关于举办绿电直连及新能源非电利用培训的通知 各企事业单位： 发展新能源，是改善能源结构、保障能源安全、推进生态文明建设的重要任务。近日，我 国在 联合国气候变化峰会 宣布：到 2035年，中国风电和太阳能发电总装机容量力争达 到36亿千瓦。 国家部委明确加快提升重点用能单位和行业的绿色电力消费比例，在有条件的地区分类分 档打造一批高比例消费绿色电力的绿电工厂、绿电园区等，鼓励其实现 100%绿色电力 消费。《 关于有序推动绿电直连发展有关事项的通知 》鼓励出口外向型企业利用周边新 能源资源探索开展存量负荷绿电直连，云南、河北、陕西陆续出台绿电直连实施方案。 在新能源发展路径上，坚持电与非电并重，推动新能源从单一电力消纳向多能综合利用转 变。目前，新能源非电利用规模占全国能源消费总量比重不足 1%，亟待实现规模突破， 打开新能源开发利用更广阔空间。 为了帮助各企事业单位了解绿电直供最新政策及新能源非电利用途径，《中国能源报》社 特举办绿电直连及新能源非电利用培训。培训完后发放《中国能源报》社有限公司中国能 源经济研究院 "绿电直连及新能源非电利用"培训结业证书。 一、时间地点 培训时间： 10月30日—31日 ...

9月28日消息，近日，中国电力企业联合会联合广州电力交易中心、北京电力交易中心、水电水利规划 设计总院、内蒙古电力交易中心共同发布2024年中国绿色电力（绿证）消费 TOP100 排行榜。南方五省 区共有23家企业上榜，南方电网公司、深圳能源集团、广东省能源集团等能源企业跻身前列。富士康、 TCL科技、腾讯、华为等企业绿电消费增速显著，互联网科技与高端制造企业成为南方区域绿色电力消 费的重要增长极。 榜单基于各交易平台2024年度绿色电力交易及绿证交易数据编制，全面反映了企业在绿色电力消费领域 的实践成果与积极贡献。榜单背后，是南方区域绿电绿证市场的爆发式增长。 "头部企业的示范效应正在加速显现，南方五省区2024年103家市场主体绿电绿证消费量超1亿千瓦时， 消费电量占比超过南方五省区绿电绿证消费总量的70%，消费主力已从传统能源、钢铁等重工业向大数 据、高端制造等多元领域延伸。"广州电力交易中心党委委员、总会计师王鑫根表示。2025年以来，南 方区域绿电绿证市场发展愈加繁荣旺盛，南方区域电力交易平台开展绿电绿证交易2417.7亿千瓦时，同 比增长401%，其中绿电交易电量317.7亿千瓦时，绿证交易电量超 ...

Core Insights - The green certificate market in China has experienced significant growth in both volume and price in 2023, with a trading volume of 464 million certificates from January to August, representing a year-on-year increase of 120% [1] - The average trading price of green certificates has increased by 140% compared to the beginning of the year, indicating stronger momentum for high-quality development in the green certificate sector [1] - The legal and policy framework for green certificates in China has been established since 2017, supported by the Energy Law and a comprehensive policy system, enhancing the international recognition and influence of Chinese green certificates [1] Market Development - The promotional event held in Jinan is part of a series of activities aimed at expanding the application of green certificates and accelerating the construction of a green electricity consumption system [1] - The nine provinces along the Yellow River have actively promoted green certificate trading and green electricity consumption, leading to an expanding market coverage and steady growth in trading scale [1] - As of August 2025, a total of 188 million green certificates have been sold, accounting for 41% of the national total, while 121 million have been purchased, representing 26% of the national total [1]

Core Viewpoint - The "Green Car Charging Green Electricity" incentive program was launched in Shenzhen to encourage electric vehicle owners to use green energy, contributing to the city's carbon neutrality goals [1][5]. Group 1: Program Details - The program allows electric vehicle owners to receive a personal green certificate after charging 1,000 kWh at designated green electricity charging stations [1][6]. - The initiative is part of a broader strategy to promote renewable energy and has been implemented in 11 charging stations across Shenzhen, which supply 100% green electricity [1][6]. - The green electricity supplied comes from various regions, including Yunnan, Guizhou, Guangdong, and Guangxi, with contributions to local educational institutions [1]. Group 2: Industry Collaboration - Multiple charging operators in Shenzhen signed a "Green Electricity Promotion Initiative," emphasizing collaboration and resource sharing to enhance green energy adoption [5]. - The initiative aims to create a sustainable development strategy within the charging industry, promoting innovative green charging services [5]. Group 3: Expected Impact - The program is projected to achieve over 14 million kWh of green electricity consumption and attract more than 20,000 electric vehicle owners by the end of the year [6]. - By mid-2026, participants will have the opportunity to purchase green certificates through a points system, enhancing engagement in green energy consumption [6]. - In the first half of the year, Shenzhen's green electricity certificate trading volume reached 14.258 billion kWh, leading the southern region of China [6].

