Google has selected 28 startups focused on artificial intelligence for the two Google for Startups Accelerator programs in North America and Europe, in an initiative targeting practical solutions for grid efficiency, lower energy costs, and improved supply reliability. Over the coming months, the companies will receive technical guidance from Google experts and access to the company’s digital tools and technologies.
The original material was published on August 25, 2026, while the page is dated August 26, 2026. Google says the selected companies are working to redesign energy systems toward greater sustainability and resilience, without announcing any direct financial investment or guaranteed commercial contracts for these companies in the material.
Diverse Solutions for Grids and Data Centers
The North American group includes 12 companies. Among them is Anode, which is developing AI-managed virtual facilities to supply microgrids on demand, and Camus Energy, which helps utilities connect data centers to local energy sources. The list also includes Felix Fusion, which aims to facilitate access to energy and grid connections for data centers, mining operations, and industrial projects, and Nyquis, which focuses on reducing the time required to power data centers and large loads.
The remaining solutions range from autonomous construction equipment for solar farms and data centers at Cosmic Robotics, to modular drilling technologies for geothermal energy at Dig Energy, and the Optiwatt platform, which connects electric vehicles to energy-demand balancing programs. The group also includes Swish Solar, which provides an operating system for solar energy infrastructure, and Grid Status, which specializes in energy data and markets.
The European Group Focuses on Storage, Operations, and Maintenance
The European program includes 16 companies. Capture Energy is working on software for managing battery storage, while Deepgrid coordinates flexible energy resources through a virtual power plant to balance electricity grids in the Nordic countries. EasySolar AI provides tools for designing solar energy project proposals and generating leads, and Google says these tools can reduce sales costs by 80%.
The list also includes Grid Edge for managing building consumption, Kyra for forecasting electricity grid capacity, and Mitiga Solutions for analyzing climate risks facing clean-energy and grid operators. In inspection and maintenance, Hylight is developing hydrogen-powered autonomous airships to inspect power lines and pipelines, Nomadic uses drones that recharge themselves by perching on power lines, while Reblade ApS is developing AI-guided drones to repair eroded wind-turbine blades.
Why Does This News Matter?
The initiative’s practical value lies not only in the number of companies, but also in the breadth of problems they are trying to address: from forecasting grid capacity and automated energy trading to monitoring wind-turbine damage and improving energy consumption in data centers and homes. This shows that artificial intelligence applications in energy are not limited to forecasting or analysis, but extend to control, operations, and maintenance.
At the same time, the material does not provide independent performance results, details about the stages of solution testing, or the conditions for continued support after the coming months. Therefore, the program’s currently announced impact remains tied to mentorship and access to Google’s tools, rather than constituting evidence in itself of broad commercial deployment or achieved improvements in grids.