As data centre demand continues to grow, operators are exploring ways to reduce emissions while maintaining the high levels of reliability required for critical infrastructure. One emerging solution is the use of Hydrotreated Vegetable Oil (HVO) as a cleaner alternative to conventional diesel for backup power systems. What Is HVO? Hydrotreated Vegetable Oil (HVO) is a next-generation renewable fuel produced from 100% waste-based feedstock, such as used cooking oils and fats. It is designed to function as a direct substitute for traditional diesel fuel, without requiring changes to existing engines or infrastructure. Compared to fossil diesel, HVO can reduce greenhouse gas emissions significantly while delivering comparable performance. Why Backup Power Matters for Data Centres Backup power systems are a critical component of data centre operations. In the event of grid disruption, generators must start quickly and reliably to ensure uninterrupted service. In many markets, backup generators are also regularly tested under load to meet operational and regulatory requirements. This makes fuel quality, consistency, and reliability essential factors in day-to-day operations. How HVO Works as a Drop-In Replacement One of the key advantages of HVO is that it can be used as a “drop-in” fuel. This means it can be deployed in existing diesel backup generators without modification, enabling operators to adopt a lower-carbon fuel option without redesigning infrastructure. This compatibility allows data centres to transition more easily toward cleaner energy solutions while maintaining operational continuity. Validating HVO in Real-World Conditions Recent pilot projects have shown that HVO can perform reliably across a full range of backup power scenarios, including generator startup, load transfer, and sustained operation under real data centre conditions. Testing under real operational load is particularly important, as it reflects how backup systems are used in practice, not just in controlled environments. Supporting Lower-Carbon Data Centre Operations The…

Bridged Data Centres (BDC), in collaboration with Vertiv, is advancing next-generation data centre capabilities through a flagship liquid cooling project in Malaysia (MY07). Designed to support high-density, AI-driven workloads, this project reflects the growing demand for more efficient and scalable digital infrastructure. Supporting High-Density AI Workloads As artificial intelligence adoption accelerates, data centres must handle significantly higher power densities. Traditional cooling methods are no longer sufficient. Liquid cooling offers a more effective solution by improving heat transfer, enhancing energy efficiency, and enabling greater compute performance within the same footprint. Full-Scale Factory Testing for Performance Assurance Ahead of deployment, a full 1:1 factory acceptance test (FAT) was conducted to replicate real-world operating conditions. This rigorous validation process ensures that the system meets performance, stability, and integration requirements before installation. The testing approach highlights BDC’s commitment to engineering excellence and delivering reliable, high-performance infrastructure solutions. Strong Collaboration Driving Innovation The MY07 project demonstrates the strength of collaboration between BDC and Vertiv. By combining expertise in data centre development and critical infrastructure technologies, both parties are delivering solutions that meet the evolving needs of AI and high-performance computing environments. Enabling the Future of Digital Infrastructure With increasing demand for AI-ready data centres, liquid cooling will play a critical role in supporting future growth. BDC remains focused on delivering scalable, efficient, and innovative solutions to meet the needs of hyperscalers and enterprise customers across the region. [video width="1920" height="1080" mp4="https://www.bridgedatacentres.com/wp-content/uploads/2026/05/Vertiv-BDC马来项目.mp4"][/video]

Bridge Data Centres (BDC) has received the IEEE Global Development Trends of Data Centers – Contributing Organization Award under the IEEE-SA Open Data Center Initiative (ODCI). The recognition highlights BDC’s contribution to the Global Development Trends of Data Centers report, an important industry resource shaping modern digital infrastructure. Supporting the Future of Data Center Development The IEEE ODCI initiative brings together leading technology organisations to collaborate on global data center standards and trends. BDC’s involvement reflects its continued focus on innovation, sustainability, and scalable infrastructure development across the region. Driving Innovation Through Industry Collaboration Participation in global initiatives such as IEEE ODCI strengthens collaboration across the digital ecosystem. By contributing technical expertise, BDC supports the development of forward-looking frameworks that guide next-generation data centers. Commitment to Scalable and Sustainable Infrastructure As demand for cloud and digital services grows, BDC remains committed to building efficient, resilient, and future-ready data centers. Industry engagement and knowledge sharing continue to play a key role in advancing technology standards and operational excellence.

