Apac data centre capacity to double by 2030, AI boom creating ‘generational shift’ in power demand: JLL
Data put together by the realty consultancy presents that Apac data centre capability will hop from 32 gigawatts (GW) to 57 GW by 2030. Globally, data center capacity is assumed to hit 200GW already, steered largely by hyperscale cloud growth and AI demand.
The AI and information center growth has actually resulted in a “generational change in energy demand”, said Steven Jack, the business’s head of energy and infrastructure for Europe, the Middle East and Africa, in a Sept 8 release. “Utilities that were figuring moderate expansion are now grappling with numbers almost multiply their previous price quotes.”
While data centre build-out still outpaces grid preparation in several Apac markets, Cameron expects regional dynamics and grid access difficulties to drive brand-new collaboration versions. “While the solution will differ depending upon situations, it is clear we will see a lot more collaboration chances and innovative solutions between data centre and power clients throughout the area.”
Data centre capacity in Asia Pacific (Apac) is predicted to nearly two times by 2020, as AI-fuelled development turns around a decades-long trend of stable or declining electricity need, according to study by JLL.
At the same time, grid accessibility challenges are prompting market gamers to turn into direct participants in the energy market, with some technology companies opting to straight up purchase operating renewable assets to guarantee energy source, according to JLL.
All the same, securing power supply is currently leading of mind for data centre investors in Apac, claimed James Cameron, JLL’s head of energy and facilities for the region. “In liberalised industry in Apac, like Australia, India, Japan and the Philippines, status and area of grid link is the initial inquiry for capitalists and has the largest valuation impact for development assets.”
As a result, grid access is progressively driving decision-making for developers, data centre operators, energy firms, and tech companies. “For any kind of energy developer, without having a grid link, you don’t have a project,” Jack revealed. “For financiers, this grid blockage translates directly right into danger, however it additionally produces a shortage costs for possessions that supply or secure grid access.”
That change has emphatically improved the data center landscape, with grid facilities now becoming the key restriction. “Power demand is climbing faster than grids were constructed to handle,” commented Matt Eastwick, JLL’s US group head and senior managing supervisor for energy and infrastructure.
Against this backdrop, hyperscalers have disclosed US$ 200 billion ($ 253 billion) in infrastructure costs for 2026, up 51% from 2025. Nonetheless, despite the document capital expenditure, interconnection lines for new eco-friendly projects now include 4 years or more in some regions, with certain areas required to pause new connections totally, according to JLL.
Amid a decentralised influx of brand-new renewable energy sources, existing transmission facilities– originally designed for big, centralised power stations– has struggled to adapt, resulting in considerable grid congestion across the globe.
The restraints are creating brand-new possibilities in related markets. One such chance lies in battery energy storage systems (BESS), that JLL posits will play a progressively essential duty in managing minimal grid access and renewable energy intermittency. “They work as shock absorbers for constricted grids, billing when power is cheap and rich, after that discharging when demand and rate are high,” claimed Eastwick.
