On November 4, 2026, Google announced that it will invest $15 billion in Malaysia over the two years from 2027 to 2028. The money will go toward expanding data centers, securing power and water resources, developing talent and more. The announcement expands an investment plan the company unveiled in 2024. In addition to facilities that are already running, Google plans to build new data center campuses.
Alongside the data center expansion, the plan also calls for strengthening power and water supply infrastructure. Its two pillars are more than 1GW of clean energy generation capacity added to the national grid and a water supply capacity of 65 million liters per day. However, both figures describe supply capacity for the region, not the amount of electricity or water Google's own data centers will consume. To assess the investment's impact on the region, it is necessary to distinguish between the capacity of the facilities and actual consumption.
$15 billion to expand data centers and support jobs and skills training
According to Google, its first data center in Malaysia, at Elmina Business Park in Selangor, is already operating. The new campuses in Selangor and Negeri Sembilan, by contrast, are still in the planning stage. Google Cloud regions in Malaysia are also due to open in the future, so the operation of existing data centers should be considered separate from the launch of cloud services.
The $15 billion is the amount planned for 2027–2028 and does not indicate a completion deadline for the new campuses. The investment covers not only data centers but also securing power and water resources and developing talent, but no breakdown by area has been disclosed. Chinese outlet IT Home has also reported on the investment amount and timeframe.
On economic impact, Google estimates that during the construction period of 2027–2028, the project will contribute an average of $1.1 billion a year to Malaysia's gross domestic product (GDP). It also expects to support more than 37,000 local jobs a year during construction, of which about 6,000 will be in the construction sector. Annual labor income is projected to average $378 million.
During the operational phase, Google projects it will support more than 9,000 local jobs a year, with average wages 45% above the national median. However, these job figures include positions created at suppliers and in surrounding retail and food businesses. They do not represent the number of people Google will employ directly, and all of them are Google's own estimates of economic impact.
On talent development, Google will roll out four new programs aiming to improve the skills of about 800,000 people over the five years from 2027 to 2031. Participants include educators, young people, micro-enterprises, civil servants and job seekers in vocational training, and not all are expected to pursue careers in data centers. In addition, at some higher vocational education institutions in Selangor and Negeri Sembilan, training that uses a 10-week curriculum and simulators modeled on real equipment is scheduled to begin in 2027.
Over 1GW of generation capacity and a 65-million-liter-per-day water facility
Ruth Porat, President and Chief Investment Officer of Alphabet and Google, stressed in the announcement that the company intends to expand regional power and water resources in step with its business growth. On power, the plan is to add more than 1GW of new clean energy generation capacity to Malaysia's grid.
Google will work with Malaysian utility Tenaga Nasional Berhad (TNB) to support the development of new generation facilities through a corporate renewable energy supply program. It also says it will cover electricity charges and the full direct infrastructure costs needed to connect to the grid. However, this is a policy on bearing the costs of power supply and does not mean the data centers' electricity use will be 100% renewable. Google is also studying ways to secure clean power around the clock to cope with output fluctuations from sources such as solar.
On water, Google announced on November 2 that it will contribute $160 million to a shared water facility in Negeri Sembilan. IT Home has also reported this figure. Under the plan, Google will work with the state government and state water operator SAINS, while construction giant Gamuda builds an off-river reservoir and a water treatment plant. Once completed, the facility is slated to be owned by MBINS, which is under the state government.
The new facility will supply water not only to Google's planned data center campus at Springhill Industrial Park in Port Dickson but also to the state's public water supply. The system stores surplus river water and rainwater in the reservoir when the Linggi River is plentiful, then treats it at the plant. Using the stored water in drier periods is intended to limit the impact on the river's natural flow. However, these environmental benefits are planning goals and have not been demonstrated since the facility's completion.
The key figures on power and water disclosed in this announcement are summarized below.
| Item | Planned facility/capacity | Supplied to / owner | Current status | What the published figures don't tell us |
|---|---|---|---|---|
| 1GW+ of added generation capacity | New clean energy generation facilities | Added to Malaysia's grid; facility owners not disclosed | Plan announced November 4 | Power consumption at each Google facility; hour-by-hour matching of demand and supply |
| 65 million liters per day of water supply capacity | Potable water supply facility with reservoir and treatment plant | Shared between state public water supply and Google's planned campus; to be owned by MBINS after completion | Plan announced November 2; start date of supply not disclosed | Volume supplied to Google; actual cooling water consumption |
The important point is that the 1GW+ figure represents added generation capacity and the 65 million liters per day represents the supply capacity of a shared water facility. Neither is a supply or consumption volume dedicated to Google's data centers. Nor can hourly electricity supply be derived directly from generation capacity, or the net increase in water actually available to the region be calculated from water supply capacity. Judging the regional impact will require comparing actual supply records after the facilities are completed with the data centers' consumption.
Water cooling to be used, targeting PUE of 1.12–1.14 even in the tropics
Google says it will use water cooling at its new data centers. According to the company, an assessment by environmental and hydrology experts concluded that the watersheds around the planned sites are not in areas at high risk of water scarcity or depletion. Google also explains that water cooling could save about 10% more energy than air cooling. However, reduced electricity consumption from water cooling does not mean low water use or no impact on water resources.
Separately from the supply facilities for its data centers, Google also plans initiatives to improve the local water environment. In two river basins, it will build artificial wetlands and embankments and monitor pollution. It also plans to install rainwater harvesting systems and 20,000-liter storage tanks at four schools in Selangor.
On power efficiency, Google says it can operate with a power usage effectiveness (PUE) of 1.12–1.14 even in a tropical environment like Malaysia's. PUE is a metric calculated by dividing a data center's total power consumption by the power consumed by its IT equipment; the closer it is to 1, the less additional electricity goes to cooling and power supply equipment. However, the figures are based on Google's explanation and are not results confirmed by independent measurement at the new Malaysian sites.
A facility with a low PUE can be considered to use electricity efficiently, but that alone does not mean total power consumption is low. If the scale and utilization of the IT equipment are large, a facility may consume large amounts of electricity even if it is highly efficient. PUE also cannot be used to estimate water use. The official announcement does not disclose power and water use for each new campus or hourly clean-power supply records.
Google plans to publish quarterly PUE figures once each facility is fully operational. Even so, assessing the environmental burden on the region will require checking not only power efficiency but also the facilities' actual power and water consumption, supply records from the shared facilities and hourly power supply and demand. How well the $15 billion investment can balance data center expansion with securing regional resources will depend on operating data published after the facilities are completed.