Building on data centre boom

IT Specialist is Standing in Data Center Next to Server Racks. Running Diagnostics. AI generated

DATA centres are playing a pivotal role in Malaysia’s digital transformation, driving the growth of cloud services, big data, artificial intelligence (AI) and the broader digital economy.

As businesses, governments and institutions across the country increasingly rely on digital platforms, the demand for robust and resilient data centres continues to soar.

Private sector investments, such as Google’s US$2bil data centre in Elmina and Oracle’s US$6.5bil public cloud region, have been instrumental in positioning Malaysia as a regional digital hub.

Complementing these efforts, the Malaysian government is focused on enhancing infrastructure, offering regulatory support, and pushing sustainability goals, including achieving net-zero emissions by 2050.

This public-private synergy has positioned Malaysia as the fastest-growing data centre market in Asia-Pacific.

Furthermore, Malaysia approved RM114.7bil (US$25.6bil) in investments related to data centres and cloud services between 2021 and 2023, underscoring the government’s commitment to strengthening the country’s digital infrastructure.

With the expanding demand for digital services, resilient and sustainable data centre infrastructure is more critical than ever.

Data centres must be designed to tackle operational challenges, including environmental stressors, rising energy consumption, and the need for scalability.

Modern construction solutions for data centres encompass a range of advanced technologies, such as waterproofing systems that prevent moisture penetration, fire-resistant materials that safeguard against structural damage, and energy-efficient roofing systems that help regulate internal temperatures.

These innovations ensure that facilities are protected from external elements while optimising energy use.

Globally, over US$573bil is expected to be invested in data centres by 2028, demonstrating the industry’s commitment to balancing operational efficiency with sustainability.

For example, innovative concrete technologies that minimise shrinkage and enhance durability contribute to the long-term performance of data centres.

This level of investment will only accelerate the need for energy-conscious solutions in the construction and operation of data centres, ensuring that they remain resilient against both environmental and man-made threats.

The key factors shaping data centre construction in Malaysia are:

l Resilience and durability

Data centres must be built to withstand both natural and man-made challenges.

As critical infrastructure, these facilities require the highest levels of protection to ensure operational continuity.

Disaster-resistant designs incorporating fireproofing and waterproofing systems are essential in safeguarding critical information technology infrastructure from threats such as floods, fires and extreme weather events.

These measures not only protect the physical structure but also contribute significantly to the long-term durability of the facility.

For data centres, which operate 24/7, any disruption can have wide-reaching consequences, making resilience a key priority.

l Cooling solutions for efficiencyMalaysia’s tropical climate presents unique challenges for maintaining optimal temperatures in data centres.

With servers running continuously and generating heat, cooling systems are vital to operational efficiency. Traditional cooling methods are often energy-intensive, which is why passive cooling techniques combined with energy-efficient insulation materials are increasingly being adopted.

These solutions help reduce the overall energy burden while managing heat effectively. By using advanced insulation technologies, data centres can reduce the demand for energy-heavy cooling systems, thus aligning with global sustainability goals while cutting operational costs.

l Modular and scalable designThe digital economy’s rapid expansion necessitates data centres that can adapt to growing demands.

A key trend in modern data centre design is the shift toward modular and scalable infrastructure, which allows for seamless expansion without the need for significant disruptions or major overhauls.

Modular designs offer flexibility, enabling data centres to scale up quickly in response to increased demand for digital services, cloud storage, or AI-driven applications. This adaptability also reduces upfront costs and makes it easier to future-proof the facilities, ensuring they can evolve in parallel with technological advancements.l Sustainable construction practicesSustainability is a central focus in data centre construction, and it extends far beyond just using eco-friendly materials.

Sustainable practices must be integrated across the entire lifecycle of a data centre, from product selection and concrete production to construction and eventual decommissioning.

By incorporating low-emission materials and resource-efficient practices at each stage, data centres can significantly reduce their environmental impact.

The use of energy-efficient roofing, water management systems and renewable energy sources are also integral in reducing CO2 emissions.

These practices align with Malaysia’s broader goal of achieving net-zero emissions by 2050 and contribute to a more sustainable digital infrastructure that operates efficiently without compromising environmental responsibility.