Artificial intelligence (AI) and high-performance computing (HPC) are reshaping data centre operations, significantly increasing power demands and thermal management challenges. Vertiv Malaysia, a leader in critical infrastructure solutions, is at the forefront of tackling these complexities to ensure sustainable and efficient data centre performance across Malaysia and the wider APAC region.
Meeting High-Density Computing Needs
Traditionally, IT racks handled workloads of 5-10 kilowatts, but with AI adoption, this can soar to 20kW per rack or higher. This shift necessitates advanced cooling and power solutions. “The acceleration of IT workloads due to AI is creating a need for infrastructure that can handle significantly higher power densities. At Vertiv, we’re committed to providing solutions that can support up to 100kW per rack, ensuring our customers can meet these new demands,” says Alvin Cheang, High-Density Compute & AI Business Director, Asia.
Advanced Cooling Technologies
Vertiv advocates for liquid cooling as a primary solution for high-density computing environments. Two key approaches include direct-to-chip liquid cooling, which efficiently removes heat via cold plates atop components and rear-door heat exchangers that replace rack doors with heat-exchanging coils. “Liquid cooling is becoming essential as traditional air-cooling systems are pushed to their limits. Our solutions, like direct-to-chip cooling, can remove up to 75% of the heat generated by high-density equipment, allowing data centres to maintain optimal performance,” Cheang explains.
Ensuring Continuous Operations
In addition to cooling, Vertiv strengthens data centre power resilience with high-capacity UPS systems, crucial for managing the fluctuating power demands of AI and HPC workloads. This comprehensive approach ensures uninterrupted operation amidst increasing computational requirements. “Reliable power is just as critical as effective cooling. Our high-capacity UPS systems are designed to manage the surges in demand that come with AI workloads, ensuring data centres can operate without disruption,” notes Cheang.
Capitalising on the Liquid Cooling Market Growth
Anticipating the growing demand for liquid cooling solutions in APAC, Vertiv collaborates closely with chipset manufacturers and industry leaders. Strategic partnerships and acquisitions enhance Vertiv’s capability to drive liquid cooling adoption through thought leadership and cutting-edge technological advancements. “By working closely with key players in the industry, we can stay ahead of the curve and bring the most effective cooling solutions to market, particularly as liquid cooling continues to gain traction,” Cheang told The Exchange Asia.
The Future of Sustainable Data Centre Cooling
Looking ahead, Vertiv Malaysia envisions a future where efficient cooling solutions are integral to sustainability goals. Combining liquid and air-cooling methods optimises performance while minimising environmental impact. Strategic selection of coolants and advanced cooling technologies, such as immersion and direct-to-chip cooling, further enhances energy efficiency and operational sustainability. “Sustainability is at the core of our approach. As computational demands grow, so too does our commitment to providing cooling solutions that are both effective and environmentally responsible,” Cheang emphasises.
Investment Considerations and ROI
Transitioning to liquid cooling requires investments in infrastructure like racks, heat exchangers, and cooling systems. Despite initial costs, the long-term benefits include significant energy savings and operational efficiencies, crucial for enhancing ROI over the data centre infrastructure’s lifespan. “The upfront investment in liquid cooling may be higher, but the returns in terms of energy efficiency, reduced operational costs, and sustainability are substantial,” Cheang states.
Strategic Recommendations for Integration
For organisations considering liquid cooling integration, Vertiv recommends a strategic approach. Assessing current needs and scalability, alongside infrastructure readiness and risk mitigation strategies, ensures a seamless transition. Expert consultation and tailored solutions from Vertiv facilitate optimal integration and futureproofing against evolving AI and HPC demands. “We always advocate for a well-planned transition. By evaluating current and future needs, organisations can ensure their data centres are equipped to handle the demands of AI while maintaining operational efficiency,” advises Cheang.
Navigating Malaysian Market Dynamics
In Malaysia, unique challenges such as tropical climates and regulatory landscapes necessitate targeted investment strategies. Liquid cooling technologies not only boost operational efficiency but also align with sustainability initiatives, enhancing Malaysia’s digital infrastructure competitiveness. “Malaysia presents both challenges and opportunities. Our solutions are designed to meet these specific needs, ensuring that data centres here can thrive in a competitive and evolving market,” says Cheang.
Vertiv Malaysia remains optimistic about the future of liquid cooling solutions in APAC, particularly in Malaysia. As AI technology advances and data processing demands grow, Vertiv is poised to innovate and address emerging challenges, ensuring sustainable and efficient data centre operations across the region. “The outlook for liquid cooling is strong. As AI continues to drive up computational demands, data centres will need to adopt more advanced cooling technologies to stay ahead. We are ready to support that transition,” concludes Cheang.
In conclusion, Vertiv Malaysia’s proactive approach to AI and HPC challenges underscores its commitment to driving technological advancement and sustainability in data centre operations, setting a benchmark for the industry’s future growth and innovation.
