News and Updates

Prime Minister Phạm Minh Chính asked the Vietnam Oil and Gas Group (Petrovietnam) to accelerate technology transfer for wind turbine and blade production by 2026, ultimately achieving full technology mastery for offshore wind energy development.

Noting that Petrovietnam Technical Services Corporation's (PTSC) total offshore wind energy contract value has amounted to approximately US$2 billion, securing employment through 2029, he said the milestone underscored Petrovietnam's transformation into an energy corporation that extends beyond traditional oil and gas development to encompass the renewable energy sector such as wind power and offshore electricity generation.

*This excerpt is from a news item collated by SIPET as part of its mission to serve as a one-stop platform for information and knowledge exchange about the energy transition in Southeast Asia. For the full news item, click on the link next to 'Further Information' .  

**Photo credit: VNA/VNS Photo.

A delegation from Viet Nam’s Ministry of Science and Technology, led by Deputy Minister Hoang Minh, along with representatives from the project Clean, Affordable, and Secure Energy for Southeast Asia (CASE) of the Deutsche Gesellschaft für Internationale Zusammenarbeit (GIZ), engaged in in-depth discussions with partners in Germany and France on energy technology innovation.

*This excerpt is from a news item collated by SIPET as part of its mission to serve as a one-stop platform for information and knowledge exchange about the energy transition in Southeast Asia. For the full news item, click on the link next to 'Further Information' .

**Photo credit: CASE

Outside the islands of Java and Bali, and particularly in the less developed eastern regions of Indonesia, many people still have no access to electricity. The “1000 Islands” programme utilises small hydropower plants and solar mini-grids to contribute to environmentally sound and climate-friendly energy supply and thus to social and economic development in remote regions of Indonesia.

The Vietnam Low Emission Energy Program (V-LEEP), funded by the United States Agency for International Development (USAID), is designed to assist the Government of Vietnam (GVN) in establishing an effective policy, regulatory, and incentive environment for low-emission growth in the energy sector, while simultaneously attracting public- and private sector investment in renewable energy development and industrial energy efficiency.

GAC Energy Technology (Thailand) and PowerVault have partnered to advance green energy in Southeast Asia. Their collaboration focuses on developing integrated energy solutions, including solar power, battery storage, and EV charging infrastructure. The alliance aims to support the region’s clean energy transition and address sustainability challenges through innovative technologies.

Vietnam’s chemical giant Stavian Group will invest $22 million in making battery energy storage system (BESS), in order to promote green and clean energy development and sustainable energy industrialization in the country.

Stavian Energy Solutions and Stavian Industrial Park, two units of Stavian Group, have signed a deal for the former to lease infrastructure of the latter to manufacture BESS, electric vehicle charging equipment, and electric cables.

*This excerpt is from a news item collated by SIPET as part of its mission to serve as a one-stop platform for information and knowledge exchange about the energy transition in Southeast Asia. For the full news item, click on the link next to 'Further Information' . 

**Photo credit: Stavian

Thailand's first robotic solar installer is expected to increase domestic demand for rooftop solar panels and promises a significant increase in revenue for developer Solar D Corporation, a solar power solution provider and the distributor of the Tesla Powerwall energy storage system.

The new solar panel installation robot, reportedly the first of its kind in the country, will help drive revenue in 2025, with estimated year-on-year growth of 33% to 2 billion baht, said Sumrit Sitthiwaranuwong, chief executive of Solar D.

The robot uses "LightSpeed" technology developed by the company's R&D team, setting up rooftop solar panels 10 times faster than manual work, he said.

Usually solar panels with power generation capacity of 1 megawatt require 60 days for manual installation, but with the LightSpeed technology, the work is finished in only six days.

*This excerpt is from a news item collated by the SIPET team as part of its mission to serve as a one-stop platform for information and knowledge exchange about the energy transition in Southeast Asia. For the full news item, click on the link next to 'Further Information' . 

**Photo credit: Bangkok Post.