BDx's $320M Loan Fuels AI Data Center Arms Race in Southeast Asia

SINGAPORE – April 01, 2026 – BDx Data Centers has secured a US$320 million loan facility, a significant capital injection poised to accelerate the development of critical AI-ready digital infrastructure across Asia. The financing, led by a consortium of prominent Indonesian banks including Bank Permata, BCA, and KB Bank, signals powerful domestic confidence in the region's burgeoning digital economy and positions Indonesia as a key battleground in the global race for AI supremacy.

This move funnels substantial resources into building the next generation of data centers—facilities specifically engineered to handle the immense power and cooling demands of artificial intelligence. The investment underscores a pivotal shift in the digital landscape, where the demand for high-density compute capacity, driven by hyperscale cloud providers and enterprise AI adoption, is reshaping infrastructure investment across the continent.

Powering Indonesia's Digital Ascent

The majority of the new capital is earmarked for BDx's strategic projects in Indonesia, a nation rapidly emerging as one of Southeast Asia's most dynamic growth markets. A primary focus is the continued development of CGK3, the company's state-of-the-art, AI-focused data center campus in Jakarta. Having gone live in September 2025, CGK3 is among the first facilities in the capital to feature advanced liquid-cooling technology, a critical innovation for supporting the power-intensive GPU clusters that form the backbone of modern AI applications.

In addition to expanding CGK3, the funds will be used to significantly upgrade the power infrastructure at two other major campuses, Jatiluhur (CGK4) and Suryacipta (CGK5). The plan involves increasing the high-voltage grid capacity at these sites to a massive 1.2 gigavolt-amperes (GVA), an enhancement designed to attract and support major US and regional hyperscale clients whose AI ambitions require vast and reliable energy sources.

"This financing represents a strong vote of confidence in BDx's vision and our role in enabling the next generation of digital and AI-driven growth in Asia," said Mayank Srivastava, CEO of BDx Data Centers, in a statement. He emphasized the company's focus on creating the foundational infrastructure for what he termed "AI Factories," which are characterized by ultra-high-density GPU workloads. The decision to secure financing from local Indonesian banks was a strategic one, aimed at creating a natural hedge against currency fluctuations, as both revenue and capital expenditures are largely denominated in rupiah.

The Critical Shift to Liquid Cooling

BDx's investment in liquid cooling is not merely an upgrade; it represents a fundamental technological pivot necessary for the AI era. Traditional air-cooling methods are proving insufficient for the thermal challenges posed by next-generation AI processors. Chips like NVIDIA's latest platforms can generate heat densities that far exceed the capacity of air-based systems, leading to performance throttling and potential hardware failure. Industry experts note that rack power densities are soaring from a traditional 5-10 kW to over 100 kW, with future projections nearing one megawatt per rack.

Liquid cooling, either through direct-to-chip (D2C) systems that apply coolant directly to processors or full immersion systems that submerge entire servers, is up to 3,000 times more effective at heat removal than air. This superior thermal management allows for greater server density, enabling more computational power within the same physical footprint. Furthermore, it offers significant energy efficiency gains, potentially reducing a data center's cooling-related energy consumption by up to 60% and dramatically improving its Power Usage Effectiveness (PUE), a key metric for sustainability.

By deploying one of Jakarta's first liquid-cooled campuses, BDx is positioning itself as a leader in a market where such technology is rapidly becoming a prerequisite for attracting premier AI and hyperscale tenants. While the initial capital expenditure for liquid cooling is higher, the long-term operational savings and performance benefits are expected to provide a strong return on investment.

A High-Stakes Race for Regional Dominance

The US$320 million financing places BDx at the forefront of a burgeoning infrastructure arms race across the Asia-Pacific region. The company, backed by global infrastructure investor I Squared Capital, is not operating in a vacuum. Global giants like Equinix and regional leaders such as ST Telemedia Global Data Centres are also making substantial investments in AI-ready facilities. Equinix recently inaugurated its own liquid-cooled data center in Jakarta, signaling intense competition for the same high-value clients.

Indonesia's data center market is forecast to grow at a compound annual rate of 14%, reaching nearly US$4 billion by 2028. Its large, digitally-active population and growing economy make it a strategic prize. The government's supportive stance on digital transformation, coupled with data localization policies, further incentivizes the construction of in-country facilities. This investment from BDx helps solidify Indonesia's role as a critical digital hub, complementing established markets like Singapore.

Balancing Growth with Sustainability

The influx of capital and the rapid build-out of data centers raise crucial questions about sustainability. Data centers are notoriously energy-intensive, and in Indonesia, the grid remains heavily reliant on fossil fuels. Electricity can account for up to 60% of a data center's operational costs, and the industry's projected energy demand is set to triple to 1.7 GW within the next seven years.

Recognizing this challenge, both the Indonesian government and industry bodies are pushing for a green transition. The government is exploring public-private partnerships to develop green data centers and has a stated goal for all facilities to run on renewable energy by 2035. For operators like BDx, investing in energy-efficient technologies like liquid cooling is a dual-purpose strategy: it meets the technical demands of AI while also aligning with the long-term imperative for sustainable operations. The financial backing from major local banks for a project with these advanced, efficient technologies highlights a growing consensus that sustainable design is integral to the long-term viability and profitability of digital infrastructure.