half the world's food supply depending on it, but it casts a long shadow. Between manufacturing and field application, nitrogen fertilizer accounts for five to seven percent of global greenhouse gas emissions. The inefficiency is just as striking: global nitrogen fertilizer use efficiency sits at about 33%, meaning roughly two-thirds of every tank a farmer buys never reaches the crop. It runs off into waterways, where it drives algae blooms and dead zones, or it volatilizes into the air, becoming a high-impact greenhouse gas. As our guest Nico puts it in this episode, imagine buying $100 of gasoline and pouring $66 of it on the ground. And because the industry is so centralized, a disruption on one side of the planet can double a farmer's single largest input cost overnight.
In this episode, Gil Jenkins and Guy Van Syckle speak with John Hensley, Senior Vice President – Markets and Policy Analysis for the American Clean Power Association (ACP). We dig into how clean energy manufacturing is powering a new chapter of economic prosperity, exploring the industry's rapid growth in facilities, the economic impact on communities, workforce development challenges, supply chain progress, the role of the 45X tax credit, and where the industry is headed by 2030.
Water is something most of us take for granted. We turn on the tap, and it's just there. But behind that tap is an increasingly strained system that is quietly becoming one of the defining infrastructure challenges of our time. Just in the US, McKinsey estimates we are underinvesting in water assets by about $100 billion annually, with the cost only compounding as more investment is delayed.
In this episode of Climate Positive, Guy Van Syckle connects with Tripp Wall, CEO of Pantheon Regeneration, to explore how his team is turning degraded peatland ecosystems into high-impact stores of carbon with a wealth of additional benefits for biodiversity and resiliency. We dive deep into an unsung hero of carbon sequestration—peatlands—which cover just 3% of the earth's surface but store twice as much carbon as all the world's forests combined. Tripp explains the hydrological engineering and cutting-edge tech helping to restore and monitor these ancient ecosystems. We discuss the evolving Voluntary Carbon Market, the supply-demand mismatch approaching, and how nature-based solutions offer a highly scalable alternative to engineered carbon capture. Additionally, Guy and Tripp explore how high-quality removal credits with biodiversity co-benefits are attracting major corporate offtakes, and the opportunities for traditional infrastructure investors to invest in natural capital to secure differentiated returns.
In this Climate Positive episode (our 100th!), Chad and Guy talk with Matt Loszak, CEO and co-founder of Aalo Atomics, about their innovative approach to building factory-made advanced micro reactors to power the AI-driven energy demand surge. Matt shares his unconventional journey from nuclear engineering student to software entrepreneur to nuclear startup founder, explaining why he believes we're entering a "second atomic age" for clean energy. Matt discusses Aalo's strategy of vertical integration and mass manufacturing, inspired by SpaceX and Tesla, to deliver compact, liquid metal-cooled nuclear reactors that can be deployed rapidly for data centers and other applications. He explains how the regulatory environment has evolved with recent executive orders streamlining pathways to criticality, the company's ambitious timeline to achieve zero power criticality by July 2026, and their vision for 3-cent-per-kilowatt-hour nuclear energy at scale. Matt also addresses public safety perceptions, the advantages of particular reactor technologies, and how their 50-megawatt "Aalo Pod" architecture provides the redundancy and incremental buildout that hyperscalers need.