Can AI and robotics cut solar costs? Terabase Energy thinks so—and just raised $130m

Terabase Energy, a leader in solar automation technology, has secured $130 million in Series C funding, led by SoftBank Vision Fund 2, with participation from both new and existing strategic investors. This latest funding round brings the company’s total capital raised to over $200 million, reinforcing its position as a key player in utility-scale solar power plant digitalization.

With global energy demand surging—driven by AI data centers and large-scale electrification—the need for cost-efficient and rapidly deployable solar power infrastructure has never been greater. Terabase Energy aims to meet this challenge by scaling its AI-driven solar automation and robotics-assisted construction solutions, enabling faster, more efficient solar farm deployment.

What Role Does Solar Automation Technology Play in Scaling Renewable Energy?

Terabase Energy specializes in solar power plant automation, integrating AI, robotics, and software to streamline the construction and operation of large-scale solar projects. The company’s proprietary platform enhances efficiency, reduces costs, and improves safety by automating traditionally labor-intensive processes.

A significant portion of this latest funding will support the expansion of Terafab, the company’s robotics-assisted assembly line that has already been deployed in multiple commercial projects. This innovative system has demonstrated the ability to double installation productivity, minimizing reliance on manual labor and ensuring consistent, high-quality construction. By eliminating the need for workers to lift heavy components, Terafab enhances workplace safety while significantly reducing project timelines.

Why Did SoftBank Vision Fund 2 Invest in Terabase Energy?

SoftBank Vision Fund 2’s decision to lead this funding round reflects a growing commitment to renewable energy infrastructure and solar power plant digitalization. The investment aligns with the increasing demand for scalable and sustainable energy solutions, particularly as AI-driven industries, data centers, and industrial electrification fuel an unprecedented rise in electricity consumption.

A SoftBank Vision Fund 2 representative highlighted the urgency of addressing these challenges through advanced technology, emphasizing that Terabase Energy’s solar automation solutions position it as a frontrunner in the industry. By leveraging AI-powered solar construction software, the company is well-positioned to transform the way utility-scale solar power plants are designed and deployed.

How Does Terabase Energy’s Technology Reduce Costs and Boost Efficiency?

One of the major barriers to the rapid deployment of utility-scale solar farms is the complexity and cost of construction. Terabase Energy’s integrated platform addresses these challenges by combining AI-driven design, robotics-assisted assembly, and real-time solar construction management software. This allows solar developers and EPC firms to optimize project execution while reducing labor costs and improving installation accuracy.

The company’s technology ecosystem includes Terafab, an automated construction system that enhances efficiency and safety on-site. PlantPredict, an AI-powered solar modeling software, enables more accurate design predictions, optimizing solar farm performance. Construct, a comprehensive construction management platform, has supported over 12 gigawatts of solar projects worldwide. These innovations enable solar developers to scale projects more effectively, supporting the transition toward a terawatt-scale solar economy.

What Industry Trends Are Driving Demand for Utility-Scale Solar?

The renewable energy sector is undergoing rapid transformation, with advances in solar battery storage enabling 24/7 solar power generation. As the cost of battery storage declines, solar energy is becoming increasingly competitive with traditional fossil fuels, driving higher adoption rates for utility-scale solar power plants.

Additionally, policy shifts in favor of domestic solar manufacturing and clean energy investment are accelerating the deployment of large-scale solar projects. Government incentives, coupled with corporate sustainability goals, are pushing energy-intensive industries to invest in solar power plant digitalization.

Another critical driver is the exponential rise in energy demand from AI-driven infrastructure. Data centers, which require vast amounts of electricity to power advanced computing systems, are turning to solar automation technology as a cost-effective and scalable energy solution.

How Will Terabase Energy Use This Investment to Expand Its Market Reach?

With this latest funding, Terabase Energy is poised to scale its proven technologies and expand its global footprint. The company plans to increase the production capacity of its robotics-assisted solar assembly systems, enabling the deployment of hundreds of megawatts of solar capacity through 2026.

Additionally, investments in AI and solar construction management software will enhance the efficiency of utility-scale solar power plants, ensuring they can be deployed faster and at a lower cost. By refining its AI-powered solar modeling and automation capabilities, Terabase aims to set new industry standards for renewable energy project execution.

What’s Next for the Future of Solar Power Plant Digitalization?

The future of solar power plant digitalization is driven by continuous innovation in automation, AI, and data-driven optimization. As Terabase Energy scales its solar automation solutions, the company is positioned to play a critical role in shaping the next phase of renewable energy expansion.

The combination of solar construction software, AI-driven modeling, and robotics-assisted installation will continue to drive efficiencies across the sector, reducing reliance on manual labor while ensuring high-quality, cost-effective solar deployment.

With increasing demand for scalable solar infrastructure, Terabase Energy’s growth aligns with the broader industry shift toward fully digitalized, AI-powered renewable energy development. This latest funding round marks a significant milestone in the company’s journey, reinforcing its mission to accelerate the global transition to clean energy.