VIGOUR｜Based On Fluid Control, Resolve The Commercialization Dilemmas Of Hydrogen Vehicles And Hydrogen Refueling Stations

On June 10, the 10th International Hydrogen Fuel Cell Vehicle Congress & Exhibition (FCVC 2026) grandly opened at Huaqiao International Expo Center, Kunshan, Jiangsu Province. Centered on the theme "Usher in a New Hydrogen Era, Foster Future Industries Through Full-chain Collaboration", the event featured a plenary session plus four thematic forums, alongside a 25,000-square-meter exhibition zone hosting over 300 renowned domestic and overseas enterprises and brands. As a professional service provider of intelligent fluid control systems, VIGOUR brought its fluid control products and systematic solutions tailored for the entire hydrogen energy industrial chain to the exhibition. At a critical stage where the industry wades into the in-depth commercialization phase, the brand addresses practical pain points in hydrogen vehicle and hydrogen refueling station applications through technological innovation.

Instead of showcasing front-end hydrogen energy products such as complete vehicles and fuel cell stacks at its booth, VIGOUR presented invisible yet core components running through the whole hydrogen chain: fluid control components and integrated system solutions. Fundamental products including gas pressure reducing valves, pipe valve fittings and centralized gas supply control systems are irreplaceable in hydrogen production, storage, transportation and refueling processes. These seemingly trivial connecting components determine whether hydrogen can circulate safely, efficiently and precisely from production to end use.

For VIGOUR, the commercial rollout of new technologies cannot progress without synchronous upgrades to fluid control systems.

"Every technical route moving toward engineering implementation demands precise coordination of fluid control parts, whether it be dehydrogenation reactors for organic liquid hydrogen storage, ultra-low-temperature valves for liquid hydrogen refueling, or precision regulating valves for high-pressure hydrogen pipelines," stated VIGOUR's technical team.

VIGOUR's product lineup covers nearly all critical links from hydrogen sources to vehicle terminals: valves and regulators for hydrogen production in western regions, pressure reduction and flow control equipment for hydrogen pipeline transportation, and high-pressure refueling systems for hydrogen stations. Any disconnection in storage and transportation may act as a bottleneck blocking the formation of a closed-loop industrial ecosystem.

The company leverages fluid control technologies to build seamless connections between fluid equipment components and production processes for clients across industries. By continuously improving the precision and cleanliness of fluid components, VIGOUR helps customers cut costs, boost efficiency, enhance equipment output, product quality and service life, and sustain safe operation of fluid control systems.

This development path, which delivers underlying technical support for the whole industrial chain starting from basic components, proves particularly valuable as the hydrogen energy sector transitions from demonstration projects to large-scale commercial operation.

At FCVC 2026, VIGOUR represents a vital yet often overlooked type of industrial participant. Rather than competing in the spotlighted complete vehicle and fuel cell stack segments, the brand lays the foundation for safe and efficient hydrogen operation at every fluid flow node.

When the industry debates core questions including hydrogen supply sources, vehicle durability and the profitability of refueling stations, the precision and reliability of fluid control technology hold the fundamental solutions to all these challenges.

The commercialization of the hydrogen energy industry cannot be achieved overnight. It relies on joint efforts from supportive policies, persistent enterprises and market validation. For fluid control system manufacturers like VIGOUR, now is the prime time to focus on core value and refine technical details. As echoed by the congress theme "Foster Future Industries Through Full-chain Collaboration", only by optimizing every valve, pipeline and pressure control point can hydrogen vehicles navigate through commercial bottlenecks and hydrogen refueling stations achieve viable, sustainable business models.