A post-90s founder valued at $10 billion

This solution has reached its current stage thanks to a critical milestone already achieved in early 2026: the U.S. Nuclear Regulatory Commission (NRC) approved Blue Energy’s topical report, endorsing the company’s phased approach to nuclear power plant construction—building non-nuclear components first while concurrently pursuing licensing and construction of nuclear components. This approval shaved at least five years off the traditional nuclear timeline of over a decade. For potential investors and customers, this was more than just a regulatory update—it provided official validation of the project’s schedule, transforming the founders’ promises into an authoritative, government-backed roadmap. Building nuclear power plants in shipyards sounds metaphorical, but Blue Energy is executing real engineering projects. Its first 1.5-gigawatt plant targets AI data centers; the construction site has been selected, regulatory approvals secured, and this round of financing completed. Next comes actual construction. Nuclear energy is entering a new window of opportunity. When Blue Energy raised this funding, the nuclear energy sector’s momentum needed no explanation. For the past decade, nuclear power held an awkward position in mainstream discourse. The shadow of the Fukushima accident, soaring construction costs, and chronically delayed projects had long associated the industry with labels like "outdated," "dangerous," and "uneconomical." Prior to 2023, venture capitalists willing to place large bets on nuclear startups were a rare minority across the entire VC ecosystem. The turning point came from a direction few fully anticipated: AI. After ChatGPT’s explosive debut, electricity demand from data centers surged dramatically. Training a single large language model consumes as much electricity as tens of thousands of households use in an entire year. Power demand during inference—the phase when users query the model—is persistent and continuous: every user request triggers high-speed server operations. Microsoft, Google, Amazon, and Meta have all multiplied their electricity procurement volumes over the past two years—and are accelerating further. Under this pressure, the intermittency of renewable energy sources has become glaringly apparent: wind doesn’t blow every day, and solar panels stop generating at night. Data centers require stable, 24/7 baseload power—the very core strength of nuclear energy. Capital markets and tech companies reacted almost simultaneously. Microsoft signed an agreement with legacy nuclear operator Constellation to restart Pennsylvania’s Three Mile Island nuclear plant exclusively for data center power supply; Google signed a power purchase agreement with Kairos Power, planning to procure electricity from small modular reactors by around 2030; Amazon placed strategic bets across multiple nuclear startups. Such endorsements from tech giants fundamentally redefined valuation logic across the nuclear energy sector. When a nuclear startup’s customer list includes Microsoft or Google, investors view it through an entirely different lens. Blue Energy entered precisely as this wave of demand peaked. Its first project is located in Texas, serving Crusoe—a data center operator focused on AI—with a target capacity of 1.5 gigawatts.

Small nuclear reactor startup Blue Energy Point secures three consecutive rounds of financing totaling hundreds of millions of RMB

Originally published by "China Private Equity Investment" (ID: PE-China) Author: Wei Yajun Photography: Bob Yingnuo Capital, CDH Investments, and CATL co-founders… nearly ten top-tier VCs invested. Recently, small nuclear reactor startup Blue Energy Point completed three consecutive funding rounds—angel, angel-plus, and pre-Series A—raising several hundred million RMB in total. The funds will primarily support technology development, integration with the traditional nuclear energy industrial chain, and team expansion. Yingnuo Capital, CDH Investments, CATL co-founders… nearly ten top-tier VCs invested. According to reports, its angel round was led by Yingnuo Angel Fund, with co-investment from Tsinghua University Alumni Seed Fund; the angel-plus round was led by Guanghe Venture Capital, with participation from Yingnuo Angel Fund, Borui Capital (founded with capital from Li Ping, co-founder and vice chairman of Contemporary Amperex Technology Co. Limited—CATL), and a leading financial institution; the pre-Series A round was again led by Guanghe Venture Capital, joined by the same leading financial institution, CDH Investments,北极光创投 (Northern Light Venture Capital),祥峰投资 (Vertex Ventures), Borui Capital, and a top-tier internet strategic investor. Shanghai Blue Energy Point Energy Technology Co., Ltd. was founded in 2025 and headquartered in Shanghai. It is a high-tech enterprise dedicated to commercializing small modular nuclear reactors (SMRs). Founder Huo Pei graduated from Tsinghua University’s Department of Nuclear Engineering and has over 20 years of deep expertise in nuclear engineering technologies, possessing exceptional integrated experience spanning research, development, and industrial application. The company has recruited over ten full-time chief engineers—each heading a complete, self-contained technical team—covering critical subsystems including reactor core design, nuclear island systems, nuclear fuel, structural mechanics, and instrumentation & control. It holds rare, end-to-end engineering experience in scaling autonomous Generation III nuclear technology “from zero to one, then to mass deployment.” Perfectly aligned with AI computing expansion Alibaba is also negotiating nuclear cooperation with central SOEs According to PE Planet, small nuclear reactors—formally known as Small Advanced Modular Multi-purpose Reactors—feature high safety standards and modular design, making them suitable for electricity generation, industrial heat supply, and seawater desalination. Globally, approximately 127 small reactor designs are currently under development, of which 51 have entered pre-licensing or formal licensing review processes, and seven are either operational or under construction.

Blue Energy Global Applies to Connect First Small Modular Nuclear Reactors to Texas Grid

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Blue Energy Global has applied to connect its first small modular nuclear reactors to the Texas grid to meet surging data center demand. The project plans five 300-megawatt systems using GE Vernova Hitachi designs, targeting 2033 service entry.

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Blue Energy Submits NRC Application for Texas Nuclear Project

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Blue Energy Global Applies to Connect First Small Modular Nuclear Reactors to Texas Grid

Blue Energy Global Applies to Connect First Small Modular Nuclear Reactors to Texas Grid

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