Experts discuss strategic approaches to energy transition in Vietnam
The French Institute in the central city of Hue, in collaboration with the French Development Agency (AFD) in Vietnam, held a seminar on May 8 evening to discuss the context and challenges of climate change, as well as approaches to ecological and energy transition in Vietnam.

At the event, lecturers, researchers, and policymakers in Hue focused on analysing the challenges Vietnam is facing due to climate change, particularly in the central region, which frequently suffers from extreme weather events such as storms, floods, droughts, and sea level rise. These impacts not only affect people's livelihoods but also pose significant challenges to the sustainable development goals and national energy security.
They also discussed strategic approaches to transitioning toward an ecological and low-carbon development model, highlighting solutions such as the development of renewable energy, forest and biodiversity protection, and the crucial role of raising public awareness.
The seminar also emphasised the importance of official development assistance (ODA) from the French Government through the AFD, as a vital driver for environmental and climate adaptation projects. With its mission to support partner countries in responding to climate change, the AFD has been actively accompanying Vietnam in various initiatives, contributing to the realisation of the country’s commitment to achieving net-zero emissions by 2050.
Vietnam is among the countries which are the most vulnerable to climate change, as extreme weather events such as storms, floods, and landslides have caused severe consequences, directly impacting both people and the economy.
To adapt to climate change, Herve Conan, Director of AFD in Vietnam, stressed that localities need to prioritise urban planning and enhance public knowledge to proactively respond to such events.
To fulfill the goal of net-zero emissions by 2050, a strong energy transition toward renewables is essential, along with investment in storage systems and energy infrastructure, he noted.