Data Center Investment News — 31/01/2025
Data center operator DataBank Raises $250 Million from TJC for Expansion
DataBank, a major data center operator, has secured a $250 million investment from The Jordan Company (TJC) to fuel its expansion efforts. This funding will support DataBank’s ongoing mission to scale its colocation and edge computing services in response to growing demand for digital infrastructure. The investment marks a significant step in DataBank’s strategy to enhance its data center footprint across the U.S. and upgrade its facilities to meet the increasing requirements of cloud computing, AI, and enterprise customers.
The deal underscores the broader trend of heightened investment in data centers as companies seek to improve computing power and storage capabilities. DataBank, which has been steadily acquiring and developing data centers, is focusing on sustainability and efficiency in its operations. The new capital injection will likely facilitate the construction of new facilities, enhance existing ones, and help the company remain competitive in the rapidly evolving digital infrastructure landscape.
DataBank’s leadership expressed confidence in TJC’s investment, emphasizing its role in strengthening the company’s long-term vision. The expansion aligns with the growing trend of enterprises shifting to hybrid cloud models and the increasing reliance on localized edge computing. With this funding, DataBank aims to accelerate its growth trajectory while ensuring its data centers remain state-of-the-art and energy-efficient.
Meta’s Mesa, Arizona Data Center Comes Online
Meta has officially launched its data center in Mesa, Arizona, marking a significant milestone in its infrastructure expansion efforts. The Mesa facility is part of Meta’s broader strategy to bolster its data center footprint across the U.S. to support the growing demand for artificial intelligence, cloud computing, and digital services. This newly operational data center represents Meta’s commitment to sustainability, efficiency, and technological advancement.
The Mesa data center is designed to be one of the most energy-efficient in the region, utilizing advanced cooling technologies suited for the hot Arizona climate. Meta has emphasized its use of 100% renewable energy to power the facility, aligning with the company’s ambitious sustainability goals. The center is also equipped with cutting-edge hardware optimized for AI workloads, reflecting Meta’s increasing focus on AI-driven applications.
The construction of the Mesa data center created numerous jobs, both during the building phase and for long-term operational roles. As Meta continues to expand its infrastructure, the company is also working closely with local communities, investing in various initiatives that promote technology education, workforce development, and sustainability programs.
This launch is part of a broader trend where hyperscale companies like Meta are aggressively expanding their data center networks to keep up with the exponential growth of digital content, social media, and AI applications. With Mesa now fully operational, Meta is better positioned to meet the increasing demands of its platforms, including Facebook, Instagram, and its AI-driven initiatives.
Data Center Campus to Be Built on Van Wert’s Mega Site in Ohio
A large-scale data center campus is set to be developed on Van Wert’s Mega Site in Ohio, marking a major investment in the region’s digital infrastructure. This project aims to establish Ohio as a key location for hyperscale and enterprise data centers, driven by increasing demand for cloud computing, AI processing, and enterprise IT services.
Van Wert’s Mega Site was chosen due to its strategic advantages, including ample land, robust power availability, and strong connectivity. The site offers over 1,600 acres of space, making it ideal for large-scale data center operations that require significant energy and cooling resources. This development is expected to attract major technology companies looking to expand their data infrastructure while benefiting from Ohio’s business-friendly policies and access to renewable energy sources.
The new data center campus is expected to bring substantial economic benefits to the region, including job creation during both the construction and operational phases. The project is likely to involve collaboration with local and state authorities to ensure infrastructure readiness, including upgrades to power grids, fiber connectivity, and water resources for cooling systems.
This initiative reflects a larger industry trend of moving data centers away from traditional technology hubs and into emerging markets with more affordable land and power costs. Ohio has been positioning itself as a key destination for data center investments, and the Van Wert project reinforces the state’s growing role in the digital economy.
