The World Hydrogen Summit, known as the global hydrogen energy benchmark, was successfully held in Rotterdam, Netherlands from May 19th to 21st, 2026.

Opening of the summit, Chinese enterprises stand out and make a name for themselves

This year's World Hydrogen Energy Summit presents a new industry trend, witnessing not only the global hydrogen energy industry entering a critical transformation node, but also Chinese enterprises entering the core position of the international stage and becoming an important force in industry development. In the past few years, the global hydrogen energy industry has focused on industry planning, pilot implementation, policy subsidies, and future development vision. Various countries are laying out their plans in the field of hydrogen energy, but there are few high-quality projects that can achieve commercial operation, cross-border trade, and large-scale exports, and the industry as a whole is in the exploratory stage. Envision Group, a leading domestic green technology enterprise, has taken the lead in breaking through industry development bottlenecks, relying on the new power system to fully empower the production of green hydrogen ammonia throughout the entire industry chain, creating implementable and integrated green hydrogen ammonia solutions, and helping downstream applications and product delivery in the industry.

At the Rotterdam Hydrogen Summit, Envision Group showcased a global large-scale off grid new power system that connects the entire chain of wind and solar power generation, energy storage, hydrogen production, and downstream applications, providing a complete solution for green hydrogen ammonia projects. At the same time, the core equipment of the new generation 4000Nm ³/h square low-voltage electrolytic cell developed by the team was officially unveiled at the exhibition. This electrolytic cell breaks through the traditional chemical equipment attributes and is upgraded to a flexible intelligent energy device, becoming an important dynamic adjustment unit in the new power system. The equipment is specially developed to adapt to the fluctuation characteristics of new energy power, and can easily cope with frequent start stop, rapid load switching and other working conditions. It can also safely operate at 140% rated current during peak power generation, creating a low-voltage electrolysis system with a wide range of global load adaptation and excellent dynamic performance. As one of the few companies in the world with the ability to independently research and produce green hydrogen ammonia full stack, Envision Group has achieved independent and controllable control of a complete set of core components such as electrode materials, high-performance separators, and electrolytic cells. The innovative breakthroughs in underlying materials and structures not only achieve iterative upgrades in product performance, but also effectively reduce the production costs of large-scale hydrogen production.

Cracking industry pain points

International authoritative hydrogen energy media commented that the global hydrogen energy industry has moved from the planning and layout stage to the stage of large-scale operation, and the early form of cross-border export trade is emerging. The core challenge in the current industry is no longer the technological barrier to large-scale production of green hydrogen, but the ability to deliver on a stable and fast scale. The Envision Chifeng Zero Carbon Park project has become a benchmark example for industrial level implementation, achieving commercial scale production and export of green ammonia.

For a long time, the core issue that has constrained the development of the green hydrogen industry is not the technical implementation problem, but how to build a mature industrial system that is large-scale, commercialized, and cost-effective. There is a core contradiction in the development of the green hydrogen industry: there are sufficient reserves of clean energy from wind and solar power, but the power supply is unstable, while traditional electrolysis equipment needs to operate stably. Only high utilization can compress production costs. In the traditional chemical industry, electrolytic cells are continuous operation equipment that relies on stable power supply and cannot adapt to frequent start stop and load fluctuations. They can only adapt to stable base load energy sources such as coal-fired power and nuclear power. This operating mode is contrary to the new energy system of high proportion wind and solar power, and has become the biggest obstacle to the commercialization of green hydrogen. The new power system developed by Envision accurately addresses the core pain points of this industry. This system is an intelligent collaborative project that integrates wind, solar, hydrogen, and ammonia storage, with artificial intelligence technology running throughout the entire operation process. Based on the Envision Tianji Meteorological Model and Envision Tianzhu Energy Model, the world's leading new power system can provide 100% green power direct connection guarantee for the Chifeng Green Hydrogen Ammonia Project, realizing dynamic adaptation between wind and solar energy storage and hydrogen ammonia production, and accurately matching fluctuating new energy power.

Relying on the new power system, Envision Chifeng Zero Carbon Park achieves intelligent and flexible production, like a breathing factory: full load and overload production when wind and solar resources are abundant, automatic load reduction and rest when power generation is insufficient, and equipment stable operation can still be maintained under frequent start stop conditions. This operating mode that is highly compatible with the pace of new energy generation has successfully verified the economic value of the large-scale development of the green hydrogen industry. Frank Yu, Senior Vice President of Envision Energy, stated that the Chifeng project is not a single hydrogen energy engineering project, but a complete new energy system. The integration of renewable energy generation, production, synthesis, and logistics resources throughout the entire chain of the project, optimizing the overall value chain of the industry, rather than improving quality and efficiency in a single link, is the core key to achieving large-scale low-cost production.

Reshaping the Energy Landscape

It is reported that Envision Chifeng's 1.52 million ton global largest green hydrogen ammonia project, with the first phase of the 320000 ton project, has been successfully put into operation in July 2025. At the beginning of 2026, the green ammonia produced by the project was successfully exported to South Korea, achieving the world's first commercial grade green ammonia ocean transportation and becoming an important milestone in the transformation of the hydrogen energy industry. The cross-border export of green ammonia marks a disruptive change in the global hydrogen energy industry. According to international professional media evaluations, the cross-border export of Far sighted green ammonia has transformed hydrogen energy from a single domestic decarbonization tool into a globally circulated green commodity. The Chifeng project has established a complete end-to-end industrial chain from green electricity hydrogen production, ammonia synthesis to cross-border export, verifying the feasibility of hydrogen energy storage and transportation, certification, and cross-border trade, and breaking down industry barriers to cross-border cooperation. Lou Yimin, Senior Vice President and Chief Product Officer of Yuanjing Energy, stated that the global hydrogen energy industry has moved from the demonstration pilot stage to the commercial application stage. By leveraging the advantages of full chain self-developed and self-produced products, Farview aims to create a modular, standardized, and intelligent product system. With end-to-end green hydrogen ammonia solutions, the new power system will generate sustainable green energy and provide a replicable and scalable path for global low-carbon development.

In May 2026, Envision officially joined the Book&Claim accounting and declaration pilot system initiated by the International Ammonia Energy Association. Relying on this international certification system, Envision Green Ammonia has a globally recognized green traceability qualification, becoming an international green commodity that is traceable, tradable, and highly trustworthy. The cross-border export of green ammonia has profound industry and strategic significance, enabling new energy to have global cross-border trade capabilities comparable to oil and gas resources. The wind power and photovoltaic industries have long been limited by the inability to transport electricity over long distances and across continents on a large scale. Green hydrogen and green ammonia can convert electricity into physical energy carriers, becoming new types of energy that can circulate globally and reshaping the form of energy trade. Keywords:Domestic new energy latest news,New energy news,New energy information network,New energy latest news,New energy latest reports

For over a decade, China has remained the world's largest manufacturer of new energy equipment and is now accelerating its transformation and upgrading from exporting equipment to exporting new energy products. The regions of Inner Mongolia, Xinjiang, Gansu, Ningxia, and other areas in northwest China have access to high-quality global scenic resources, and in the past, the problem of new energy consumption was prominent. The rise of green hydrogen and green ammonia industries has opened up a new development path, realizing the transformation from exporting electricity to exporting green energy products. This is also the core reason why the Envision Chifeng project has attracted international attention, and its large-scale implementation may reshape a new pattern of global energy trade.Editor/Gong Ziwei