Digital Edge has secured a US$665 million green loan to support the first phase of its CGK Campus in Bekasi, marking what the company describes as the largest green loan arranged for a data center project in Indonesia. The financing is a notable development not only because of its size, but because it reflects how digital infrastructure is increasingly being positioned within sustainable finance frameworks, particularly as demand for AI-ready capacity accelerates across Asia-Pacific.

The loan will help fund the first stage of a 500MW hyperscale campus located in the GIIC Industrial Estate in Bekasi. Digital Edge has framed the wider project as a US$4.5 billion multi-phase investment, placing it among the country’s largest planned data center developments. The transaction therefore sits at the intersection of several major investment themes: digital infrastructure expansion, AI compute demand, green finance, and industrial-scale energy efficiency.

 

Why the Loan Matters

 

The significance of this financing lies in both the structure and the timing. Data centers are becoming central to digital economies, but they are also under increasing scrutiny because of their electricity use, cooling requirements, and broader environmental footprint. As a result, large-scale projects are being pushed to demonstrate stronger energy performance, water management, and carbon reduction strategies if they want to access green or sustainability-linked capital.

Digital Edge said the loan was arranged under its Green Financing Framework and tied the transaction directly to its goal of achieving carbon neutrality by 2030. That framing is important because it signals that the company is not presenting sustainability as an optional add-on to growth. Instead, it is using green finance to support expansion in a sector where performance and environmental impact are becoming more closely linked.

For lenders, the deal also represents a growing willingness to back digital infrastructure as part of the sustainable investment landscape, provided the underlying asset can demonstrate credible design and operational efficiency metrics.

 

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Design Features and Operational Positioning

 

The CGK Campus has been designed to support AI and other data-intensive workloads, which is a critical part of the project’s commercial positioning. AI infrastructure requires dense compute environments, resilient uptime, and efficient thermal management, all of which can place additional pressure on energy systems. Digital Edge is therefore attempting to differentiate the campus not only as a hyperscale facility, but as an AI-ready platform built with efficiency targets at the design stage.

According to the company, the campus is targeting an annualised power usage effectiveness, or PUE, of 1.25. That would place it in a strong efficiency range for large-scale data center operations, particularly in a tropical climate where cooling loads are typically more demanding. The project is also targeting LEED certification, incorporating recycled water systems, and planning renewable energy integration to reduce overall carbon intensity.

These features matter because green claims in data center development are increasingly judged on operational design specifics rather than broad sustainability language. PUE performance, water reuse, certification standards, and energy sourcing strategies are becoming core indicators of whether a project can justify green financing credentials.

 

A Syndicate Backing a Large-Scale Bet

 

The green loan was led by a large syndicate of financial institutions, including BNP Paribas, Clifford Capital, Crédit Agricole CIB, DBS, Mizuho, OCBC, PT Bank Central Asia Tbk, and SMBC as Mandated Lead Arrangers. Crédit Agricole CIB, DBS, and PT Bank Central Asia Tbk also acted as Green Facility Coordinators.

That lender group is notable because it combines international banks with regional and domestic financial institutions, suggesting broad market confidence in both the project’s commercial potential and its sustainability framing. For Indonesia, the transaction also points to deeper capital market support for infrastructure that aligns digital growth with national decarbonisation objectives.

This is especially relevant as the country seeks to expand data infrastructure capacity while also managing rising energy demand, industrial development, and climate commitments. Large campuses such as CGK are likely to become increasingly important test cases for whether digital growth in Southeast Asia can scale without locking in unnecessarily high energy intensity.

 

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Broader Implications for the Sector

 

The transaction highlights a broader trend in infrastructure finance. Data centers were once discussed mainly in terms of connectivity, speed, and real estate strategy. They are now also being assessed through the lenses of emissions, power efficiency, water stewardship, and sustainable financing eligibility. That shift is being accelerated by AI, which is driving a new wave of hyperscale demand but also making scrutiny of infrastructure performance more intense.

For Digital Edge, the financing supports a strategic narrative that combines rapid regional expansion with sustainability positioning. The company, headquartered in Singapore and backed by Stonepeak, says it now has 1.8GW of secured IT power across nine Asia-Pacific markets. The Bekasi campus adds to that footprint while reinforcing its aim to serve hyperscalers and large enterprises that increasingly want capacity able to support both growth and environmental targets.

 

A Test Case for Sustainable AI Infrastructure

 

The CGK Campus will likely be watched closely because it represents more than a financing milestone. It is also a test of whether AI-ready data infrastructure in emerging Asian markets can be built at hyperscale with credible sustainability benchmarks from the outset.

If Digital Edge delivers the project in line with its stated efficiency, certification, and renewable integration goals, the campus could become an important reference point for future green-financed data center projects in Indonesia and the wider region. If not, it will add to the debate over how far green finance standards can or should stretch when applied to highly energy-intensive digital assets.

At this stage, the deal clearly signals one thing: sustainable finance is no longer confined to traditional sectors such as renewable power, transport, or green buildings. It is now moving decisively into digital infrastructure, where the next phase of capital deployment will be shaped by how convincingly operators can align AI-era growth with measurable operational efficiency and lower-carbon design.