RENEWABLE ENERGY TRENDS 2026 – 2030: KEY DEVELOPMENTS SHAPING WIND POWER PROJECTS IN VIET NAM

From larger wind turbines and power system integration to supply chains supporting the next generation of energy projects.

Following the revised Power Development Plan VIII (PDP8), which identifies wind power as one of Vietnam’s strategic long-term energy sources, the country’s renewable energy sector is entering a new phase of development, shifting from capacity expansion toward higher-quality growth.

Beyond increasing installed capacity, the 2026 – 2030 period is expected to serve as a critical preparation phase for the next stage of Vietnam’s wind power industry. Advancements in technology, transmission infrastructure, supply chains, and project execution capabilities will need to progress in parallel to support the country’s long-term energy objectives.

1. Wind Power Enters a New Phase of Development

While the previous stage focused primarily on bringing projects into commercial operation and expanding installed capacity, the 2026 – 2030 period is expected to emphasize improving the overall quality and maturity of the wind power sector.

Under the revised PDP8, onshore, nearshore, and offshore wind power will continue to play an important role in Vietnam’s future power generation mix. Alongside ongoing improvements to the policy and regulatory framework, future development is expected to focus on larger-scale projects, more advanced technologies, and stronger integration with the national power system.

In particular, offshore wind is widely regarded as the segment with the greatest long-term growth potential due to its more consistent wind resources, larger project scale, and significant contribution to Vietnam’s energy transition.

2. Larger Turbines and Continuing Technology Advancements

One of the most notable global trends in the wind power industry is the rapid increase in turbine capacity and physical size.

According to the World Bank’s development roadmap for Viet Nam, the technical specifications of offshore wind turbines are expected to evolve significantly over the coming years.

Source: World Bank – Offshore Wind Roadmap for Viet Nam

Higher-capacity turbines reduce the number of units required for a project while improving overall energy production efficiency and lowering the levelized cost of electricity (LCOE) per megawatt.

At the same time, the substantial increase in component size and weight introduces new technical requirements for foundation design, installation equipment, port infrastructure, and overall project execution. Longer blades, taller towers, and heavier nacelles require increasingly sophisticated engineering and construction capabilities.

3. System Integration: Wind Power as Part of a Modern Power Grid

Another important trend is the transition of wind power from a standalone generation source to an integrated component of a modern power system.

Unlike conventional power generation, electricity output from wind and solar projects depends on weather conditions. As renewable energy accounts for a larger share of the energy mix, generation expansion must be accompanied by upgrades to the transmission network, enhanced grid operation capabilities, and greater investment in energy storage solutions.

The revised PDP8 reflects this direction by requiring large-scale solar power projects to incorporate Energy Storage Systems (ESS/BESS). This is considered an important step toward improving overall grid stability as renewable energy penetration continues to increase.

Over the longer term, the development of wind power will be closely linked to grid modernization, expanded transmission infrastructure, and stronger coordination among different power generation sources across the national electricity system.

4. Supply Chains and Technical Infrastructure Supporting Project Development

As project scale continues to expand, supply chains supporting wind power projects are also becoming increasingly specialized.

Key components – including turbine blades, towers, and nacelles – have grown substantially in both size and weight compared with previous generations. Blades for next-generation turbines can exceed 100 meters in length, while towers and nacelles may weigh several hundred tonnes.

For offshore wind projects, successful execution depends not only on the turbines themselves but also on coordinated support from port infrastructure, specialized transportation equipment, route surveys, customs clearance, and on-site installation planning. As projects continue to grow in scale, every stage of the supply chain will play an increasingly important role in supporting project delivery.

5. Opportunities for Domestic Enterprises

The expansion of large-scale renewable energy projects is creating new opportunities for Vietnamese companies to participate more actively in the wind power value chain.

Beyond engineering and equipment manufacturing, demand for technical services, supporting infrastructure, and supply chain solutions is expected to continue growing as more projects move into the implementation phase.

Against this backdrop, Vinh Tan Logistics Joint Stock Company (VTLC) was established through the strategic partnership between Vantage Logistics and Pacific Group, with a focus on supporting industrial, energy, and infrastructure projects that require specialized logistics capabilities.

By combining Vantage Logistics’ experience in project logistics with Pacific Group’s expertise in industrial and energy project development, VTLC continues to strengthen its capabilities in delivering supply chain solutions that meet the increasingly complex requirements of future energy projects.

6. Outlook for 2026 – 2030

The 2026 – 2030 period is expected to serve as an important foundation for the continued development of Vietnam’s wind power sector. Alongside ongoing improvements to policies and regulations, advances in technology, transmission infrastructure, and supply chain capabilities will support the implementation of both onshore and offshore wind projects in the years ahead.

Supported by the strategic direction of the revised PDP8, together with continued progress in technology and enabling infrastructure, wind power is expected to play an increasingly important role in Vietnam’s energy transition, strengthening national energy security while contributing to the country’s goal of achieving net-zero emissions by 2050.

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