Recently, the People's Government of Shandong Province issued the "Implementation Plan for Carbon Peak in Shandong Province", which pointed out that we will vigorously develop new energy, accelerate the implementation of new energy doubling actions, coordinate the development and utilization of solar energy, wind energy, nuclear energy, and other resources, and complete the responsibility weight of renewable energy electricity consumption. Accelerate the development of photovoltaic power generation. We will build an integrated base of landscape storage and transmission in salt marshes in northern Shandong, a million kilowatt "photovoltaic+" base in coal mining subsidence areas in southwestern Shandong, and accelerate the exploration of the construction of offshore photovoltaic bases. By 2030, the installed capacity of photovoltaic power generation, wind power generation, nuclear power generation, and biomass power generation will reach 95 million kilowatts, 45 million kilowatts, 10 million kilowatts, and 5 million kilowatts, respectively.
According to the "integration of wind, solar, and fire storage" model, accelerate the construction of renewable energy bases in power output areas, improve the power transmission capacity of existing channels and the proportion of renewable energy. Accelerate the construction of ± 800 kV ultra-high voltage direct current transmission and transformation projects from Longdong to Shandong, and support the construction of a 10 million kilowatt level integrated power supply base for wind, solar, and thermal storage. In principle, the proportion of renewable energy electricity should not be less than 50%. Timely start the demonstration and construction of the fourth ultra-high voltage DC channel. By 2030, the acceptance of electricity from outside the province will reach 200 billion kilowatt hours, and the proportion of renewable energy electricity will reach 35%.
Accelerate the construction of a new type of power system. Accelerate the construction of a new type of power system with a gradually increasing proportion of new energy, actively promote the integrated development of source network, load and storage, and significantly improve the consumption capacity of new energy electricity. Establish and improve supporting policies for energy storage, improve the market-oriented trading mechanism and price formation mechanism for energy storage. Accelerate the layout and construction of pumped storage, promote large-scale demonstration of energy storage methods such as electricity storage and phase change material heat storage, and comprehensively improve the application level of energy storage on the power supply side, grid side, and user side. By 2030, the installed capacity of new energy storage facilities and pumped storage will reach 10 million kilowatts, and the demand side response capacity will reach around 7.5 million kilowatts.
The original text is as follows:
Implementation Plan for Carbon Peak in Shandong Province
In order to deeply implement the major strategic decisions and deployments of the Central Committee of the Communist Party of China and the State Council on carbon peaking and carbon neutrality, and effectively and effectively carry out carbon peaking work, this implementation plan is formulated in accordance with the national "Action Plan for Carbon Peaking before 2030" and the "Several Measures for Implementing the" Opinions of the Central Committee of the Communist Party of China and the State Council on Completely, Accurately, and Fully Implementing the New Development Concept and Doing a Good Job of Carbon Peaking and Carbon Neutrality "in Shandong Province.
1、 Overall requirements
  We will firmly adhere to the modernization path of ecological priority and green development, deepen the transformation of old and new driving forces, strive to build a leading area for green, low-carbon, and high-quality development, promote the green and low-carbon transformation of the economic system, industrial system, energy system, and lifestyle, fully play our leading role in the ecological protection and high-quality development of the Yellow River Basin, and achieve carbon peak in the province by 2030.
2、 Main objectives
During the 14th Five Year Plan period, significant progress has been made in the optimization and adjustment of the industrial and energy structure in the province. The energy utilization efficiency of key industries has significantly improved, and coal consumption growth has been strictly and reasonably controlled. The construction of a new power system with a gradually increasing proportion of new energy has accelerated, and an economic system with green, low-carbon and circular development has preliminarily formed. By 2025, the proportion of non fossil energy consumption will increase to around 13%, and energy consumption and carbon dioxide emissions per unit of GDP will decrease by 14.5% and 20.5% respectively compared to 2020, laying a solid foundation for the province to achieve carbon peak as scheduled.
During the "15th Five Year Plan" period, significant progress has been made in the adjustment of industrial structure in the province, a low-carbon development model in key areas has been basically formed, a clean, low-carbon, and safe energy system has been preliminarily established, and the energy utilization efficiency of key industries has reached advanced domestic levels. The proportion of non fossil energy consumption has further increased, coal consumption has further decreased, and significant results have been achieved in the green, low-carbon, and high-quality development of the economy and society. By 2030, the proportion of non fossil energy consumption will reach around 20%, and the carbon dioxide emissions per unit of GDP will decrease by more than 68% compared to 2005, achieving the carbon peak target before 2030 as scheduled.
3、 Implementing the "Ten Major Projects" for Carbon Peak
（1） Green and low-carbon energy transformation project.
Develop a carbon peak work plan in the energy sector, adhere to safe and stable carbon reduction, and accelerate the construction of a clean, low-carbon, and secure energy system.
