Pulling Vietnam’s Hydrogen Out of “Version 0.0”: From Syntonic Systems Architecture to the BRICS-ASEAN Lever

October 25, 2026 — Annie Nguyễn

As green hydrogen projects in Vietnam remain stuck in “Version 0.0”—unable to progress due to institutional standards and Western-style bankability requirements—a new strategy note by international expert Laurent Thouvenin from France proposes a fundamentally different approach: drawing inspiration from proven energy sovereignty models and focusing on two key levers.

The note, addressed to Dr. Tran Khanh Viet Dung and Mr. Le Ngoc Anh Minh of the Vietnam ASEAN Hydrogen Club, follows recent discussions on green hydrogen deployment in Vietnam. According to the author, an exclusive focus on institutional standards and EU/French-style bankability requirements is creating systemic obstacles, leaving Vietnam’s most promising projects permanently stalled at a stage where they cannot advance.

Dr.  Laurent Thouvenin

Two Key Levers

The first lever is Territorial Strategic Orchestration (TSO) . Rather than developing isolated infrastructure projects, TSO transforms them into closed local ecosystems—including seaports, logistics, and industry. Through direct local consumption, these projects become financially bankable without depending on export markets or complex international financing mechanisms.

The second lever is BRICS-ASEAN: overcoming Western financial “barriers” by activating South-South financial structures and industrial partnerships, thereby significantly reducing initial CAPEX. This direction aligns with Vietnam’s comprehensive strategic partnerships with several BRICS nations and its active participation in South-South cooperation mechanisms.

The Syntonic Systems Architecture Foundation

Laurent’s approach is not merely an economic strategy. He is a Syntonic Systems Architect who has spent years studying how extreme systems—from spacecraft to energy infrastructure—operate and survive. His core principle: “Dynamic coherence precedes systemic stability.”

In a detailed document on space systems, Laurent demonstrated that the four major space powers—Russia, China, Europe, and the United States—have all applied a “Syntonic” method without ever naming or formalizing it. This method reads fluxes, gradients, masses, and interfaces as living entities, rather than merely checking static drawings and tolerances. He calls it the “ghost method”—present everywhere yet invisible, practiced but unformalized.

This principle applies directly to hydrogen: a hydrogen project is not a collection of discrete equipment, but a living ecosystem—where wind, solar, electrolysis, storage, transport, and industrial consumption interact. If each component is checked only against static standards, the project may “pass” on paper but fail in operation. Conversely, if energy flows, economic gradients, and institutional interfaces are read as living entities, the project can achieve dynamic coherence—and from that, lasting stability.

Lessons for Vietnam

Laurent’s strategy note poses a blunt question: should Vietnam continue waiting for perfect international standards and Western financing packages before deploying hydrogen, or should it proactively create closed local ecosystems where hydrogen is produced and consumed within the same industrial park—seaport—urban area?

VAHC wishes the hydrogen community and policymakers to consult this proposal. Both directions are necessary, but the order of priority must change. Instead of waiting for an institutional “push” from outside, Vietnam can begin by designing local-level hydrogen ecosystems—where consumption demand is clearly identified, renewable energy supply is specifically planned, and institutional interfaces are designed from the outset to fit actual conditions.

Laurent has proposed a concrete step: establishing a local investment vehicle (SPV – Special Purpose Vehicle) for one of the pilot regions, with the participation of domestic and international stakeholders. This is a model successfully applied in many infrastructure sectors in Vietnam and can be fully extended to hydrogen.

The most important contribution of this strategy note is not a fixed formula, but a way of reading systems: viewing hydrogen not as a series of individual projects needing capital, but as a living ecosystem that must be architected with dynamic coherence among energy, financial, and institutional flows. When that coherence is established, stability—and bankability—will follow as a natural consequence.

About Dr. Laurent Thouvenin

Laurent Thouvenin is an international expert holding the title of Syntonic Systems Architect. He is the author of numerous in-depth studies on systems architecture in extreme environments, from space systems—where fluxes, gradients, and interfaces operate as living entities—to energy and industrial infrastructure systems. The guiding philosophy across his work is the principle: “Dynamic coherence precedes systemic stability” .

He is also the author of a specialised study on native hydrogen—an architectural and systemic perspective on hydrogen not as a resource to be extracted, but as a primordial flux operating according to its own geological and cosmic laws. This research has been featured on the website of the Vietnam ASEAN Hydrogen Club (VAHC) , reflecting his engagement with Vietnam’s hydrogen community.

With a background in systems architecture, energy, and international cooperation models, Laurent Thouvenin currently serves as a strategic collaborator of VAHC in researching and proposing hydrogen development models suited to Vietnam’s practical conditions.