
The International Energy Agency warns that Southeast Asia faces mounting energy security risks as rising demand for electricity outpaces regional solutions, exacerbated by global conflicts and the need to power expanding digital infrastructure.
AI-generated summary
Southeast Asia is experiencing rapid economic growth and increasing electricity demand. The region faces energy cost pressures linked to the Iran war.
Risks to Southeast Asia’s energy supplies are multiplying faster than nations are coming up with solutions to meet rapidly rising demand for electricity, according to an International Energy Agency report released on Tuesday.
Southeast Asia has a seemingly insatiable appetite for energy, but the region is now in a pinch as energy costs rise, partly due to the Iran war. Fast-growing Southeast Asian economies also need more electricity to power data centres and keep homes and businesses cool.
To boost regional energy security, the report says Southeast Asian nations should share electricity among each other and diversify where they get their power. But countries face multiple hurdles, from territorial conflicts between neighbours to differing types of national energy markets, according to analysts, who warn these barriers may keep the region vulnerable to energy shocks.
“Southeast Asia is one of the world’s most dynamic regions, but its rising needs for energy to power its economic growth face challenges in an increasingly uncertain global energy landscape,” Fatih Birol, the IEA executive director, said in a statement.
As of October 5, the Malda Hydropower Station, the highest hydropower station in the main stream of the Yellow River, has accumulated power generation of more than 5 billion kilowatt-hours during the year, a year-on-year increase of approximately 21.51%, setting a new high for the same period in history. As the backbone power point of the "West-to-East Power Transmission", the power station continues to contribute to the transformation of green energy.

During the National Day holiday, Guo Feng, a well control Sichuan and Chongqing project technician of Daqing Drilling Directional Well Branch, was on duty in the Luzhou Southwest well control workshop. He urgently inspected and delivered a set of internal blowout prevention tools to ensure the safety of underground production, reflecting the dedication of oil workers to stick to their posts and ensure energy supply during the holiday.
China's first offshore carbon injection and gas enhancement technology demonstration application project - the main body of the new central platform of the Dongfang 1-1 gas field has been completed in Qingdao and has fully entered the commissioning stage. After the project is put into operation, it can store more than 1 million tons of carbon dioxide in the seabed strata every year, helping China build an offshore CCUS base.

The cumulative oil production of the Liuhua Oilfield secondary development project, my country's first deepwater oil field, exceeded 2 million tons. Relying on deepwater facilities such as "Haiji No. 2" and "Hai Kui No. 1" and intelligent central control systems, the daily output of the oil field has reached a 22-year high, and an efficient deep-sea energy transportation system has been built to ensure national energy security.

European nations have agreed to release significant diesel stocks to curb rising fuel prices linked to the Iran war. The decision follows pressure from the White House and discussions regarding a proposal to release 50 million barrels of diesel and crude oil.

On October 2, China Huadian’s Xinjiang Mulei 100-megawatt compressed carbon dioxide energy storage project was successfully connected to the grid. As the first large-scale project of its kind in my country, this project utilizes carbon dioxide gas and liquid interconversion technology to achieve peak shaving and valley filling of the power grid. It can store 290 million kilowatt hours of electricity per year and release 180 million kilowatt hours of clean green electricity to facilitate the construction of new power systems.