Bridge Data Centres (BDC) has been recognized at the International Symposium on Computing Technology 2026 (ISCT 2026) for its innovation in AI-driven infrastructure. The BDC AI-Native Data Centre Platform 2.0 was awarded as an International Innovation Practice, highlighting its role in shaping next-generation data centre design. AI-Native Infrastructure for Next-Generation Data Centres The BDC AI-Native Data Centre Platform 2.0 is designed to bridge modular, scalable, and sustainable facilities for next-generation AI factories. As demand for high-performance computing (HPC) and AI workloads continues to grow, data centres must evolve to support higher density, efficiency, and flexibility. Driving Sustainable and Scalable Growth in Southeast Asia With AI adoption accelerating, BDC remains focused on delivering efficient, high-performance, and sustainable data centre solutions. Its continued innovation supports Southeast Asia’s emergence as a key hub for digital and AI-driven growth.

BDC intends to further deploy HVO-powered energy solutions across its data centres in Asia Pacific and beyond Singapore – Bridge Data Centres (BDC), a Singapore-headquartered hyperscale data centre provider, and EcoCeres, a global leader in the innovation and commercialisation of renewable fuels and green molecules, have successfully completed their inaugural Hydrotreated Vegetable Oil (HVO)-powered backup fuel pilot in Asia Pacific at BDC's data centre campuses. HVO is a next-generation renewable fuel derived from 100% waste-based feedstock and serves as a high-quality drop-in substitute for conventional fossil diesel. It requires no modifications to existing backup generators and reduces greenhouse gas emissions by up to 90 per cent. The pilot covered the full range of emergency backup power scenarios, including generator startup, load transfer and sustained operations under data centre conditions, with all performance and emissions targets met. In addition, BDC has completed large-scale HVO testing across multiple locations. Building on the success of the pilot, BDC intends to further deploy HVO-powered solutions across its data centre campus in Asia Pacific and beyond. Eric Fan, CEO of Bridge Data Centres, said: " Sustainability is core to BDC’s strategy. As AI workloads continue to scale across the region, we are committed to advancing innovative clean energy solutions that reduce our carbon footprint while meeting the performance and reliability requirements of our hyperscale customers. The success of our inaugural pilot in Asia Pacific demonstrates that HVO-powered backup fuel is a feasible and replicable concept for other high-growth data centre markets.” Matti Lievonen, CEO of EcoCeres, said: “Decarbonising data centres is one of the most urgent and technically demanding challenges in the net zero transition, and we are proud to partner with Bridge Data Centres to demonstrate that HVO is ready to perform at scale in real-world operations. By proving that waste based renewable fuels can…

In the Asia-Pacific region, data centres are in a high-growth phase. In China, for example, the market for data-centre services is set to see a compound annual growth rate of almost 20% over the next five years, according to industry figures. Similar trends are being seen in other Asia-Pacific markets, with data-centre development being driven by rapid growth in subsea cables, the rise of AI applications such as ChatGPT, and investments by cloud providers and global enterprises establishing operations in the region. This creates a need for data centres to meet escalating requirements in a short amount of time and boost power density. Amid these growing demands, substantial innovation is required to improve efficiency and reduce electricity and water consumption to meet accelerating needs for sustainability. Industry enterprises are transitioning towards large-scale, low-emission, and high-efficiency operations to align with these trends. Many industry players place a strong emphasis on technological innovation, having obtained and applied for hundreds of patents. This focus has helped them gain recognition for best practices in data centre provision and service innovation, winning awards such as Best Data Centre Provider and Best Data Centre/Edge Service Innovation at prestigious industry events. Operating across China, India, Malaysia, and Thailand, Bridge Data Centres incorporates green and environmental concepts into every stage of the data-centre lifecycle—from site selection and planning to design, construction, and operation. This approach enables the company to achieve an annual power usage effectiveness (PUE) as low as 1.21, boosting sustainability while cutting operational costs. Anticipating surging demand for computing power, Bridge Data Centres has developed a forward-looking modular data-centre architecture. This architecture addresses the challenges of high-density cabinet deployment and the energy consumption associated with large-scale AI models. FOCUS ON INNOVATION Bridge Data Centres continues to drive innovation through cutting-edge construction techniques. In one example, a…

