谷歌与RWE投资德国核聚变初创公司Proxima FusionGoogle and RWE Back German Nuclear Fusion Startup Proxima Fusion
德国核聚变初创公司Proxima Fusion于7月7日宣布完成一轮4.11亿欧元（约合4.68亿至4.69亿美元）的融资，使公司估值达到24亿欧元（约合27亿美元）。本轮融资由XTX Ventures和East X Ventures领投，谷歌与德国能源巨头RWE作为战略投资者参与，Plural、UVC Partners、Balderton和Cherry Ventures等风险投资机构也参与了投资。Proxima Fusion计划利用这笔资金开发核聚变发电厂，其目标是建造欧洲首个商业化核聚变发电厂，并希望该发电厂能在2030年代投入运营。目前全球所有的核电站均依赖核裂变技术，而通过氢原子结合释放巨大能量的核聚变技术尚未实现商业化部署。谷歌等巨头对该领域的投资，反映出其对核聚变作为长期无碳、稳定能源的持续兴趣。公司联合创始人兼首席执行官弗朗西斯科·肖蒂诺表示，欧洲正在与美国和中国竞争，力争建造出首个核聚变发电厂。
German nuclear fusion startup Proxima Fusion announced on Tuesday, July 7, that it has raised €411 million (approximately $468 million to $469 million) in a funding round, valuing the company at €2.4 billion (approximately $2.7 billion). The funding round was led by XTX Ventures and East X Ventures, with Google and German energy firm RWE participating as strategic investors, alongside venture capital firms including Plural, UVC Partners, Balderton, and Cherry Ventures. Proxima Fusion aims to use the capital to build Europe's first commercial fusion power plant, which it hopes will be operational in the 2030s. While all current nuclear power plants rely on fission, nuclear fusion technology has not yet been commercially deployed as the industry works to overcome technical challenges. Google's backing reflects its continued interest in fusion as a potential source of abundant, carbon-free, firm energy over the long term. Francesco Sciortino, co-founder and CEO of Proxima Fusion, stated that Europe is racing against the United States and China to build the first fusion power plant.
01融资详情与估值Funding Details and Valuation
根据德国核聚变初创公司Proxima Fusion于7月7日公布的声明，该公司在最新一轮融资中成功筹集了4.11亿欧元。折算为美元后，这笔资金规模约为4.68亿至4.69亿美元。此轮融资使这家总部位于德国的初创公司估值达到24亿欧元，折合大约27亿美元。这笔巨额资金的注入，为该公司开发核聚变发电厂提供了强有力的资金支持。
According to an announcement by Germany-based startup Proxima Fusion on Tuesday, July 7, the company has successfully raised €411 million in its latest funding round. This capital injection, which translates to approximately $468 million to $469 million, officially pushes the nuclear fusion startup's valuation to €2.4 billion, equivalent to approximately $2.7 billion. The substantial financial backing will support the company's ongoing efforts to develop its nuclear fusion technology.
本轮融资由XTX Ventures和East X Ventures共同领投。除了领投方外，科技巨头谷歌（Google）以及德国本土能源巨头RWE也作为战略投资者积极参与了本轮投资。此外，包括Plural、UVC Partners、Balderton和Cherry Ventures在内的多家知名风险投资机构也加入了投资行列，共同支持Proxima Fusion的核聚变商业化进程。
The funding round was led by venture firms XTX Ventures and East X Ventures. Tech giant Google and German national energy firm RWE participated in the round as strategic investors. A group of prominent venture capital firms, including Plural, UVC Partners, Balderton, and Cherry Ventures, also joined the investment round to support Proxima Fusion's development goals.