1. Vigorously develop new energy. Accelerate the implementation of new energy doubling action, coordinate the development and utilization of solar energy, wind energy, nuclear energy, etc., and complete the responsibility weight of renewable energy electricity consumption. Accelerate the development of photovoltaic power generation. Adhere to the principle of combining collection and distribution, carry out the pilot demonstration of large-scale development and construction of roof distributed photovoltaic in the whole county, build an integrated base of landscape storage and transmission in salt marshes in northern Shandong, a million kilowatt "photovoltaic+" base in coal mining subsidence areas in southwestern Shandong, and accelerate the exploration of the construction of offshore photovoltaic bases. Vigorously promote wind power development. Focusing on the three major areas of Bozhong, South Peninsula, and North Peninsula, we will build a 10 million kilowatt offshore wind power base, promote pilot demonstrations for the integration of offshore wind power and marine ranching, and orderly promote the development of onshore wind power. Develop nuclear power in a safe and orderly manner. We will vigorously promote the development of nuclear power plant sites such as Haiyang and Rongcheng, focusing on building a 10 million kilowatt nuclear power base on the Jiaodong Peninsula. Accelerate the comprehensive utilization of nuclear energy for heating and seawater desalination. Explore and promote the research and demonstration application of nuclear small reactor heating technology. Cultivate and strengthen the hydrogen energy industry. Strengthen the research and application of industrial by-product hydrogen purification technology, actively promote pilot projects for renewable energy hydrogen production and low valley electricity hydrogen production, and cultivate an integrated application model of wind, solar, and hydrogen energy storage. Implement the "Hydrogen into Ten Thousand Houses" technology demonstration project, promote the improvement of the hydrogen energy system throughout the entire industrial chain of hydrogen production, storage (transportation), transportation, hydrogenation, and utilization. Developing other clean energy sources according to local conditions. We will coordinate and promote the diversified development of clean energy sources such as biomass energy, geothermal energy, and ocean energy. By 2030, the installed capacity of photovoltaic power generation, wind power generation, nuclear power generation, and biomass power generation will reach 95 million kilowatts, 45 million kilowatts, 10 million kilowatts, and 5 million kilowatts, respectively. (Responsible units: Provincial Energy Bureau, Provincial Development and Reform Commission, Provincial Department of Natural Resources, Provincial Department of Housing and Urban Rural Development, Provincial Department of Industry and Information Technology, Provincial Department of Science and Technology, Provincial Department of Water Resources, Provincial Department of Agriculture and Rural Affairs, Provincial Oceanic Bureau, and Provincial Department of Ecological Environment)
2. Strengthen the clean utilization of coal. Fully shut down and eliminate low efficiency coal-fired units with parameters of medium temperature, medium pressure, and below, or those that do not meet the power supply coal consumption standards or ultra-low emission standards, and vigorously promote the "three transformations linkage" of coal power energy conservation and carbon reduction transformation, flexibility transformation, and heating transformation. Implement unit benchmarking actions, accelerate energy-saving technological transformation of coal-fired power units, tap into the potential of waste heat utilization, and continuously reduce standard coal consumption for power supply. We will significantly reduce the consumption of bulk coal and promote the conversion of coal to gas and coal to electricity in accordance with local conditions. By 2025, the average coal consumption of coal-fired power units under normal operating conditions will decrease to around 295 grams of standard coal per kilowatt hour. (Responsible units: Provincial Development and Reform Commission, Provincial Energy Bureau, Provincial Department of Housing and Urban Rural Development, Provincial Department of Ecological Environment)
3. Guide oil and gas consumption in an orderly manner. Maintain oil consumption within a reasonable range and continue to promote the upgrading of product oil quality. Accelerate the improvement of natural gas infrastructure, coordinate the construction of coastal LNG receiving stations and onshore natural gas entry channels into Shandong, promote the construction of underground natural gas storage depots, urban peak shaving facilities, LNG storage and distribution depots, LNG tank containers, and supporting storage yards, and build a "one network, two rings" gas transmission pattern. Implement gas power generation demonstration projects and moderately develop natural gas distributed cogeneration projects. We will steadily expand the fields of urban gas, natural gas power generation, and industrial fuels, orderly promote the development of transportation gas, prioritize the use of new natural gas to ensure people's livelihood, and optimize the structure of natural gas utilization. By 2030, the comprehensive supply guarantee capacity of natural gas will reach 45 billion cubic meters. (Responsible units: Provincial Energy Bureau, Provincial Development and Reform Commission, Provincial Department of Natural Resources, Provincial Department of Housing and Urban Rural Development)