Bridge data centres and MRANTI held a signing ceremony in Kuala Lumpur which was witnessed by Dzuleira Abu Bakar, Chief Executive Officer of MRANTI, Khairil Anuar Sadat Salleh, Chief Commercial Officer of MRANTI and Dz Shing Lim, President, Bridge Data Centres. The establishment of the data centre campus in MRANTI Park entrenches Malaysia as a desired destination for data centre investment in the Asia Pacific region. Located strategically in the vicinity of central Kuala Lumpur, MRANTI Park spans across a vast area of 686 acres and strategically supports the entire innovation process with a focus on driving the commercialisation of "impact technologies" in key industry sectors to foster sustainable development. “Last year, we introduced a comprehensive and integrated approach to transform MRANTI Park from a property-focused sector into a leading 4IR hub in Malaysia. This Master Plan aims to achieve a gross development value of RM20 billion, land leases worth RM2.8 billion, and the creation of 8,000 jobs by 2027,” said Dzuleira Abu Bakar, CEO of MRANTI. “We recently launched the country’s national testbed for 5G through the government-led MRANTI 5G Experience Centre to fast-track new innovations in a more enriching data-driven future. Today, we are excited to announce the expansion of Bridge Data Centres within MRANTI Park, aligning perfectly with MRANTI Park’s expansion strategy,” said Dzuleira. YBhg. Datuk Wira Arham Abdul Rahman, the Chief Executive Officer (CEO) of the Malaysian Investment Development Authority (MIDA), expressed his excitement in the Bridge Data Centres’ MY03 hyperscale campus expansion project located in Bukit Jalil, Kuala Lumpur. He emphasised, “This project serves as a testament to investors' trust and confidence in Malaysia as a strategic, conducive and sustainable data centre investment destination in the region. MIDA will continue to facilitate BDC’s strategic initiative in creating market ready talent and providing cutting-edge technologies to…

For Bridge Data Centres (BDC), the construction and operation of a data centre have now become an art. BDC is an APAC focused data centre colocation provider building next generation hyperscale data centres. BDC is also a wholly owned subsidiary of Nasdaq-listed Chindata Group. Headquartered in Singapore and with data centres in India, Malaysia, and Thailand, BDC delivers high-quality and scalable data centre infrastructures across industry sectors ranging from financial services to cloud platforms with clientele from traditional enterprises to technology companies. As part of BDC’s expansion plan in Asia, MY06, in Johor, Malaysia was conceptualised (and executed) with a completely new approach for data centres. To kick off the project, industry stalwarts Li Mingjiang, VP of Operation and Maintenance, Chindata Group was tasked to lead the China team in the supply chain, service coordination, quality control and operation readiness management. Along with him, Tho Lye Yit, VP of Design and Constructions, BDC spearheaded the design and construction of MY06, in Sedanak, Johor, Malaysia. Lye Yit leads the MY06 onsite project management and design coordination which also includes design to local codes compliance, permitting, civil, structural, architectural, mechanical, electrical, plumbing, physical security, active fire protection, and power utility services. While these may sound run-of-the-mill, having the right people to execute as planned is crucial in light of the competition these days. First, let us look at the business case. Given the sheer volume of internet traffic exchanged within Indochina, the whole northern border hub (Johor Bahru and Singapore) will be developed as a strategic area to become the new commercial hub as well as a data centre hub. With the Malaysian government’s aspiration to attract multi-national cloud and data centre operators into the country, the MY06 project received tremendous support and approval from various levels of government agencies and ministries…