02商业化核聚变愿景Vision for Commercial Fusion
Proxima Fusion的核心发展目标是建造欧洲首个商业化核聚变发电厂。通过本轮成功筹集的4.11亿欧元资金，这家德国初创公司计划加速其核聚变发电厂的开发进程。公司管理层对该项目设定了明确的时间表，并希望该核聚变发电厂能够在2030年代正式投入运营，从而为欧洲提供新型的清洁能源。
Proxima Fusion's primary objective is to construct Europe's first commercial nuclear fusion power plant. With the newly secured €411 million in funding, the German startup plans to accelerate the development of its fusion plant technology. The company has established a clear timeline for this ambitious project, aiming to have the nuclear fusion power plant fully operational in the 2030s.
目前，全球核能发电领域仍完全依赖核裂变技术，而商业化核聚变发电厂的建设在欧洲乃至全球范围内均尚属空白。Proxima Fusion致力于通过其技术研发打破这一现状。如果该发电厂能按计划在2030年代成功投入运营，将代表着该技术在商业化应用上迈出重要一步。
Currently, all operational nuclear power plants worldwide rely on fission technology, leaving commercial nuclear fusion deployment unrealized. Proxima Fusion is focusing its efforts on overcoming the technical barriers to bridge this gap. If the company succeeds in making its plant operational in the 2030s, it will represent a major milestone in bringing commercial fusion energy to the European market.
03技术背景与挑战Technical Background and Challenges
核聚变技术与目前全球核电站所普遍采用的核裂变技术存在着本质上的不同。现有的核电站均是通过分裂重原子（即核裂变）的过程来产生电能。相比之下，核聚变则是将两个轻质的氢原子结合成一个氦原子的过程，这一物理反应在发生时会释放出极其巨大的能量。
Nuclear fusion technology differs fundamentally from the nuclear fission process currently utilized by all operational nuclear power plants worldwide. While existing nuclear facilities generate energy by splitting atoms through fission, nuclear fusion involves combining two hydrogen atoms to form a single helium atom, a physical process that releases vast amounts of energy.
尽管核聚变技术因其能够提供近乎无限且清洁的能源而备受期待，但目前该技术在世界范围内尚未实现任何商业化部署。为了将这一科学设想转化为现实，整个核能行业目前正处于激烈的技术竞赛中，全力攻克包括等离子体控制和材料耐受性在内的一系列严峻技术挑战。
Although fusion technology promises an abundant and clean supply of energy, it has not yet been commercially deployed anywhere in the world. The global nuclear industry is currently engaged in a highly competitive race to overcome the complex technical hurdles that stand in the way of practical application, as researchers and private startups work to make commercial fusion power a reality.
04全球竞争与战略意义Global Competition and Strategic Significance
在推动核聚变技术走向实用的过程中，全球范围内的竞争正在不断加剧。Proxima Fusion联合创始人兼首席执行官弗朗西斯科·肖蒂诺在一份声明中指出，欧洲目前正处于与美国和中国的激烈竞争之中，各方都在力争建造出全球首个核聚变发电厂。这一表态凸显了该技术在国际能源竞争中的核心地位。
The push to develop practical nuclear fusion technology has intensified into a significant global race. Francesco Sciortino, co-founder and chief executive officer of Proxima Fusion, emphasized this competitive dynamic in a statement, noting that Europe is actively racing against both the United States and China to successfully construct the world's first operational fusion power plant.
与此同时，谷歌等科技巨头对Proxima Fusion的战略投资，也反映出其对核聚变技术的长期关注。该公司表示，谷歌的投资表明了其对核聚变的持续兴趣，并将其视为未来能够提供无限、无碳且稳定电力供应的潜在长期能源。随着全球对清洁能源需求的增长，这种稳定的无碳能源正吸引着越来越多科技与能源巨头的目光。
At the same time, strategic backing from major technology corporations highlights the long-term potential of this energy source. According to Proxima Fusion, Google's investment in the company demonstrates its ongoing interest in nuclear fusion as a viable solution for securing an abundant, carbon-free, and firm source of energy over the long term, as global industries seek reliable alternatives to fossil fuels.
