Malaysia Approves 27 Data Centre Projects Worth RM225.97 Billion

Malaysia's data centre industry continues to expand rapidly, with 27 projects worth an estimated RM225.97 billion approved by the Data Centre Task Force as of July 2026. According to the Digital Ministry, the projects are concentrated across Johor, Selangor and Negeri Sembilan, reflecting the country's growing position as a regional destination for large-scale digital infrastructure investment.

The scale of the investment is significant, but the expansion is also bringing a more complicated conversation around electricity demand, water consumption, environmental impact and the effect of major infrastructure projects on nearby communities. While data centres promise thousands of skilled jobs and substantial economic activity, Malaysia will increasingly need to balance that growth with the long-term capacity of its power grid and local resources.

Johor Leads Malaysia's Data Centre Expansion

Johor accounts for the largest share of the approved projects, with 16 of the 27 data centres located in the state. This further strengthens Johor's emerging position as Malaysia's primary data centre hub.

Selangor follows with 10 approved projects, while one data centre project has been approved in Negeri Sembilan.

Of the 27 projects, one data centre is already operational while the remaining facilities are still under construction. This means much of the investment and infrastructure demand associated with the current wave of development has yet to fully materialise.

As these projects begin operating, their economic contribution — as well as their demand for electricity, water and supporting infrastructure — will become considerably more visible.

RM225.97 Billion In Estimated Investments

The combined estimated investment value of the approved projects stands at RM225.97 billion, highlighting how aggressively Malaysia is attracting capital into the data centre sector.

The industry has become increasingly important as demand grows for cloud computing, artificial intelligence, digital services and high-performance computing infrastructure.

However, the size of the investment also means the decisions being made today could shape Malaysia's energy and digital infrastructure requirements for many years.

Data centres are not short-term developments. Once operational, large facilities can consume substantial resources continuously, making planning around power generation, grid capacity and local infrastructure increasingly important.

More Than 4,000 Jobs Expected

The Digital Ministry estimates that the approved projects could create approximately 4,053 jobs.

Of these, around 3,523 positions are expected to be high-skilled roles involving areas such as:

These are particularly valuable employment opportunities because data centres require specialised technical knowledge and continuous operational support.

Unlike some large infrastructure investments that create most employment during construction, data centres also require permanent teams to maintain servers, power systems, networking equipment, cooling infrastructure and physical security once facilities become operational.

Most Skilled Roles Expected To Go To Malaysians

The ministry expects 89.21% of the high-skilled positions created by the approved data centre projects to be filled by Malaysians.

That percentage is important because one of the main questions surrounding large foreign investments is how much long-term employment and expertise ultimately remain within the country.

Projects approved through the Data Centre Task Force are also subject to a minimum 30% local content requirement.

The Malaysian Investment Development Authority, or MIDA, will monitor compliance through reports submitted every six months.

This should help ensure that the economic value generated by data centre investments extends beyond construction and land development.

TalentCorp Developing Data Centre Skills Programme

Malaysia is also preparing its workforce for the industry's expansion.

TalentCorp Malaysia is developing a data centre facilities management programme aimed at building local expertise in operating and maintaining these facilities.

This is particularly important because data centres depend on highly specialised infrastructure. Keeping thousands of servers running continuously requires expertise across electrical systems, cooling, networking, cybersecurity and disaster recovery.

Malaysia therefore needs to build a pipeline of skilled workers if it wants the sector to provide sustainable employment rather than relying heavily on imported technical expertise.

The Economic Opportunity Is Significant

From an economic perspective, the expansion presents a substantial opportunity.

Data centres can attract related investments in telecommunications, cloud services, cybersecurity, engineering and digital services. They also require construction, equipment suppliers, maintenance providers and various supporting industries.

Large operators may encourage technology companies to host more infrastructure locally, potentially strengthening Malaysia's wider digital ecosystem.

But the economic benefits need to be considered alongside the physical demands these facilities place on the locations where they are built.

Local Communities Are Raising Concerns

The rapid growth of the sector has already generated resistance from some communities.

In July, a proposed data centre development in Kota Damansara came under scrutiny from nearby residents. Their concerns included around-the-clock noise, heat generated by the facility and increased traffic.

