Energy Transition Update: 20.7 - 27.7.2026
Energy Transition Update: 20-27.7.2026
---
Energy Transition Update: 20-27.7.2026 ---
GIA LAI APPROVES USD 56 MILLION WIND POWER PROJECT
VietnamPlus – 21 July 2026
Gia Lai Province has approved a USD 56 million wind power project with an installed capacity of 42 MW. The project is expected to produce around 123,800 MWh of electricity each year, supplying renewable power to the national grid. Construction is scheduled to begin in 2027 after the investor is selected through a competitive bidding process. Commercial operations are expected to start in 2028. The investment will also create jobs during both the construction and operational phases while contributing additional revenue to the provincial budget. Located in one of Vietnam’s most promising wind resource areas, the project supports the country’s ongoing expansion of renewable energy. It also reflects continued efforts to diversify electricity supply and advance Vietnam’s transition towards a lower-carbon energy system.
HO CHI MINH CITY TARGETS A 15% REDUCTION IN CROP-RELATED GREENHOUSE GAS EMISSIONS BY 2035
VnEconomy – 21 July 2026
Ho Chi Minh City aims to reduce greenhouse gas emissions from crop production by at least 15% by 2035, compared with 2020 levels. The plan promotes low-emission farming, circular agriculture and climate-smart production across key crops, while introducing a “Low Emission” certification label for agricultural products. The city also intends to strengthen emissions monitoring, expand digital traceability and develop demonstration farms that can be replicated more widely. These measures are designed to improve productivity and farmers’ incomes while meeting the environmental requirements of export markets. The strategy reflects a broader shift in Vietnamese agriculture, where reducing emissions is becoming increasingly linked to competitiveness rather than compliance alone. If implemented effectively, it could help position Ho Chi Minh City as a leader in sustainable and low-carbon agricultural production.
VETC CONNECTS HALF OF VIETNAM'S MULTI-BRAND EV CHARGERS IN JUST ONE MONTH
VietnamPlus – 23 July 2026
VETC, a provider of automated non-stop payment services under Tasco, has connected more than 350 electric vehicle charging points to its platform within a month of launching its charging service, covering about 50% of Vietnam’s multi-brand charging network. The platform allows drivers to locate charging stations, start charging, make payments and receive electronic invoices through a single mobile application. New partners, including ChargeLink, NovaCharge and EBOOST, have expanded the network alongside existing operators, making long-distance EV travel more convenient. VETC says the integrated platform has already increased charging activity at participating stations, suggesting that a more open charging ecosystem can improve infrastructure utilisation. The company plans to continue adding charging partners and digital features as Vietnam’s electric vehicle market expands. The rapid rollout highlights growing collaboration across the country’s EV ecosystem and the importance of interoperable charging networks in supporting the transition to cleaner transport.
VIETNAM LAUNCHES PROJECT TO PHASE OUT OZONE-DEPLETING SUBSTANCES
VietnamPlus – 24 July 2026
Vietnam has launched a USD 13 million project to phase out ozone-depleting substances and climate-warming refrigerants under the Montreal Protocol. Running from 2026 to 2031, the programme will help industries adopt climate-friendly cooling technologies, improve energy efficiency and strengthen refrigerant management. It also includes technical training and support for replacing outdated refrigeration and air-conditioning equipment with lower-emission alternatives. The initiative is expected to reduce greenhouse gas emissions while supporting Vietnam’s net-zero commitment by 2050. It highlights the important role of international cooperation and technology transfer in advancing the country’s green transition.
Summarised by Phan Le and Hai Thanh Nguyen
In collaboration with the ANU Institute for Climate, Energy & Disaster Solutions