Jakarta, INTI - Indonesia is emerging as a new digital hub in the Asia-Pacific region, with its data center business entering a phase of exponential growth. With internet penetration reaching 80.66% of the population, approximately 229.4 million people, the country is steadily transforming into a strategic hub for large-scale computing workloads.
The rise of artificial intelligence is significantly reshaping data center standards. AI adoption among business leaders has reached 85%, driving a major shift in power density requirements. According to Haris Izmee of Equinix, rack power density has evolved dramatically, from a traditional range of 1–2 kW per rack to an AI-ready level of 10–30 kW per rack. This transformation is also pushing a shift in cooling technologies, moving away from conventional air cooling toward liquid cooling systems. At the same time, workloads are transitioning from AI experimentation phases to large-scale deployment of real-world applications.
Energy, Cooling, and Infrastructure Challenges in the AI Era
However, building infrastructure in Indonesia comes with unique thermal engineering challenges due to its tropical climate. The country’s environmental conditions, ranging between 80–95°F, are significantly higher than the ideal server operating temperature of 64–81°F. High humidity also increases risks such as condensation, corrosion, and long-term reliability issues. To address this, adaptive data center standards are being implemented by raising operational temperatures to around 26°C (78.8°F) to improve energy efficiency, with greater emphasis placed on Power Usage Effectiveness (PUE) and intelligent water usage for thermal management.
Energy redundancy remains another critical issue, as power stability is the backbone of data center operations. Even brief outages can disrupt essential ecosystems such as banking and e-commerce. Indonesia still faces challenges due to reliance on single primary power suppliers, requiring additional power routes from multiple substations.
As a result, alternative energy sources such as solar, hydrogen, and even nuclear are being explored to reduce dependence on coal. Some operators, including Bridge DC, are also targeting carbon neutrality by 2040, driven further by global energy price volatility influenced by geopolitical tensions, which accelerates the need for clean energy diversification.
Looking ahead, investment, decentralization, and cybersecurity talent development will play a crucial role through 2028. Major global players such as AWS, Microsoft, and DCI Indonesia continue to expand their investments. The demand for talent is also shifting, not only toward facility technicians, but increasingly toward cybersecurity specialists, cloud engineers, and advanced IT management professionals.
Additionally, there is a growing need for data center decentralization beyond Greater Jakarta to ensure strategic backup capacity in case of outages in the capital region. Ultimately, AI infrastructure development is not only an engineering challenge in energy and cooling, but also a major opportunity within the broader digital economy.
Conclusion
Indonesia’s data center industry is rapidly evolving into a critical pillar of the regional digital economy. While strong growth in demand, AI adoption, and global investment are accelerating expansion, long-term success will depend on how effectively the country addresses energy resilience, cooling efficiency, infrastructure decentralization, and digital talent readiness. These factors will ultimately determine Indonesia’s competitiveness as a leading digital hub in the Asia-Pacific region.
Read more: Inside Jakarta’s Rp1 Trillion Data Center Powering Digital Growth