As Europe emerges as a new hub for artificial intelligence (AI) infrastructure, the industry is witnessing a data center construction boom and the rapid growth of related technology markets. Cloud providers and colocation companies have begun building large-scale data centers to support high-performance computing and generative AI workloads, propelling Europe's digital infrastructure into a phase of rapid expansion. This transformation signals Europe's pursuit of a new role in the global AI technology competition. The United States still maintains its global lead in the scale of new AI facilities. However, a wave of projects is also noteworthy across major European countries, including the UK, Germany, and France, as well as several emerging markets. Particularly, with power availability and sustainability policies acting as key factors shaping next-generation digital infrastructure, Europe is approaching the AI infrastructure market differently from the U.S. Governments and businesses across Europe are competitively expanding investments to deploy computing capacity capable of supporting increasingly complex machine learning models, reflecting a broader global transition towards AI infrastructure. Alongside this data center expansion, one of the fastest-growing markets is cooling technology. The surge in AI-driven workloads has led to a sharp increase in data center energy consumption and heat generation, causing an explosive demand for advanced cooling technologies. Carrier, an American climate technology company founded in 1915 by Willis Carrier, the inventor of modern air conditioning, stands at the forefront of this market shift. As a leading provider of cooling systems, building automation platforms, and digital management tools for mission-critical facilities, including hyperscale and colocation data centers, Carrier is addressing the new challenges of the AI era with over a century of cooling technology expertise. Christian Senu, Vice President of Global Data Centers at Carrier, offered a clear perspective on the current state and future outlook of the European market. He stated that while Europe's expansion pace has been somewhat slower than that of the U.S., significant growth in cloud computing and AI still lies ahead. This suggests that despite starting as a latecomer, Europe still possesses immense growth potential and can secure a significant position in the global AI infrastructure market in the long term. Notably, Europe's unique policy environment, which emphasizes sustainability and environmental regulations, presents an opportunity to transform these into a competitive advantage. The European market is rapidly evolving, with major colocation providers announcing the construction of multi-hundred-megawatt sites over the next few years. Data centers of several hundred megawatts are facilities of an almost unimaginable scale. Compared to typical small to medium-sized data centers, which range from a few to tens of megawatts, these large-scale facilities represent next-generation infrastructure that transcends conventional concepts. These facilities are designed to handle high-performance computing workloads like generative AI, entailing massive power consumption and heat generation. It is precisely at this point that the importance of cooling technology becomes paramount. Generative AI demands a level of computing power fundamentally different from traditional IT workloads. During the training and operation of large language models, high-performance processors like GPUs operate intensively, generating enormous amounts of heat. Traditional air-cooling systems alone struggle to effectively manage such high-density computing environments. Consequently, advanced cooling technologies such as liquid cooling and immersion cooling are becoming essential, leading to a paradigm shift in data center design and operation. Specialized cooling technology companies like Carrier are focusing on developing more efficient and sustainable cooling solutions to meet these market demands. The role of cloud providers is also crucial in this transformation. Global cloud service companies are expanding their data center infrastructure across Europe, which involves not just capacity increases but also technological innovation. They are building customized infrastructure tailored to the characteristics of AI workloads, adopting energy efficiency and sustainability as core design principles. Europe's strict environmental regulations and carbon neutrality goals are further accelerating this approach. Colocation companies are also a major driving force behind Europe's AI infrastructure expansion. They provide data center space and services to a diverse range of clients, offering flexible and scalable solutions, especially to businesses with growing AI and high-performance computing demands. The construction of multi-hundred-megawatt facilities demonstrates strong confidence in long-term market prospects, while also requi
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