logo
Malaysia to build 50% more gas-fired power capacity to meet data centre demand, official says

Malaysia to build 50% more gas-fired power capacity to meet data centre demand, official says

Reuters18-06-2025
KUALA LUMPUR, June 18 (Reuters) - Malaysia is expected to add 6-8 gigawatts of gas-fired power by 2030 to address growing electricity consumption driven by demand from data centres, an industry official said.
The country is expected to see the fastest surge in data centre power demand in southeast Asia, with its share of electricity consumed by data centres in the region to triple to 21% by 2027 from 7% in 2022, a joint report in May by Bain & Co with others including Google and Temasek showed.
Rising gas demand could see Malaysia, the fifth-largest exporter of liquefied natural gas (LNG), start importing the super-chilled fuel in four to five years, the head of state energy firm Petronas told the Energy Asia conference this week.
Megat Jalaluddin, CEO of state utility Tenaga Nasional Berhad (TENA.KL), opens new tab, said he expects Malaysia to add 6-8 gigawatts of gas-fired power by building new plants and extending the life of existing ones as it looks to cut dependence on coal.
That represents a 40-54% increase from the current 15 GW of gas-fired capacity. Total power consumption in Malaysia is on track to increase 30% by 2030, and Malaysia has already invited industry proposals for supply, he said.
"We want to phase out coal responsibly. Then the next best option that can basically take the place of coal is gas," he told Reuters on the sidelines of the Energy Asia event.
Malaysia could also add as much as 10 GW of renewable capacity by 2030, more than doubling the 9 GW currently, as data centres push for access to cleaner sources of power, he said.
In the last two years, Malaysia has turned to its coal-fired power plants to address surging demand which grew at the fastest pace in 14 years in 2024, according to energy think-tank Ember.
Data centres are expected to require 19.5 GW of power generation capacity by 2035, accounting for 52% of Peninsular Malaysia's electricity use, from about 2% now, Deputy Prime Minister Fadillah Yusof told Reuters.
Technology giants including Microsoft, Nvidia, Alphabet's Google and ByteDance have announced billions of dollars in investments in Malaysia since the beginning of last year, powering an infrastructure boom.
Malaysia's southern state of Johor has emerged as Southeast Asia's hottest data centre hub due to its proximity to Singapore, relatively cheap land and power and faster approvals, real estate consultancy Knight Frank said in a report.
Orange background

Try Our AI Features

Explore what Daily8 AI can do for you:

Comments

No comments yet...

Related Articles

Spain's Iberdrola creates data centre joint venture with Ireland's Echelon
Spain's Iberdrola creates data centre joint venture with Ireland's Echelon

Reuters

timean hour ago

  • Reuters

Spain's Iberdrola creates data centre joint venture with Ireland's Echelon

MADRID, July 28 (Reuters) - Europe's largest utility Iberdrola ( opens new tab and Ireland-based data centre operator Echelon are creating a joint venture to develop and operate data centres in Spain, the Spanish firm said on Monday. Iberdrola sees booming demand for data centres as one of the main drivers of future growth both for its grids and renewable energy businesses. With developments like artificial intelligence and cloud computing expected to increase demand for data centre capacity, companies like Iberdrola can benefit both from selling them energy and connecting them to the grid. The Spanish firm will have a 20% stake in the joint venture, providing energy and land connected to the grid. Echelon will hold the remaining 80%, handling permitting, design, marketing and day-to-day management of data centres. The joint venture already has a project in the pipeline: a 160,000 square meters complex with a data processing capacity of 144 megawatts. It has already secured a 230 MW electricity connection. Expected to be operational by 2030, its 1 terawatt hour demand will be covered by a planned solar plant and additional green energy supplied by Iberdrola. Iberdrola already supplies 11 TWh of energy to data centres in countries such as Spain, Britain, the U.S. and Germany. Last year, it created a data centre unit, CPD4Green, and had been seeking a partner. "The alliance signed with Echelon will allow us to value our portfolio of sites with access to electricity connection and our ability to offer these infrastructures secure, clean and competitive energy 24 hours a day, 365 days a year," said David Mesonero Molina, corporate development director of Iberdrola. With the deal, Echelon Data Centres - whose major shareholder is private investment firm Starwood Capital Group - achieves its strategic goal to enter the Spanish market, Chief Investment Officer David Smith said.

