Vertiv Asia

09/10/2026

Cooling systems that draw excessive reactive power strain your electrical infrastructure and inflate operating costs. For operators managing high-density artificial intelligence and high-performance computing environments, every watt matters.

The Vertiv™ CoolChip CDU 1350 is designed to help address this challenge. With an improved power factor of 0.89 or higher as standard, and an optional active harmonic filtering upgrade that can reach 0.95 or higher, this coolant distribution unit can help reduce reactive power consumption compared to conventional alternatives.

That means more of your power budget goes toward compute, not cooling overhead.

The Vertiv™ CoolChip CDU 1350 is part of Vertiv's broad portfolio of liquid cooling, power, and lifecycle services, including commissioning and preventive maintenance, designed to help operators manage dense environments with precision.

Product overview: http://ms.spr.ly/6188ao0wg

08/10/2026

Rack densities pushing 200 kilowatts (kW) demand a fundamentally different approach to heat rejection. The coolant distribution unit (CDU) architecture behind your liquid cooling system determines how heat transfers, where it gets rejected, and what supporting infrastructure is required.

Liquid-to-liquid, liquid-to-air, and liquid-to-refrigerant CDUs each handle thermal loads differently, with distinct trade-offs in scalability, installation complexity, and site compatibility.

Vertiv covers all three heat-rejection methods and CDU configurations, from in-rack to gallery scale, aligned with current site conditions.

Learn more: http://ms.spr.ly/6187aoLqX

The design of a data center liquid cooling system directly impacts uptime, efficiency, and scalability.

08/10/2026

In the same server-rack space, artificial intelligence (AI) can demand up to 50x more power. A single AI campus can approach the output of a large power station, large enough to reshape the electricity needs of entire cities. The question is no longer if we can get the power, but how.

In this interview with Jane Lo, Vertiv power expert Arunangshu Chattopadhyay explores where that power comes from, whether operators need to bring their own through batteries, solar, or on-site generation, and how infrastructure must adapt as GPU innovation accelerates.

Watch the full interview: http://ms.spr.ly/6184aoLq6.

We've hit an inflection point. AI's physical demands are escalati...

07/10/2026

Building critical infrastructure for modern workloads takes more than one discipline. It takes engineers, technology specialists, construction teams, and consultants working from the same technical foundation.

Yesterday, the Vertiv Masterclass Philippines brought these professionals together at Grand Hyatt Manila for a full day of sessions on resilient power from grid to chip and efficient thermal architectures for dynamic workloads. A customer voice session shared real-world lessons from concept to commissioning. Thank you to all attendees for the collaboration.

We look forward to seeing you at the next Vertiv Masterclass.

Get Vertiv Insights: http://ms.spr.ly/6188aoO1Y

07/10/2026

Next week, critical communications professionals from across the region will gather at Comms Connect Melbourne 2026 to connect with peers, evaluate new solutions, and address the infrastructure challenges shaping their industries. From emergency dispatch centres to remote mine sites, reliable power and thermal management are foundational to network uptime.

Vertiv is at Stand 66 at the Melbourne Convention and Exhibition Centre to discuss how we help keep critical communications infrastructure operational.

Get your free expo pass: http://ms.spr.ly/6181aoO1T

07/10/2026

Sharing an uninterruptible power supply between IT equipment and mechanical cooling loads introduces risks most operators do not plan for. Variable frequency drive pumps can draw 1.5 times normal current at startup, generate up to 50% total harmonic distortion, and trip on a 10 to 15% voltage sag, cutting coolant flow before thermal protection responds.

The Vertiv™ Liebert® APM2 is built for these conditions. Its silicon carbide three-level topology reduces distortion below 5%, delivers 0.99 power factor, and engages battery backup with zero transfer time, keeping pumps running through outages and generator transitions.

Learn more: http://ms.spr.ly/6186aoO1E

For enterprise data centers evaluating liquid cooling, the deployment checklist must now include a power protection strategy for thermal systems. Learn why dedicated backup power for liquid cooling systems are more crucial than ever.

06/10/2026

As demand for AI and high-density computing continues to accelerate, operational scale and ex*****on are becoming increasingly important competitive advantages.

Today, Vertiv announced the appointment of Michael Resha as Executive Vice President, Manufacturing, Logistics and Operational Excellence.

Michael joins Vertiv with extensive experience leading global manufacturing operations across North America, Europe, the Middle East, Africa and Asia Pacific. He will help advance Vertiv's operational excellence journey, expand manufacturing capacity, optimize capital deployment and support the company's long-term growth strategy.

His deep experience leading complex, multinational manufacturing organizations will play an important role as Vertiv continues to scale operations, execute with excellence and support growing customer demand for critical digital infrastructure.

We look forward to the leadership and expertise Michael will bring as Vertiv continues helping customers build and scale the infrastructure powering the AI era.

Read more: http://ms.spr.ly/6189aWgjv

06/10/2026

Batteries in artificial intelligence (AI) power smoothing applications cycle far more frequently than in conventional backup roles, and as State of Health (SOH) declines, both available runtime and smoothing capacity shrink. Inaccurate SOH hides degradation until it becomes operationally visible, increasing the risk of unplanned maintenance and unexpected cabinet replacements.

Vertiv engineered integration calculates SOH using battery- and cell-model-specific algorithms, helping operators plan service actions instead of reacting to failures, extend battery service life, and reduce total cost of ownership.

Learn more: http://ms.spr.ly/6184aWgbs

05/10/2026

AI compute demand across Asia is scaling faster than the infrastructure behind it — and the gap between capacity planning and deployment timelines is widening.

At Data Center World Asia 2026 in Singapore, Vertiv showcased power, cooling, and infrastructure solutions built for high-density AI environments. Booth visitors explored our solutions and connected directly with the Vertiv team to discuss site-specific deployment challenges.

Tony Gaunt, Vertiv's VP for Product Management Asia, also delivered a presentation on how data center operators can adapt power infrastructure to match evolving AI workloads.

At Data Center Networking Night, operators, partners, and industry leaders discussed where AI infrastructure investment is heading and what's slowing deployment.

Learn more about Vertiv's solutions to support AI-ready infrastructure: http://ms.spr.ly/6186am4yQ

05/10/2026

The next wave of artificial intelligence (AI) infrastructure is already here. Vertiv™ OneCore is a prefabricated, hybrid-built data center designed to be ready now, supporting deployments from 10MW to 250MW and beyond with no size limitations.

Modular components integrated within a steel building shell simplify what has traditionally been a complex, multi-vendor process into a streamlined, end-to-end deployment with reduced on-site labor and schedule certainty. Making complex uncomplicated.

See the full product details: http://ms.spr.ly/6188amFMg