Following the dispute, the project was placed on hold.

The incident demonstrates that even when a project brings major investment, local acceptance cannot be taken for granted.

Residents living next to industrial-scale digital infrastructure experience the development very differently from investors looking at national economic figures.

Johor Has Already Seen A Public Protest

Malaysia has also seen public opposition to data centre development in Johor.

Residents in the Gelang Patah district raised concerns around a proposed facility, highlighting issues including dust pollution, possible pressure on water supplies and disruption caused by construction activity.

The developer responded by stating that it complied with regulatory requirements.

Nevertheless, the protest showed that communities are paying closer attention to the environmental and infrastructure implications of data centre developments.

As more projects move from planning into construction, similar concerns could become more common.

Data Centres Require Huge Amounts Of Electricity

Perhaps the most significant long-term challenge is electricity demand.

Energy Transition and Water Transformation Minister Datuk Seri Fadillah Yusof has already highlighted the increasing pressure on Malaysia's electricity supply.

Based on current projections, data centres could consume approximately 31% of Malaysia's electricity supply by 2035.

That is an enormous share for one sector.

The issue is not simply whether Malaysia can generate enough electricity. The government must also consider how additional generation costs should be distributed and whether households should indirectly subsidise infrastructure used by very large commercial consumers.

Why Data Centre Energy Demand Is Different

Data centres operate continuously.

Servers, networking equipment and storage systems need power around the clock, while cooling infrastructure also runs constantly to keep equipment within safe operating temperatures.

Unlike a conventional office where electricity demand drops significantly overnight, a data centre may maintain extremely high consumption 24 hours a day.

As facilities become larger and AI workloads require increasingly powerful computing hardware, electricity requirements can grow even further.

That makes the sector fundamentally different from many other commercial electricity users.

AI Could Increase Power Requirements Further

The global AI boom adds another dimension to the problem.

Modern AI infrastructure relies heavily on high-performance GPUs and specialised accelerators that consume large amounts of electricity and produce considerable heat.

That heat then needs to be removed through sophisticated cooling systems, adding further energy demand.

As more data centres are built specifically to support AI workloads, the amount of electricity consumed per facility could increase significantly compared with traditional cloud infrastructure.

This makes long-term energy planning increasingly important.

Water Consumption Is Another Concern

Electricity is not the only resource associated with data centre growth.

Certain cooling systems can require substantial amounts of water. That has raised concerns in areas where communities already face pressure on local water supplies.

Not every data centre uses the same cooling architecture, and water consumption can vary dramatically between facilities.

Nevertheless, as dozens of large projects are developed simultaneously, authorities will need to consider their combined effect rather than evaluating each facility entirely in isolation.

A project may appear manageable individually while the cumulative impact of several facilities in one region becomes much larger.

Malaysia Is Considering A User-Pays Electricity Model

The government is now examining a user-pays electricity pricing mechanism for high-consumption customers.

Data centres would naturally fall into this category, alongside other energy-intensive industrial users.

The basic principle is that organisations consuming exceptionally large amounts of electricity should bear a larger portion of the associated supply and generation costs.

This could reduce the risk that ordinary households indirectly absorb higher electricity costs created by large commercial consumers.

Households Need Protection From Rising Costs

Malaysia is already dealing with increasing electricity costs caused by several factors, including fuel prices, hot weather and higher overall demand.

The continued expansion of data centres adds another source of pressure.

If the national grid needs additional generation capacity, transmission infrastructure and substations specifically to support very large electricity users, those investments come at a cost.

The government therefore wants to ensure that domestic consumers are not disproportionately burdened.

A user-pays mechanism could become one way of distributing those costs more fairly.

Industrial Competitiveness Still Matters

The challenge is that electricity prices also influence investment decisions.

If Malaysia charges data centres significantly more than competing regional markets, operators may simply choose another country.

The government therefore needs to balance two competing objectives:

Finding that balance will be difficult.

Data centres bring large amounts of capital and skilled employment, but they also require infrastructure that ultimately needs to be financed somehow.

Tariff Details Have Not Been Finalised

For now, the proposed user-pays electricity model remains under consideration.

