LG CNS will invest $72 million to build Indonesia’s largest AI data center in Jakarta with Sinar Mas by 2026. Featuring over 100,000 servers and scalable power capacity, the project blends sustainability with high performance, positioning Jakarta as a key regional digital hub.
The ambitious partnership between Fermi America and Hyundai Engineering & Construction introduces a groundbreaking nuclear-based hybrid energy project in Texas. Aiming to meet the rising energy demands of AI and data centers, this innovative grid will integrate nuclear, solar, and natural gas. Such energy diversity ensures reliable power while championing environmental sustainability.
OpenAI is taking a bold stride in AI infrastructure with its Stargate Norway project, a pioneering European AI data center. Positioned in Narvik, Norway, it leverages renewable hydropower, offering sustainable solutions for large-scale AI operations.
San Jose, California, is ambitiously positioning itself as the West Coast’s leading data center hub, partnering with PG&E to add 2,000 megawatts of transmission capacity. This bold move ensures reliable power connections, crucial for data centers with high energy demands.
Oracle partners with Bloom Energy to power U.S. data centers with clean fuel cells, boosting AI workload efficiency and sustainability. The swift 90 day rollout supports Oracle’s expanding AI infrastructure and global cloud investments, including billions in Europe.
Meta’s unprecedented investment in artificial super intelligence (ASI) signifies a bold move towards AI innovation. CEO Mark Zuckerberg’s focus on enhancing compute infrastructure aligns with the hefty aspiration of constructing multi-gigawatt data centers.
Khazna Data Centers and Eni are launching a 500 MW data center in Lombardy, Italy, focused on AI and sustainable energy. Powered by low carbon blue power with CO2 capture, the project marks a key step in UAE Italy cooperation to expand digital infrastructure.
Indosat is using Nokia’s AI-based energy solution to cut emissions and boost efficiency across its mobile network. The system uses machine learning to manage traffic loads and reduce power usage during low-demand periods, marking a major step in the operator’s shift toward sustainable, tech-driven operations.
Nokia’s Enscryb platform is set to revolutionize the energy sector by leveraging digital twin technology. Through partnerships with energy leaders like NODES and Smartecon, Enscryb enhances energy flexibility, integrates renewable data, and supports sustainability goals.
Ericsson and e& UAE have embarked on a transformative three-year initiative to enhance the UAE’s 5G network. By deploying Ericsson’s cutting-edge radio technology, the collaboration aims to introduce 5G Advanced features and achieve a significant commercial rollout of Reduced Capability in the Middle East and Africa.
