Planted Raises $31.8 Million to Accelerate Autonomous Power Deployment

New capital expands Planted’s robotic fleet and launches Sage, its next-generation robot, as demand outpaces the company’s current capacity OAKLAND, Calif., September 15, 2026–(BUSINESS WIRE)–Planted has raised $31.8 million to scale autonomous power deployment, with Piva Capital and RA Capital Management Planetary Health co-leading the round and participation from Breakthrough Energy Ventures, Gigascale Capital, Google,…


Planted Raises .8 Million to Accelerate Autonomous Power Deployment

New capital expands Planted’s robotic fleet and launches Sage, its next-generation robot, as demand outpaces the company’s current capacity

OAKLAND, Calif., September 15, 2026–(BUSINESS WIRE)–Planted has raised $31.8 million to scale autonomous power deployment, with Piva Capital and RA Capital Management Planetary Health co-leading the round and participation from Breakthrough Energy Ventures, Gigascale Capital, Google, and Khosla Ventures.

Power demand is rising faster than new capacity can be built. Solar PV remains the largest contributor to new global electricity supply, hitting a record 664 gigawatts in 2025. Still, the world needs terawatts of new generation annually, not gigawatts, to meet projected demand. Power projects require multiyear development cycles and labor-intensive field assembly that relies on a shrinking pool of available, skilled labor. The constraint on new power has moved from generation to deployment. Communities and grid operators are responding by expecting large energy users to bring their own power rather than compete for constrained capacity.

Planted transforms power plants from projects into products, combining planning software, high-density terrain-following solar arrays, storage, and field robotics into one system. That system allows Planted to build on parcels that legacy trackers cannot use, including land with slopes of up to 27%, without grading. It also delivers twice the energy per acre, resulting in smaller project footprints and a lower profile on the landscape.

The array is simplified, designed for automation, and defined in software, so Planted delivers new power in months rather than years. Planted’s most recent build, a 28 MW behind-the-meter project serving a neocloud data center, went from first call to power in ten months, with field construction completed in under three months.

The model is proven and bankable: Planted’s projects carry independent engineering validation and project financing. The company completed Bowes Solar, an 11 MW project in Illinois for Cultivate Power, and will next build Aligned Climate Capital’s Armoracia project on 16 acres, 10 fewer than the original design required. The denser redesign moved the project through local review after the initial layout was rejected. After deploying more than 10 MW in 2025, Planted is on track for 100 MW in 2026, a 10x jump in a single year, with a project pipeline of more than 20 GW.

“Globally, solar needs to be deployed about five times faster than it is today to hit the scale experts project we’ll need by 2050, and the gap is growing as the industry confronts constraints involving supply chains, land, interconnection, and skilled labor,” said Eric Brown, CEO of Planted. “The way to close that gap is to turn the construction of a power plant into a manufacturing problem: building robots and deployment systems, not just projects. We have robots in the field proving the model works today. This round is how we scale it.”

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