Poland’s Polcom to Build Two Data Centers Near Kraków
Polish cloud and IT services provider Polcom has announced plans to construct two new data centers near Kraków, reinforcing Poland’s position as a growing hub for digital infrastructure. The expansion aligns with the country’s increasing demand for cloud computing, enterprise IT solutions, and AI-driven workloads.
Polcom’s new facilities will be designed with high-performance computing (HPC) capabilities, catering to businesses seeking secure, scalable, and energy-efficient data solutions. The company aims to support industries such as finance, healthcare, and manufacturing by providing robust cloud services that enhance digital transformation efforts.
A key feature of these data centers will be their emphasis on sustainability. Polcom is integrating energy-efficient cooling technologies, renewable energy sources, and advanced automation to optimize power consumption. This move aligns with Poland’s broader initiatives to promote greener data center operations and reduce carbon footprints.
The construction of these data centers is expected to generate employment opportunities in the Kraków region, both during the development phase and in long-term operational roles. As Poland continues to attract foreign and domestic investments in data infrastructure, Polcom’s expansion will strengthen the country’s digital economy and its ability to compete with established European data center markets.
With these two new data centers, Polcom aims to meet the growing demands of businesses seeking reliable, scalable, and sustainable cloud solutions while contributing to Poland’s status as an emerging leader in digital infrastructure.
TikTok Secures $3.8 Billion Investment Approval for Thai Data Center Project
TikTok has received approval for a massive $3.8 billion investment to develop a data center in Thailand, marking a significant move in the company’s efforts to strengthen its digital infrastructure in Southeast Asia. This investment underscores TikTok’s strategy to enhance data storage, security, and processing capabilities while complying with regional regulations.
The upcoming data center in Thailand is expected to play a crucial role in handling TikTok’s vast amount of user-generated content, livestreaming services, and AI-driven recommendations. As the platform continues to grow in popularity across Asia, having a localized data center will improve content delivery speeds, reduce latency, and provide better user experiences.
Security and data privacy remain top priorities for this project. With increasing scrutiny over how social media companies handle user data, TikTok’s move to establish a dedicated data center in Thailand demonstrates its commitment to addressing regulatory concerns. This aligns with broader trends where tech giants are setting up localized data centers to meet government requirements for data sovereignty.
Beyond infrastructure benefits, the investment is expected to provide a major economic boost to Thailand. The construction and operation of the data center will generate thousands of jobs, enhance the country’s digital economy, and attract further foreign investment into the technology sector.
TikTok’s investment signals a growing trend of global tech companies investing in Southeast Asia’s digital infrastructure. As demand for cloud computing, AI, and video content rises, this data center will ensure that TikTok remains competitive in the rapidly evolving digital landscape.
Bill Gates-Backed TerraPower Signs Data Center Nuclear Deal
TerraPower, the nuclear energy company backed by Bill Gates, has reached a groundbreaking deal to combine data center operations with small modular nuclear reactors (SMRs). This partnership marks a significant development in both the energy and data center industries, as it explores how advanced nuclear technology can power large-scale data centers with sustainable and reliable energy.
The deal focuses on integrating TerraPower’s nuclear reactor technology with a new data center campus, utilizing its unique power generation capabilities. By combining nuclear energy with data center operations, the initiative aims to provide a cleaner, more sustainable alternative to the traditional reliance on fossil fuels for powering energy-hungry data centers. The small modular reactors (SMRs) proposed for this project are designed to be more efficient, safer, and cost-effective than traditional nuclear power plants, making them an ideal solution for powering energy-intensive operations like those in data centers.
One of the key selling points of this partnership is its potential to drastically reduce the carbon footprint of data centers. With growing concerns about the environmental impact of large-scale computing infrastructure, TerraPower’s technology presents a way to mitigate emissions while ensuring data centers can continue to meet increasing global demand for cloud computing and AI services.
The deal also highlights a broader trend of innovation in the data center space, where companies are increasingly exploring alternative energy sources to power their operations. With the global push for sustainability, the TerraPower collaboration could become a model for other tech companies and energy providers seeking to decarbonize their infrastructure.
