The development of the clean energy industry in Northwest China is booming. Recently, Ningxia issued the "Notice on the Fourteenth Five-Year Plan for the Overall Development of Development Zones in Ningxia Hui Autonomous Region." The installed power capacity exceeds 45 million kilowatts, accounting for more than 55% of the installed power capacity. Renewable energy accounts for about 80% of new installed capacity and more than 50% of new power generation; non-fossil energy accounts for 14% of primary energy consumption. (Excluding hydropower); the ratio of renewable energy in the region to the total power consumption and the ratio of external transmission to the total power consumption are both above 30%; the photovoltaic manufacturing industry is at the leading level in the industry, and the wind power manufacturing industry can support it The development of resources in the region and surrounding areas will foster the formation of a hydrogen energy and energy storage industry chain, and build a high-standard national new energy comprehensive demonstration zone.

Details are as follows:

Cluster layout: focus on the development of clean energy industrial clusters focusing on photovoltaic modules, wind power manufacturing, hydrogen energy, energy storage, batteries and other industries. Generally speaking, it is dominated by two industrial circles. In the north, Yinchuan Economic and Technological Development Zone and Ningxia Ningdong Energy and Chemical Base Development Zone are the cores, forming photovoltaic and hydrogen energy industrial circles; the central and southern parts rely on Ningxia Wuzhong Jinji Industrial Park and Zhongwei Sunshan Development Zone and Haixing Development Zone form a supporting industrial circle for photovoltaic and wind power equipment manufacturing; Ningxia Yanchi Industrial Park relies on two large-scale gas fields of 100 billion yuan to develop clean energy industry and build a clean energy hub center in the autonomous region. Yinchuan Economic and Technological Development Zone takes Longji Green Energy and Longji shares as the leader to accelerate the production and R&D capacity of photovoltaic modules and supporting products; Ningxia Ningdong Energy and Chemical Base Development Zone takes Ningdong photovoltaic industry as the core to accelerate photovoltaic power generation and water electrolysis hydrogen Hydrogen energy projects in the whole industry chain, such as hydrogen storage and coal chemical hydrogen supplementation. Solve the bottleneck problem of hydrogen energy production, storage and transportation, and green hydrogen-coupled coal chemical industrialization; Wuzhong Sunshan Development Zone, Zhongwei Haixing Development Zone, CRRC Zhuzhou Wind Power, China Resources Power, China Nuclear Power Group and other central enterprises will accelerate wind power equipment manufacturing The construction of the whole industry chain, promote the expansion of photovoltaic structural parts production projects, and support the expansion of new energy enterprises such as Jiajinsheng environmental protection and energy saving technology. The scale of production will extend the wind power and photovoltaic power generation industry chain, and build an integrated base for wind power, photovoltaic power generation, new energy equipment manufacturing, and intelligent operation and maintenance in the northwest region.

Development focus: Continue to optimize the energy structure, promote clean energy technology progress and industrial upgrading, and accelerate the development of photovoltaic, wind, solar and other clean energy power generation. Promote efficient energy management and trading, develop distributed energy storage services, and achieve mixed configuration, efficient management, and friendly grid connection of energy storage facilities. Implement a batch of renewable energy power generation-electrolysis of water hydrogen production projects, and pilot the use of propane dehydrogenation and chlor-alkali by-product hydrogen. Integrate power resources in the region, explore multi-energy complementary coupling hydrogen production, and form a green hydrogen production industrial system with diverse preparation methods, multiple utilization channels, and low production costs. Support key enterprises to carry out water-gas shift reaction replacement technology upgrades, focusing on supplementing hydrogen in the production of coal chemical products such as coal-to-methanol, coal-to-liquid, and coal-to-synthetic ammonia to reduce coal gasification load and carbon dioxide emissions, and release production capacity and economic benefits.

Development focus: Continue to optimize the energy structure, promote clean energy technology progress and industrial upgrading, and accelerate the development of photovoltaic, wind, solar and other clean energy power generation. Promote efficient energy management and trading, develop distributed energy storage services, and achieve mixed configuration, efficient management, and friendly grid connection of energy storage facilities. Implement a batch of renewable energy power generation-electrolysis of water hydrogen production projects, and pilot the use of propane dehydrogenation and chlor-alkali by-product hydrogen. Integrate regional power resources, explore complementary and coupled hydrogen production from multiple energy sources, and form a green hydrogen production industry system with diversified preparation methods, diversified utilization channels, and low production costs. Support key enterprises to carry out water-gas transfer reaction replacement technology transformation, focusing on supplementing hydrogen in the production of coal chemical products such as coal-to-methanol, coal-to-liquid, and coal-to-synthetic ammonia to reduce coal gasification load and carbon dioxide emissions. And release production capacity and economic benefits.

Development goal: Strive to deepen the transition to clean energy and low-carbon energy by 2025. The installed capacity of renewable energy is more than 45 million kilowatts, accounting for more than 55% of the installed power capacity. Renewable energy accounts for about 80% of the new installed power capacity, accounting for the proportion of the new installed power capacity. The proportion of power generation exceeds 50%; non-fossil energy accounts for 14% of primary energy consumption (excluding hydropower); the proportion of regional renewable energy power consumption and the proportion of power transmission both reach more than 30%; the same level of wind power manufacturing can support the development of resources inside and outside the region , To cultivate and form a hydrogen energy and energy storage industry chain, and create a high-standard national new energy comprehensive demonstration zone. Editor/Xu Shengpeng