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Terabase secures $130 million in Series C funding, led by SoftBank Vision Fund 2, to scale its automated solar construction technology. The company’s robotics-assisted system, Terafab™, enhances installation speed, reduces costs, and improves workplace safety for utility-scale solar projects. With rising energy demand, automation and AI-driven solutions are becoming essential for accelerating renewable energy deployment.
The Race to Scale Solar Faster and Smarter
Global electricity demand continues to rise, driven by AI data centers, industrial expansion, and the shift to electric vehicles. As the need for renewable energy increases, large-scale solar projects must be deployed faster and more efficiently. Terabase Energy, a company focused on digital and automation solutions for utility-scale solar, has secured $130 million in Series C funding to expand its technology.
SoftBank Vision Fund 2 led the investment, with additional participation from both existing and new strategic investors. This funding brings the company’s total raised capital to over $200 million. Terabase aims to scale its automated construction systems to speed up solar deployment while reducing costs and improving workplace safety.
Why Investors Bet Big on Terabase’s Solar Technology
SoftBank’s investment signals confidence in Terabase’s approach to automating large-scale solar projects. As labor shortages and cost pressures challenge the renewable energy sector, automated solutions present a way to accelerate project timelines while maintaining quality.
Investors recognize that traditional solar construction methods involve intensive manual labor and long installation periods. By integrating robotics, AI, and digital tools, Terabase reduces inefficiencies and simplifies project execution. The company’s past success in deploying its technology on commercial projects demonstrates its ability to scale.
Other backers include Breakthrough Energy Ventures, Prelude Ventures, Fifth Wall, SJF Ventures, and EDP Ventures. Their continued support suggests a long-term interest in digital solutions that streamline utility-scale solar development.
Inside Terabase’s Game-Changing Solar Automation
Terabase’s platform combines automation, AI, and a suite of digital tools to optimize the construction of large solar power plants. The company’s proprietary system, Terafab™, is a robotics-assisted solar panel assembly line designed to enhance installation speed and efficiency.
Key Features of Terafab™:
- Robotics-Assisted Construction – Reduces manual lifting and speeds up solar panel installation.
- AI-Driven Optimization – Improves system performance and minimizes errors.
- Modular Design – Enables scalable deployment for projects of different sizes.
- Workplace Safety Improvements – Lowers physical strain on workers and reduces job-site risks.
Terafab™ has already installed 40 megawatts across multiple commercial projects in the U.S. With the latest funding, Terabase plans to expand production and deploy the next-generation system to support hundreds of megawatts through 2026.
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How This Investment Transforms Large-Scale Solar Construction
By scaling up its automated construction technology, Terabase aims to shorten project timelines and lower the costs of building solar power plants. Large-scale solar projects often face logistical challenges, including labor shortages, transportation costs, and weather delays. Automation mitigates these risks by streamlining installation and reducing dependency on manual labor.
The company’s digital ecosystem includes additional tools such as PlantPredict, a solar modeling software that helps developers optimize energy yield, and Construct, a construction management platform that has supported over 12 gigawatts of solar projects. These solutions integrate with Terafab™ to create a fully digital and automated approach to solar deployment.
With rising demand for clean energy, utility-scale solar needs scalable, cost-effective solutions. Terabase’s expansion aligns with the industry’s shift toward automation and AI-driven project management.
The Bigger Picture: Meeting Soaring Energy Demands
The increasing demand for electricity, driven by data center growth, AI computing, and industrial electrification, highlights the need for rapid renewable energy deployment. Utility-scale solar, combined with advances in battery storage, is now one of the most cost-competitive energy sources.
Key Drivers of Energy Demand Growth:
- AI and Cloud Computing – High-performance computing requires significant electricity.
- Manufacturing Expansion – Onshoring of industries increases power consumption.
- Electric Vehicle Adoption – EV charging infrastructure adds to grid demand.
As these trends continue, digital and automated solar construction will play a critical role in scaling up renewable energy infrastructure. Faster deployment and cost reductions are essential to meeting global energy needs while maintaining grid stability.
What’s Next for Terabase and the Future of Solar Growth
With new funding secured, Terabase will focus on increasing the manufacturing capacity of Terafab™ and expanding its deployment across large-scale solar projects. The company will also enhance its software platforms to improve project planning, execution, and long-term performance monitoring.
Regulatory policies and supply chain conditions will influence how quickly automation is adopted across the solar industry. Government incentives for domestic manufacturing and renewable energy development could further accelerate Terabase’s growth.
By integrating robotics, AI, and digital tools, Terabase is working toward a future where solar power plants can be built faster, safer, and more efficiently. As energy demand rises, automation in solar construction will continue to be a key factor in meeting the world’s electricity needs.
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