This agreement has the potential to revolutionize the data center industry by demonstrating how nuclear energy, when paired with modern technology, can play a critical role in providing both clean and reliable power for the growing digital economy. TerraPower’s role in the future of data centers is one to watch closely, especially as the global demand for green energy solutions intensifies.
Chevron Launches 4GW Data Center-Natural Gas Venture
Chevron, one of the world’s leading energy companies, has unveiled plans for a groundbreaking 4-gigawatt (GW) data center project integrated with natural gas power generation. This ambitious initiative seeks to combine the growing demand for digital infrastructure with Chevron’s expertise in natural gas, offering a more sustainable energy solution for data centers.
The project will involve the development of a large-scale data center campus that is powered by natural gas, a lower-emission alternative to coal and oil. By using natural gas as a primary energy source, Chevron aims to provide a more reliable, cost-effective, and eco-friendly power supply for the energy-intensive demands of modern data centers. Additionally, Chevron will incorporate energy-efficient technologies and infrastructure to reduce the overall carbon footprint of the data centers, positioning the venture as part of the broader energy transition.
This collaboration between energy and tech industries reflects a growing trend where energy companies are increasingly looking to diversify their portfolios by tapping into the digital infrastructure boom. With data centers representing one of the largest consumers of electricity worldwide, Chevron’s venture seeks to address the dual challenge of supplying energy while reducing greenhouse gas emissions.
The scale of this project is significant, as it will contribute substantial capacity to the global data center market, meeting the needs of hyperscale cloud providers, tech companies, and enterprises that rely on vast computing power. The 4GW project will also offer opportunities for job creation and economic growth in regions where the data centers are developed.
Chevron’s data center venture highlights the intersection of traditional energy sectors and the booming digital economy, as the demand for green energy solutions in the tech industry continues to rise. As the world transitions toward cleaner energy, initiatives like this one could serve as a model for future data center developments that balance environmental impact with technological growth.
Avaio Digital Partners to Invest $5 Billion in Virginia Data Center Campus
Avaio Digital, a prominent player in the data center investment space, has announced a strategic partnership to invest $5 billion in the development of a massive data center campus in Virginia. This investment is part of Avaio’s broader effort to capitalize on the growing demand for cloud computing, AI, and data storage services.
The Virginia campus will feature a state-of-the-art infrastructure designed to support hyperscale operations, with an emphasis on high-performance computing, scalability, and energy efficiency. This data center will cater to some of the world’s leading cloud providers and enterprise customers, offering an optimized environment for data processing, storage, and content delivery.
A key aspect of this project is its focus on sustainability. Avaio Digital plans to incorporate renewable energy sources, including solar and wind, into the power supply for the campus. This initiative aligns with Virginia’s increasing efforts to promote clean energy and reduce the environmental impact of data center operations. In addition to renewable energy, the campus will be designed with advanced cooling technologies and efficient power management systems to minimize energy consumption and waste.
The development of this data center campus will create numerous jobs in the region, both during construction and once the facility becomes operational. Virginia has long been a prime location for data center investments due to its proximity to major tech hubs and its favorable energy infrastructure. Avaio Digital’s commitment to this region further strengthens Virginia’s role as a critical player in the digital infrastructure market.
This $5 billion project underscores the booming demand for data center space as businesses increasingly rely on cloud services and digital transformation. As Avaio Digital continues to expand its footprint, this investment will further solidify Virginia’s status as a global data center hub and contribute to the ongoing growth of the digital economy.
Meta to Invest $65 Billion in AI Infrastructure in 2025
Meta has announced a massive $65 billion investment in artificial intelligence (AI) infrastructure for the year 2025. This bold move reflects the company’s commitment to advancing AI research and development, with the goal of integrating AI more deeply into its platforms and services. As AI continues to reshape industries globally, Meta’s investment aims to secure its position as a leader in AI technology and digital services.