4. Comprehensively promote the improvement of quality and efficiency by integrating external power into Shandong. According to the "integration of wind, solar, and fire storage" model, accelerate the construction of renewable energy bases in power output areas, improve the power transmission capacity of existing channels and the proportion of renewable energy. Accelerate the construction of ± 800 kV ultra-high voltage direct current transmission and transformation projects from Longdong to Shandong, and support the construction of a 10 million kilowatt level integrated power supply base for wind, solar, and thermal storage. In principle, the proportion of renewable energy electricity should not be less than 50%. Timely start the demonstration and construction of the fourth ultra-high voltage DC channel. By 2030, the acceptance of electricity from outside the province will reach 200 billion kilowatt hours, and the proportion of renewable energy electricity will reach 35%. (Responsible units: Provincial Energy Bureau, Provincial Development and Reform Commission, Provincial Department of Natural Resources)
5. Accelerate the construction of new power systems. Accelerate the construction of a new type of power system with a gradually increasing proportion of new energy, actively promote the integrated development of source network, load and storage, and significantly improve the consumption capacity of new energy electricity. Establish and improve supporting policies for energy storage, improve the market-oriented trading mechanism and price formation mechanism for energy storage. Accelerate the layout and construction of pumped storage, promote large-scale demonstration of energy storage methods such as electricity storage and phase change material heat storage, and comprehensively improve the application level of energy storage on the power supply side, grid side, and user side. By 2030, the installed capacity of new energy storage facilities and pumped storage will reach 10 million kilowatts, and the demand side response capacity will reach around 7.5 million kilowatts. (Responsible units: Provincial Energy Bureau, Provincial Development and Reform Commission, Provincial Department of Natural Resources)
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（2） Carbon peaking engineering in the industrial sector.
Taking accelerating the transformation and upgrading of industrial structure as the overall focus, we will formulate a work plan for carbon peaking in the industrial sector, and promote the orderly peaking of carbon emissions in major industries.
1. Promote green and low-carbon development in the industrial sector. Accelerate the exit of outdated production capacity, promote the green and high-end development of traditional industries, accumulate and develop green and low-carbon emerging industries, and establish a modern green and low-carbon industrial system. Implement energy-saving and carbon reduction actions, strictly enforce energy efficiency constraints, accelerate the pace of energy-saving and carbon reduction in key areas, and drive the green and low-carbon transformation of the entire industry. Improve the clustering level of industrial parks in industries such as casting, non-ferrous metals, and chemical engineering, deepen the circular transformation of industrial parks, and focus on improving the green level of industrial parks. Promote green design, build green factories, create green supply chains, deepen clean production, and accelerate the development of green industrial parks and ecological industrial parks. Strengthen power demand side management and improve the level of industrial electrification. Vigorously develop energy conservation and environmental protection industries. Carry out a full process carbon dioxide emission reduction demonstration project, promote equipment updates and technological transformation of enterprises, and accelerate the pace of green and low-carbon transformation. (Responsible units: Provincial Department of Industry and Information Technology, Provincial Development and Reform Commission, Provincial Department of Ecology and Environment)
2. Promote the carbon peak in the steel industry. Optimize the layout of productivity, accelerate the construction of the two major steel industry bases of "Rilin" and "Laitai", achieve the goal of fully reducing the steel production capacity of cities along the Beijing Tianjin Hebei air pollution transmission channel, and increase the proportion of steel production capacity in coastal areas. Promote the transformation of process structure and clean energy substitution, improve the level of scrap resource recycling, and promote the full scrap electric furnace process. Promote advanced and applicable technologies, tap into the potential for energy conservation and carbon reduction, and explore pilot demonstrations such as hydrogen metallurgy. By 2025, the proportion of steel production capacity in coastal areas aims to reach 70%. (Responsible units: Provincial Department of Industry and Information Technology, Provincial Development and Reform Commission, Provincial Department of Science and Technology, and Provincial Department of Ecology and Environment)
3. Promote the carbon peak in the non-ferrous metal industry. It is strictly prohibited to increase the production capacity of electrolytic aluminum and alumina, and strictly control the production capacity of electrolytic copper. Encourage the development of non-ferrous metal industries such as recycled aluminum and copper, improve the recycling, sorting, and processing network of waste non-ferrous metal resources, and increase the proportion of recycled non-ferrous metal production. Promote advanced and applicable green and low-carbon new technologies, promote clean energy substitution, improve the level of waste heat recovery in production processes, and promote the continuous reduction of carbon emissions per unit product. By 2025, the electricity consumption per ton of electrolytic aluminum is expected to decrease to around 12500 kilowatt hours. (Responsible units: Provincial Department of Industry and Information Technology, Provincial Development and Reform Commission, Provincial Department of Science and Technology, Provincial Energy Bureau)
