Since its establishment, the company has raised a total of $175 million within a year, with the latest round of financing exceeding $100 million, backed by several leading private equity firms.
<h4>Key Points:</h4>
<ul>
<li>Novastar Fusion announced the completion of a new round of financing of 700 million yuan. The company was established only a year ago and is accelerating the development of its modular nuclear fusion technology.</li>
<li>China's nuclear fusion industry is still lagging behind the United States, but with artificial intelligence becoming a potential demand side for this low-cost, high-tech energy, the industry has recently heated up again.</li>
</ul>
Yang Ge
China has always been known for its large-scale investment in key industries, and one of the latest favored fields is nuclear fusion. This technology, which simulates the energy generation process of the sun, is expected to provide a large amount of electricity at a lower cost. With the rise of artificial intelligence, the demand for electricity has surged, increasing the urgency for the development of nuclear fusion.
However, a recent nuclear fusion project launched in China is not primarily funded by the state but is supported by several top private equity and venture capital firms, including Hillhouse Capital, Legend Capital, and the firm formerly known as Lightspeed China Partners. The company is Novastar Fusion Energy Technology (Shanghai) Co., Ltd., which announced last week the completion of a round of financing of 700 million yuan (approximately $103 million), attracting market attention.
Before this financing, Novastar Fusion had completed its first round of financing of 500 million yuan last August, bringing the total financing to 1.2 billion yuan within just one year of its establishment, setting a record for the financing speed of nuclear fusion startups in China. The company did not disclose its valuation, but the backing of several leading institutions indicates that it is likely to become one of the most powerful private enterprises in China's nuclear fusion field.
However, Novastar Fusion is not the only participant in China's nuclear fusion sector. The most representative is the state-owned giant China National Nuclear Corporation (CNNC), which established China Fusion Energy Co., Ltd. in July last year with an initial capital of 11.5 billion yuan. This project can be seen as the &#34;national team&#34; core layout in the nuclear fusion field, supported by entities such as China National Petroleum Corporation, the National Green Development Fund, and Zhejiang Zheneng Electric Power, among others.
In addition to receiving support from local private capital in China, Novastar Fusion's investors also include funds related to the internet giant Meituan. This is particularly crucial, as large internet companies are actively laying out artificial intelligence applications and are expected to become significant demanders of the large-scale low-cost electricity provided by nuclear fusion in the future.
A similar situation is also seen in the more advanced U.S. market. Google is one of the important investors in the nuclear fusion field, having invested in the established company TAE Technologies, founded in 1998, and agreed to purchase fusion power produced by another company, Commonwealth Fusion Systems, in the future. Microsoft supports Helion Energy and has committed to purchasing the nuclear fusion power it produces in the future.
Although China started a bit later in the nuclear fusion field, Novastar Fusion has made a strong start, largely thanks to its founder Guo Houyang's background. Guo Houyang has conducted nuclear fusion research at the University of Washington in the United States and is a Fellow of the American Physical Society (APS), while also having worked at the Institute of Plasma Physics of the Chinese Academy of Sciences, possessing deep research experience in both China and the U.S
He belongs to a group of scientists who received training overseas and returned to develop in the country, advancing related research with the support of the national talent program.
<h4>Modular Reactor</h4>
Various nuclear fusion companies adopt different technological routes, but they must all have the capability to control extremely high temperatures of about 100 million degrees Celsius to achieve nuclear fusion reactions on Earth. Novastar Fusion is committed to developing a technology called Field-Reversed Configuration Small Modular Reactor (FRC-SMR), which can generate electricity on-site at a smaller scale, contrasting with the traditional model that relies on large industrial power plants similar to today's large power stations.
Novastar Fusion states that its founder, Guo Houyang, is one of the pioneers of FRC-SMR technology, and reports indicate that he has represented the U.S. Department of Energy in coordinating U.S.-China nuclear fusion research cooperation. The company's prototype device, &#34;Nova One,&#34; has now entered the engineering construction phase and plans to achieve its first plasma discharge by the end of this year, which is the ultra-high temperature state of matter required for nuclear fusion to occur.
Although the prospects seem optimistic, Novastar Fusion will still need to rely on external funding support for some time, a situation that is also common in the industry. If everything proceeds as planned, there are still uncertainties, and the company's goal is to achieve technological commercialization by the mid-2030s, aiming to provide 50 megawatts to 100 megawatts of electricity from a single power station.
Due to its relatively short establishment time, Novastar Fusion will still have multiple rounds of financing needs in the future. The company has currently raised a total of $175 million, which is still relatively small compared to most of its peers. In contrast, Commonwealth Fusion Systems has raised a total of $3 billion, ranking among the industry leaders; TAE Technologies and Helion Energy have also raised over $1 billion each. Additionally, China Fusion Energy Co., Ltd., with state-owned background, received about $1.6 billion in funding support when it was established last year.
As nuclear fusion technology gradually approaches commercialization, related financing activities are also expected to accelerate. According to data from the Fusion Industry Association, global nuclear fusion companies raised a total of $2.2 billion last year, a year-on-year increase of 180%, but still below the record of $2.9 billion set in 2022.
Nevertheless, the market has begun to pay attention to when these companies will open investment opportunities to retail investors through initial public offerings. Although most companies expect to achieve commercialization by the 2030s, ongoing losses are not a barrier to going public, especially in the hot field of nuclear fusion, which is gaining attention for supporting a new round of artificial intelligence development.
Among the related companies, the most advanced is TAE Technologies, which announced last December plans to merge with Trump Media &amp; Technology Group (DJT.US), the parent company of the social platform Truth Social. Other companies have not yet announced IPO plans, but if they can continue to secure funding from the private market in the coming years, they are expected to consider the possibility of going public.
At least for now, Novastar Fusion has secured enough private capital support and is expected to continue advancing its nuclear fusion development plans in the next two to three years. However, if the IPO markets in Hong Kong and mainland China remain active at that time, coupled with the ongoing rise of artificial intelligence narratives, the company does not rule out the possibility of challenging a multi-billion dollar listing in Hong Kong, Shanghai, or Shenzhen before 2030

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Nova Fusion completed $175 million in financing within a year of its establishment, with the latest round of financing reaching 700 million yuan (approximately $103 million), with investors including several top private equity firms. Although China's nuclear fusion industry still lags behind the United States, the rise of artificial intelligence and the increasing demand for electricity are driving the development of nuclear fusion. Nova Fusion's financing speed has set a record for Chinese nuclear fusion startups, indicating its potential to become one of the most powerful private enterprises in the field

Novastar Fusion Rises: Private Sector Enters the Nuclear Fusion Track