The funds will be used to build new data centers, enhance existing facilities, and invest in next-generation hardware optimized for AI processing. This includes AI-specific chips, high-performance computing clusters, and specialized infrastructure to handle the increasing demand for machine learning, data analytics, and other AI-driven services. Meta is also focusing on scaling its AI capabilities to improve user experience across its platforms, including Facebook, Instagram, and WhatsApp.
This investment is part of a larger industry trend where tech giants are increasing their spending on AI infrastructure to meet the growing demand for AI-powered applications, from content recommendation systems to autonomous systems and data processing. Meta’s focus on AI also ties into its long-term vision of the metaverse, where AI plays a pivotal role in creating immersive virtual experiences.
The $65 billion commitment positions Meta to lead the charge in AI development, ensuring that its platforms remain competitive and technologically advanced. This investment will not only enhance Meta’s AI capabilities but also contribute to the development of AI technologies that could have far-reaching impacts across sectors such as healthcare, finance, and entertainment.
White House Proposes Expedited Power Plant Approvals for AI Data Centers
The White House has proposed a new policy aimed at expediting the approval process for power plants that would support AI-focused data centers across the United States. This initiative comes as part of a broader effort to address the increasing energy demands driven by the rapid growth of artificial intelligence and cloud computing. With AI applications and data centers requiring significant amounts of electricity, the proposed changes are designed to streamline the construction and operation of energy infrastructure to meet these demands.
Under the new policy, the U.S. government intends to expedite the permitting process for power plants, particularly those that can provide renewable energy for AI-driven data centers. This includes wind, solar, and other clean energy sources. The goal is to ensure that AI data centers can operate sustainably while maintaining a reliable power supply, without the usual delays associated with energy infrastructure projects.
This move is in response to the growing recognition of the pivotal role AI will play in the digital economy. As companies increasingly rely on AI for everything from machine learning to real-time data processing, the need for large-scale data centers powered by renewable energy becomes more urgent. By accelerating power plant approvals, the White House hopes to encourage more rapid investment in clean energy solutions that can meet the needs of the tech industry.
The policy also seeks to strike a balance between technological growth and environmental sustainability. It aligns with the broader federal push to transition to greener energy sources while meeting the power demands of rapidly advancing sectors like AI, cloud computing, and autonomous technologies. The proposal could have a transformative impact on the future of AI infrastructure in the U.S. by ensuring that the necessary energy resources are in place to support its continued growth.
300MW Data Center Park Planned in Pori, Finland
A new 300-megawatt (MW) data center park is set to be developed in Pori, Finland, as part of the country’s efforts to attract more investment in digital infrastructure. The project, which will involve the construction of multiple data centers, reflects the growing demand for cloud services, AI applications, and high-performance computing across Europe. Pori was chosen due to its strategic location, favorable climate for cooling, and access to renewable energy sources.
The development will make use of Finland’s abundance of clean energy, particularly from hydropower, which will be used to power the data centers. This is a critical aspect of the project, as sustainability continues to be a key factor in the global data center industry. The use of renewable energy will help reduce the carbon footprint of the data centers, aligning with the industry’s push toward greener operations.
The Pori data center park will also create significant economic opportunities in the region, including job creation both during construction and in the operational phase. As Finland continues to position itself as a leading location for data center investments, the Pori project underscores the country’s appeal due to its stable energy infrastructure and commitment to sustainability.
This investment in digital infrastructure is expected to strengthen Finland’s position as a major hub for data centers in Northern Europe. The 300MW data center park will provide essential capacity to meet the growing demand for cloud computing and AI workloads, benefiting global tech companies and enterprises looking for secure, scalable data storage and processing solutions.