The government has not announced:

That means it is too early to determine exactly how the mechanism would affect existing or planned data centre developments.

The final structure could become an important factor in determining the future pace of investment.

Infrastructure Planning Must Keep Up With Investment

Approving RM225.97 billion worth of data centre projects is only one side of the equation.

Malaysia also needs enough electricity generation, grid capacity, water infrastructure, telecommunications connectivity and skilled workers to support them.

If those supporting systems cannot expand at the same pace, rapid data centre development could create bottlenecks.

This is particularly relevant in Johor, where 16 of the approved projects are concentrated.

Regional infrastructure planning will therefore become just as important as attracting investors.

Johor's Concentration Creates Both Opportunity And Risk

Johor's emergence as the dominant data centre hub has obvious economic advantages.

Concentrating facilities can create an ecosystem of suppliers, connectivity providers and skilled workers, making the region increasingly attractive to future investors.

However, concentration also means resource pressure is concentrated.

Electricity demand, water requirements, construction traffic and environmental concerns may all become more noticeable when many large projects operate within the same geographical area.

Johor may therefore become the clearest test of whether Malaysia can manage rapid data centre growth sustainably.

Community Engagement Will Become More Important

The disputes in Kota Damansara and Gelang Patah show that community consultation will increasingly matter.

Residents are not necessarily opposed to digital investment itself. Many concerns relate to practical quality-of-life issues such as noise, traffic, heat, dust and water availability.

Addressing those concerns early could help avoid lengthy disputes later.

Developers may need to provide clearer information about cooling systems, noise mitigation, water usage and traffic management before construction begins.

Transparency can make it easier for communities to understand what is being built and how potential impacts will be controlled.

Sustainability Could Become A Competitive Advantage

Data centres increasingly face pressure globally to reduce their environmental footprint.

Malaysia could potentially turn this into an advantage by encouraging efficient cooling, renewable electricity, better power utilisation and water-conscious designs.

Operators capable of demonstrating lower resource consumption may find it easier to obtain approval and community support.

Sustainable infrastructure could also help Malaysia attract global technology companies that have their own environmental targets.

In that sense, stricter standards do not necessarily have to discourage investment.

They could help shape a more resilient industry.

Local Content Requirements Could Strengthen The Ecosystem

The minimum 30% local content requirement is another important part of the government's strategy.

If properly implemented, it could help Malaysian companies participate more directly in the industry rather than allowing most of the economic value to flow overseas.

Local engineering companies, construction firms, maintenance providers, technology vendors and service operators could all benefit.

The six-monthly MIDA monitoring requirement will therefore be important in determining whether these commitments translate into genuine local economic participation.

Skills Development Will Determine Long-Term Value

Ultimately, the long-term economic value of the data centre boom will depend heavily on skills development.

Construction creates temporary employment, but the higher-value opportunity lies in developing Malaysian specialists capable of designing, operating and securing sophisticated digital infrastructure.

Cybersecurity, networking, electrical engineering and facilities management are all areas where demand is likely to increase.

If Malaysian workers can fill the majority of those roles, the sector could contribute much more than infrastructure investment alone.

Final Thoughts

Malaysia's approval of 27 data centre projects worth RM225.97 billion demonstrates how quickly the country is emerging as an important regional hub for digital infrastructure. Johor leads with 16 projects, followed by Selangor with 10 and Negeri Sembilan with one, while the developments are expected to create more than 4,000 jobs.

The economic potential is substantial, particularly with nearly 90% of the high-skilled positions expected to be filled by Malaysians and a minimum 30% local content requirement attached to approved projects.

However, the scale of development also creates serious infrastructure and environmental questions. Data centres could account for around 31% of Malaysia's electricity consumption by 2035, while concerns about water usage, noise, heat and construction impacts are already generating resistance from some communities.

Malaysia therefore faces a balancing act. Data centres can bring enormous investment, skilled employment and digital infrastructure, but growth needs to happen without placing an unfair burden on households or local communities.

The next phase of Malaysia's data centre boom will therefore be measured not only by how much investment the country attracts, but by how effectively it manages the power, water, infrastructure and community impact required to support it.