Full-Time
Regenerative SOFC power and storage platform
$80k - $115k/yr
Southborough, MA, USA + 1 more
More locations: United States
In Person
Bachelor's, Master's
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Teragen Energy designs modular regenerative solid oxide fuel cell (SOFC) systems that generate electricity from fuels like natural gas or hydrogen without combustion and can also operate in electrolysis mode to produce hydrogen for energy storage. This dual capability lets a single platform replace diesel generators and lithium-ion batteries in microgrids, data centers, and renewable energy projects. The systems are modular, compact, and offer high efficiency, fuel flexibility, and fast load-following, while producing minimal local pollutants due to no combustion. Originating from Lawrence Berkeley National Laboratory, the company uses DOE/ARPA-E validated tech to provide on-site power and dispatchable energy, supporting AI/cloud needs, microgrids, and renewables integration while simplifying infrastructure and permitting.
Company Size
1-10
Company Stage
Seed
Total Funding
$8.6M
Headquarters
Southborough, Massachusetts
Founded
2025
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Health Insurance
Unlimited Paid Time Off
401(k) Retirement Plan
Company Equity
Teragen Energy secures $6 million to revolutionize fuel cell systems for reliable power generation. Key points. * Teragen Energy raised $6 million in a pre-seed funding round to advance its fuel cell technology. * Modular solid-oxide fuel cells aim to provide reliable onsite power for data centers and industries. * The investment will enhance testing and manufacturing infrastructure and scale engineering efforts. * India is exploring diverse technologies, positioning fuel cells and hydrogen storage in its energy future. Teragen Energy, a developer specializing in modular solid-oxide fuel cell systems, has secured $6 million in an oversubscribed pre-seed funding round led by BEVC and Energy Capital Ventures. This funding comes at a time when the demand for reliable and high-density electricity is surging, mainly due to advancements in artificial intelligence, electric mobility, and manufacturing processes. Traditional grid systems are increasingly unable to accommodate the growing electricity needs, prompting a shift towards decentralized energy solutions. The CEO of Teragen Energy, Dr. Ruofan Wang, who co-invented this technology at the Berkeley Lab, emphasizes the importance of their modular fuel cell systems. These systems are designed to provide critical onsite energy solutions, especially for industries that face constraints from existing grid capacities. The funding will be allocated for various purposes, including expanding testing and manufacturing capabilities, scaling the engineering team, and accelerating the deployment of pilot commercial projects. In light of ongoing grid constraints that impact industrial growth and data center operations, Teragen's modular solid-oxide fuel cells aim to deliver dependable power generation. This innovation is crucial for maintaining operational reliability in a landscape where large-scale projects frequently encounter bottlenecks due to grid congestion. The emergence of such technology offers a competitive edge for energy contractors and developers focused on commercial and industrial (C&I) projects. The company's ambitious deployment strategy includes partnerships with data center operators and utility services to showcase the effectiveness of their fuel cell architecture in practical applications. This project aligns with India's robust renewable energy sector, which is progressively investigating various energy storage and generation technologies to meet its ambitious decarbonization targets. Overall, as India progresses towards a more flexible energy grid, innovations like Teragen's solid-oxide fuel cells and hydrogen storage systems are expected to play complementary roles alongside the expansion of solar and wind energy capacities. The funding and development of Teragen Energy's technology mark a significant step forward in the push for sustainable and reliable energy solutions. August 28, 2026 at 02:00 PM
Teragen Energy raises $6 million to advance fuel cell technology. Teragen Energy secures oversubscribed pre-seed funding round to develop advanced fuel cell technology for data centers, industrial sites, and utilities. AI-assisted, human-published
Teragen Energy raises oversubscribed $6M pre-seed round to power today's frontier industries. Aug 26, 2026, 10:12 ET Funding accelerates development of Teragen's next-generation fuel cell technology to meet surging power demand BOSTON, Aug. 26, 2026 /PRNewswire/ - Teragen Energy, an advanced fuel cell company building modular power solutions for data centers, industrial sites, and utilities, today announced the close of an oversubscribed $6 million pre-seed funding round. The round was co-led by BEVC and Energy Capital Ventures(R), with participation from AP Ventures, AIC Ventures, Massachusetts Clean Energy Center (MassCEC), and UntroD Capital Asia. This funding will advance Teragen Energy's fuel cell technology from prototypes toward its first commercial pilot projects. Reliable, abundant, cleaner energy is critical for this decade's defining industries: artificial intelligence, advanced manufacturing, electric mobility. While grid operators race to meet rapid demand growth in these critical sectors, onsite power generation offers an alternative path. Unfortunately, today's onsite power solutions come with high costs, high emissions, large footprints, and limited flexibility. Teragen Energy elevates onsite power performance through a novel solid oxide fuel cell architecture, co-invented by CEO Dr. Ruofan Wang at Berkeley Lab. This innovation provides a path to best-in-class cost, efficiency, power density, and responsiveness for distributed power applications. Additionally, Teragen Energy's technology is fuel-flexible, produces near-zero local pollutants, and can be optionally configured for energy storage or carbon capture. "Today's society runs on electricity, and tomorrow's even more so," said Dr. Ruofan Wang, CEO of Teragen Energy. "By redefining what a fuel cell can do, Teragen Energy can drive down both electricity costs and emissions without sacrificing reliability." "Teragen Energy's next-generation fuel cell technology holds promise to play a key role in addressing the energy trilemma, offering a lower carbon, reliable, dynamic power solution with compelling economics," said Joshua James, Investor at BEVC. Victor Pascucci III, Managing General Partner at Energy Capital Ventures(R) said, "The natural gas industry is the backbone of the energy expansion. The industry needs more modular and scalable technology to provide the clean, safe, reliable, cost-effective energy of the future. Teragen's next generation fuel cells are vital to the future of energy and the energy expansion." The funding announced today enables Teragen Energy to expand its testing and manufacturing infrastructure, grow its engineering team, scale up its core technology, and accelerate commercialization with data center, industrial, and utility partners. About Teragen Energy Teragen Energy builds advanced fuel cell systems that deliver reliable, affordable, and clean power to data centers, industrial sites, and utilities. Founded on Berkeley Lab innovations, Teragen Energy fuel cells excel on the metrics that matter most to customers: cost, efficiency, power density and responsiveness. SOURCE Teragen Energy
Teragen Energy, an advanced fuel cell company, has closed an oversubscribed $6 million pre-seed funding round. BEVC and Energy Capital Ventures co-led the round, with participation from AP Ventures, AIC Ventures, Massachusetts Clean Energy Center, and UntroD Capital Asia. The Boston-based company develops modular power solutions for data centres, industrial sites, and utilities using solid oxide fuel cell technology. The innovation, co-invented by CEO Dr Ruofan Wang at Berkeley Lab, aims to deliver improved cost, efficiency, power density, and responsiveness for distributed power applications. The funding will advance Teragen Energy's fuel cell technology from prototypes towards its first commercial pilot projects. The company plans to expand its testing and manufacturing infrastructure, grow its engineering team, and accelerate commercialisation with data centre, industrial, and utility partners.