Cox makes $4.7 bln offer for Iberdrola's Mexican assets, El Confidencial says
Cox makes $4.7 bln offer for Iberdrola's Mexican assets, El Confidencial says

Reuters

time2 hours ago

  • Reuters

Cox makes $4.7 bln offer for Iberdrola's Mexican assets, El Confidencial says

July 28 (Reuters) - Spanish renewable energy and water company Cox ( opens new tab has submitted an offer to take over Iberdrola's ( opens new tab assets in Mexico worth around 4 billion euros ($4.69 billion), newspaper El Confidencial said on Monday, citing unnamed sources close to the process. Spanish utility Iberdrola hired investment bank Barclays to sell 15 renewable power plants in Mexico as it seeks to exit the country on concerns about the legal and tax stability in the country, El Confidencial reported last week. Iberdrola already sold 55% of its assets in the country to the Mexican government for $6 billion in 2024, which the Mexican government called at the time a "new nationalisation" of the electricity market. Iberdrola and Cox, which is present in Mexico, did not immediately respond to requests for comment. ($1 = 0.8532 euros)

Geothermal energy: Why NI is a 'Goldilocks' area for renewable home heating
Geothermal energy: Why NI is a 'Goldilocks' area for renewable home heating

BBC News

time3 hours ago

  • BBC News

Geothermal energy: Why NI is a 'Goldilocks' area for renewable home heating

The ground that Emmanuel Burns' County Antrim apartment block is built on has significantly reduced his energy bills since he moved in 18 months Rural Housing Association complex in Randalstown in County Antrim uses the heat of the earth itself to warm rooms and heat water through a geothermal system - pipes dug down into the ground to reach the renewable heat stored Ireland has been identified as one of eight "Goldilocks" regions in the UK with just the right conditions for accessing geothermal energy, thanks to the rocks beneath the only equipment Mr Burns needs is a thermostat on the wall. "It's pretty easy to use, you can adjust the heating to whatever you want - from 14 degrees to 26," he said. "Before I moved in here, I was paying £20, £30, £40 a week for heating, whereas now it's £15 a week."That's your heating day and night, your hot water, your air conditioning and you're making a saving every week, which adds up throughout the year."All nine apartments in the block are connected to six boreholes hidden beneath the car park, via two units located in a separate plant boreholes tap into water that was stored in layers of Sherwood sandstone as the rock formed over water heated up, depending on how deeply it was machines in the apartment block plant room extract the water, compress it to extract the heat, and then pipes feed that heat around the complex. Sherwood sandstone is found across Northern Ireland at different British Geological Survey says that makes it a "Goldilocks" region - just right – for a number of green energy opportunities, including say there is potential for secure, affordable, sustainable energy and skilled job creation as a result."The principle is that the deeper you go into the earth, the warmer it is," said Dr Marie Cowan, director of the Geological Survey of Northern porous nature of Sherwood sandstone makes extracting that heat possible."You can either use a closed loop system and drill into the earth and put it through a heat exchanger to decarbonise a home, a hospital, a school, a public building," she said."Or you can go deeper still, where there's a greater opportunity for warmer temperatures and tap that into a heat network for a town or a bigger estate that needs a greater heat." The technology has been used for decades in parts of Scandinavia, but we are only "catching up a wee bit now", according to Ryan Daly from Daly Renewables, who installed the system at Mr Burns' apartment block."The benefits of this is that the system itself is about 300 to 400% more efficient than a typical gas or oil boiler," he said."Typically it will have less maintenance than a boiler system."The technology has proven to be reliable, it's efficient, it helps save on carbon as well."Pilot geothermal projects were launched in Antrim and at the Stormont Estate in east Belfast in 2023 to test the potential. Can it be scaled up? The question is, can the results of these studies be scaled up across Northern Ireland?Dr Cowan believes they can."Whether it's further drilling, deeper drilling or more studies, the idea is to de-risk that [geothermal] opportunity for the whole of Northern Ireland."So whether you're in the private sector, public sector, a local council and education authority, a health trust, you can use that information and help decarbonise your estate."That also creates potential for skilled jobs in the mechanical, electrical and plumbing Ireland has targets for reducing its greenhouse gas emissions and increasing its renewable energy use, which industry experts have warned are likely to be how we heat our homes has a role to play in meeting those Northern Ireland is the only part of the UK and Ireland not to have a renewable energy support scheme in place for private residential Department for the Economy has consulted on proposals to support the decarbonisation of residential has been a complete turnaround for Dr Cowan over the course of her career."I was coming to look at these rocks for oil and gas exploration," she said."How the world has changed since then."Twenty-five years later, we're looking at the same rocks with a totally different lens - an opportunity to decarbonise the planet and make up for the legacy of that industry."

DOWNLOAD THE APP

Get Started Now: Download the App

Ready to dive into a world of global content with local flavor? Download Daily8 app today from your preferred app store and start exploring.
app-storeplay-store