4. Promote the carbon peak in the building materials industry. Strictly implement the policy of capacity replacement, accelerate the exit of inefficient production capacity, and guide the transformation of the building materials industry towards lightness, intensification, and productization. Encourage building materials enterprises to use fly ash, industrial waste, tailings, etc. as raw materials or cement mixtures. Strictly prohibit the addition of cement clinker and grinding capacity, promote energy-saving technology and equipment, improve the ultra-low emission level of cement production lines, and deeply explore energy-saving and efficiency enhancing space. By 2025, except for special cement clinker and chemical supporting cement clinker production lines, all cement clinker production lines with a capacity of 2500 tons/day or less will be integrated and withdrawn. (Responsible units: Provincial Department of Industry and Information Technology, Provincial Development and Reform Commission, Provincial Department of Science and Technology)
5. Promote the carbon peak in the petrochemical and chemical industry. Strictly implement the replacement ratio of refining industry capacity, and ensure that the province's refining capacity only decreases without increasing. Strictly enforce project access, steadily promote enterprise mergers and acquisitions, and promote the integration of refining and chemical development. Optimize product structure, promote the coordinated development of petrochemical and coal mining, metallurgy, building materials, chemical fiber and other industries, and strengthen the utilization of by-product gases such as refinery dry gas and liquefied gas. Accelerate the clean, cyclic, and low-carbon transformation of the entire process in industries such as petrochemical and coalification, promote energy cascade utilization and material recycling, and deepen the cyclic transformation of chemical parks. (Responsible units: Provincial Department of Industry and Information Technology, Provincial Development and Reform Commission, Provincial Energy Bureau)
6. Resolutely curb the blind development of high energy consumption, high emissions, and low-level projects. Fully implement inventory management, classified disposal, and dynamic monitoring for high energy consumption and high emission projects. Strictly implement national industrial policies, strengthen the guidance of environmental protection, quality, technology, energy conservation, and safety standards, accelerate the classified disposal of existing projects in accordance with the requirements of the "four distinctions", transform and improve those with energy conservation and emission reduction potential as soon as possible, and promote the exit of outdated production capacity in accordance with laws and regulations. The new project strictly implements the reduction and substitution requirements for production capacity, coal consumption, energy consumption, carbon emissions, pollutant emissions, etc., and the energy efficiency level of the main products is in line with the advanced national energy consumption quota standards. (Responsible units: Provincial Development and Reform Commission, Provincial Department of Industry and Information Technology, Provincial Department of Ecology and Environment)
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（3） Energy conservation, carbon reduction, and efficiency enhancement projects.
Implement the requirements for dual control of energy consumption, integrate energy conservation throughout the entire process and various fields of economic and social development, promote the energy consumption revolution, and accelerate the construction of an energy saving society.
1. Comprehensively improve energy-saving management capabilities. Strengthen energy conservation review of fixed assets investment projects, and improve energy efficiency and energy conservation and carbon reduction from the source. Strengthen energy conservation management in key areas, vigorously develop and promote energy-saving technologies and products, and accelerate the implementation of energy-saving and low-carbon technology transformation. Enhance energy measurement support capabilities, conduct energy measurement reviews for key energy consuming units, implement key low-carbon measurement projects, and establish a sound carbon emission measurement technology, management, and service system. Strengthen the construction of energy-saving supervision capacity, improve the energy-saving supervision system at the provincial, municipal, and county levels, and establish a cross departmental linkage energy-saving supervision mechanism. (Responsible units: Provincial Development and Reform Commission, Provincial Department of Industry and Information Technology, Provincial Department of Ecology and Environment, Provincial Market Supervision Bureau, Provincial Department of Science and Technology, Provincial Energy Bureau)
2. Promote energy conservation and carbon reduction in key areas. We will carry out energy-saving upgrades and renovations of infrastructure such as buildings, transportation, lighting, and heating, promote the demonstration and application of advanced green building technologies, and promote the improvement of urban comprehensive energy efficiency. Implement energy-saving and carbon reduction projects in the park, with a focus on parks with high energy consumption and emission projects, promote energy system optimization and cascade utilization, and create a group of internationally advanced energy-saving and low-carbon parks. (Responsible units: Provincial Development and Reform Commission, Provincial Department of Science and Technology, Provincial Department of Industry and Information Technology, Provincial Department of Ecological Environment, Provincial Department of Housing and Urban Rural Development, Provincial Energy Bureau)
3. Promote energy conservation and efficiency enhancement of key energy consuming equipment. Establish an energy efficiency oriented incentive and constraint mechanism, comprehensively utilize various means such as taxation, pricing, and subsidies, promote advanced products and equipment, and accelerate the elimination of outdated and inefficient equipment. Strengthen energy efficiency monitoring and daily supervision of key energy consuming equipment, strengthen the full chain management of production, operation, sales, use, and scrapping, and establish energy efficiency standards