The clean energy industry in China is undergoing a deep transformation from "scale expansion" to "value reconstruction". With the tightening of traditional energy resource constraints and the intensification of global climate governance pressure, clean energy has risen from a "supplementary role" in the energy system to a "main force". The former industry presents three major characteristics: technology driven efficiency leap, scene integration giving birth to new business models, and industry chain collaboration building ecological barriers. This transformation not only reshapes the energy supply structure, but also promotes systematic changes in industries, transportation, construction, and other fields, injecting new momentum into economic growth. The application scenarios of clean energy are extending from single power generation to the entire industry chain. In the industrial field, green hydrogen replacing grey hydrogen has become a key path for decarbonization in industries such as steel and chemical engineering, and new models such as hydrogen steelmaking and hydrogen chemical engineering are gradually being implemented; In the field of transportation, the coordinated development of electric vehicles, charging piles, and battery swapping stations promotes the formation of an integrated ecosystem of "vehicle pile network". At the same time, the application of hydrogen fuel cells in heavy-duty scenarios such as heavy trucks and ships accelerates breakthroughs; In the field of architecture, Building Integrated Photovoltaics (BIPV) integrates photovoltaic modules with building materials, transforming buildings from "energy consumers" to "energy producers". Scene fusion not only creates new market demand, but also enhances the added value and competitiveness of clean energy through the synergistic effect of "energy+industry".

The synergistic effect of the clean energy industry chain is becoming increasingly significant. The development of key resources such as silicon and lithium ore in the upstream raw material sector is transitioning towards green and intelligent development, reducing environmental costs; In the midstream equipment manufacturing process, enterprises such as photovoltaic modules, wind turbines, and energy storage systems improve the overall efficiency of the industrial chain through technology sharing and standardization; In the downstream application stage, power grid enterprises, energy service providers, and users achieve flexible allocation and efficient utilization of energy through virtual power plants, demand response, and other modes. Industrial chain collaboration not only reduces the landing cost of clean energy, but also builds industry barriers through "ecological competition", promoting the transformation of leading enterprises from product suppliers to comprehensive energy service providers. The upgrading of demand in the field of power supply is reflected in the transformation of power generation models. In terms of centralized power stations, large-scale photovoltaic bases, offshore wind farms and other projects continue to advance, providing stable base load power for the power grid; In terms of distributed energy, the rapid popularization of industrial and commercial rooftop photovoltaics, household photovoltaics, decentralized wind power and other models has promoted the blurring of the boundary between energy production and consumption. The proportion of distributed energy will increase from less than 20% currently to over 40% by 2030. Its advantages lie in being close to the user side, reducing transmission losses, and improving user revenue through the "self use+surplus electricity grid connection" model.

Chinese clean energy enterprises are transitioning from "product export" to "technology output and standard output". Top enterprises build localized competitiveness by establishing research and development centers, production bases, and after-sales service networks overseas. For example, promoting cost-effective photovoltaic modules in the Southeast Asian market, developing high-temperature and dust resistant wind power equipment in the Middle East market, and participating in green hydrogen industry chain cooperation in the European market. The globalization layout will drive China's clean energy from "domestic competition" to "global resource allocation", enhancing its international discourse power and brand influence. This exhibition is an industry international brand event held in accordance with the principles of "specialization, internationalization, and branding". With both government support and the participation of industry authorities, its consistent style of "clear themes, prominent characteristics, emphasis on effectiveness, and continuous innovation" has led to an increasing popularity and influence in the industry. Industry insiders have regarded it as the best platform for "understanding industry information, grasping market trends, showcasing corporate brands, expanding trade channels, and seeking cooperation opportunities". The good results of the exhibition have won praise and favor from many exhibitors and visitors. To provide more cooperation opportunities for global clean energy enterprises, effectively promote the comprehensive entry of China's clean energy into the global procurement system, coordinate and cooperate with the clean energy industry of countries around the world, achieve mutual benefit and common development and progress.

Photovoltaic power generation:

Photovoltaic high-efficiency modules, inverters, energy storage equipment, monitoring equipment, brackets, pile driving equipment, module cleaning equipment, etc.

Wind power generation:

Wind turbines and offshore wind power equipment.

Solar thermal power generation:

Tower, trough, disc, and Fresnel solar thermal power generation technologies and equipment.

Hydrogen energy and fuel cells:

Hydrogen production, storage, transportation, and refueling technologies and equipment; Fuel cells, hydrogen fuel cell vehicles, and their components.

Energy storage:

Energy storage technologies and equipment for power generation, grid, user, and virtual power plants; Technologies and equipment for electrochemical energy storage, mechanical energy storage, electrical energy storage, pumped storage, superconducting energy storage, hydrogen energy storage, thermal energy storage, etc.

Power transmission and distribution:

New energy grid connection technology and equipment, ultra-high voltage technology and equipment, power information technology and equipment, intelligent transmission, transformation, distribution and other power technology equipment.

Digital Energy:

Comprehensive smart energy, energy management cloud, site energy, data center, energy IoT technology, artificial intelligence, green power trading, etc.

• Company:Shanghai Yewen Exhibition Service Co., Ltd
• Telephone:021-54388602
• Contact:Li Cheng
• Mobile:13122870856
• E-mail:2410927403@qq.com
• Address:No. 111 Fuhua 3rd Road, Fu'an Community, Futian Street, Futian District, Shenzhen City, Guangdong Province

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