Data Center Proposed in Mainburg, Germany
A new data center is being proposed in Mainburg, Germany, reflecting the increasing demand for digital infrastructure in the region. This development is part of Germany’s broader strategy to boost its digital economy and accommodate the growing needs of cloud computing, artificial intelligence, and other data-heavy applications. Mainburg, located in Bavaria, was chosen for its proximity to major tech hubs, reliable power infrastructure, and favorable geographical location.
The proposed data center aims to provide high-performance computing capabilities for a variety of industries, including finance, manufacturing, and IT services. One of the primary features of the data center will be its energy efficiency, utilizing modern cooling and power management technologies to reduce its environmental impact. Sustainability is a key focus of the project, with the data center expected to incorporate renewable energy sources such as solar and wind power to meet its electricity needs.
The development is expected to create new jobs in the region, both in the construction phase and through long-term operational positions. As Germany seeks to enhance its status as a digital leader in Europe, the Mainburg data center will help attract international investment, support digital transformation, and provide critical infrastructure for businesses and tech companies operating in the country.
This project also aligns with the European Union’s broader digital strategy, which emphasizes the importance of building resilient, sustainable, and secure digital infrastructures. The Mainburg data center will serve as a key piece of Germany’s digital landscape, providing the computing power and storage solutions needed to support the growing demand for data-driven services and applications.
Europe’s Largest Data Center Gets Green Light
Europe’s largest data center project has officially received approval, marking a significant milestone in the region’s digital infrastructure development. This massive project is set to be a major hub for cloud services, AI applications, and high-performance computing, catering to the growing demands of industries such as finance, healthcare, and technology. The facility will be built on an expansive site, providing ample space for multiple data centers, supporting tens of thousands of servers, and offering robust connectivity to global markets.
One of the key features of this data center is its focus on sustainability. The developers have committed to using renewable energy sources, including wind and solar power, to reduce the environmental footprint of the facility. Energy-efficient cooling systems and cutting-edge infrastructure will be incorporated into the design to ensure that the data center operates with minimal energy consumption. This emphasis on green energy aligns with Europe’s goals to become a leader in sustainable digital infrastructure.
The project is expected to create thousands of jobs both during construction and in the long term, contributing to the local economy and positioning the region as a major player in the global data center market. As demand for cloud computing and digital services continues to rise, this facility will help meet the need for scalable, secure, and reliable data storage and processing solutions.
The approval of Europe’s largest data center signals a growing trend of investment in the region’s digital economy. With the increasing reliance on digital services across various sectors, this development will play a critical role in supporting Europe’s position as a leader in global technology and innovation.
Ambani’s Reliance Plans $30 Billion Largest Data Center in the World
Reliance Industries, one of India’s largest conglomerates, has unveiled plans to invest a staggering $30 billion in the construction of what will be the world’s largest data center. This ambitious project underscores Reliance’s commitment to expanding its digital footprint and supporting India’s growing demand for cloud services, artificial intelligence, and data-driven applications.
The proposed data center will be built across a vast site, capable of housing numerous data centers equipped with the latest in high-performance computing infrastructure. Reliance aims to provide a secure, scalable, and energy-efficient solution to meet the needs of hyperscale cloud providers, tech companies, and enterprises seeking advanced digital infrastructure.
One of the standout features of this project is its focus on sustainability. Reliance plans to power the data center with renewable energy sources, ensuring that the facility operates with a minimal environmental impact. Energy-efficient technologies will also be incorporated into the design to optimize power consumption, reducing the carbon footprint of the facility while meeting the growing energy demands of the data center industry.
In addition to its scale and sustainability, the data center will also serve as a catalyst for economic growth in the region, generating thousands of jobs during construction and offering long-term employment opportunities in the operational phase. The facility will help position India as a key global player in the digital economy, attracting further investments and contributing to the country’s technological development.
Reliance’s $30 billion data center project highlights the rising importance of digital infrastructure in India and around the world. As the demand for cloud computing, AI, and data services continues to grow, this massive investment will ensure that India remains at the forefront of global tech development.