Core Viewpoint - The Ningxia Development and Reform Commission has issued a plan for the allocation of renewable energy power consumption responsibility weights for 2025, emphasizing the increase of green electricity consumption in key energy-intensive industries [1] Group 1: Renewable Energy Consumption Targets - The plan specifies that by 2025, the green electricity consumption ratio for the electrolytic aluminum industry will be no less than 34.2% [1] - The steel, cement, and polysilicon industries will also have a green electricity consumption ratio set at no less than 34.2% [1] - New data centers at national hub nodes are required to achieve a green electricity consumption ratio of 80% [1]

Core Viewpoint - The initiative "Green Car Charging with Green Electricity" is gaining popularity in Shenzhen, promoting the use of renewable energy and providing personal green certificates to electric vehicle owners who charge with green electricity [1][2]. Group 1: Green Electricity and Certificates - "Green electricity" refers to electricity generated from renewable sources such as wind, solar, and biomass, while a "green certificate" is an electronic identification issued by the National Energy Administration for every 1,000 kWh of renewable energy consumed [1]. - The Shenzhen Power Supply Bureau has launched a service product that ensures 100% green electricity supply at 11 charging stations in the city [1][2]. Group 2: Incentives and Participation - Electric vehicle owners who charge 1,000 kWh at designated stations will receive a government-authorized green certificate, serving as a recognition of their contribution to environmental protection [2]. - The Shenzhen Power Supply Bureau plans to hold an incentive program to reward participants with benefits such as a 50 yuan charging card, making green electricity consumption tangible and rewarding [2]. Group 3: Future Development - The company aims to continuously innovate green electricity and certificate services, creating a product service matrix to enhance the purchasing experience for electric vehicle owners [3]. - The promotion of "Green Car Charging with Green Electricity" will be executed in three phases: promotion and cultivation, mature development, and integrated win-win, to foster a societal trend towards green electricity consumption [3].

Core Viewpoint - The article discusses the challenges and measures taken to ensure electricity supply during the ongoing high-temperature summer in China, highlighting the importance of both supply-side management and demand-side optimization in the energy sector [1][3][4]. Group 1: Electricity Supply and Demand - Since July, the average temperature in most regions of China has been 1-2°C higher than the same period in previous years, leading to increased electricity demand [1]. - The maximum electricity load in the country has repeatedly broken records, reaching 15.08 million kilowatts, an increase of 570,000 kilowatts compared to last year [3]. - The demand for electricity has surged due to extreme weather conditions, with residential and industrial sectors both contributing to the increased consumption [3][4]. Group 2: Measures for Electricity Supply Assurance - The National Energy Administration reported that over 20 million kilowatts of new power generation capacity was added in the first half of the year, with significant contributions from hydropower, gas, and coal [4]. - The electricity supply has remained stable, with sufficient primary fuel supplies, although some regions experienced temporary demand response measures [4][5]. - The government plans to enhance monitoring of electricity supply and demand, optimize resource allocation, and ensure that electricity supply remains controllable during peak demand periods [5]. Group 3: Green Certificate Market Development - The green certificate market has shown significant growth, with 1.371 billion green certificates issued in the first half of the year, a year-on-year increase of 149% [8]. - The trading volume of green certificates doubled, reaching 348 million certificates, with a notable increase in prices, indicating a recovering market [8]. - The government is actively promoting the issuance of green certificates for distributed generation projects, with a focus on improving coverage and management [9][10].

Core Viewpoint - The recent developments in the "green electricity direct connection" (绿电直连) model are aimed at enhancing the consumption capacity of renewable energy and providing green value to industries, despite the high construction costs and uncertain profitability associated with these projects [4][7]. Group 1: Industry Developments - The introduction of additional electrical equipment such as substations and high-voltage lines in photovoltaic power station construction reflects a shift towards "green electricity direct connection," allowing renewable energy to be supplied directly to end-users [2]. - The "green electricity direct connection" model is defined as a method where renewable energy sources like solar and wind do not connect to the public grid but supply electricity directly to specific users [2][3]. - The National Development and Reform Commission and the National Energy Administration have issued guidelines to promote the development of "green electricity direct connection," emphasizing its role in meeting corporate green energy needs [3][8]. Group 2: Cost and Economic Implications - The construction costs for "green electricity direct connection" projects are significantly higher than traditional grid connections, primarily due to the need for additional infrastructure such as transformers and transmission lines [5][6]. - For instance, the cost of transmission lines is approximately 1 million yuan per kilometer, while the cost of substations is around 100 million yuan per megawatt, making the overall investment substantial [5][6]. - Current projects are mainly undertaken by state-owned enterprises with high energy consumption, as they can better absorb the high initial costs over a longer usage period [6][7]. Group 3: Environmental and Regulatory Impact - The "green electricity direct connection" model is seen as a viable direction for the renewable energy industry due to its potential to provide clear sources of green electricity, which is beneficial for tracking carbon footprints and complying with international regulations like the EU's Carbon Border Adjustment Mechanism (CBAM) [7]. - The carbon emission factors for renewable energy sources are significantly lower than those for traditional grid electricity, with solar power at 29.92 gCO2/kWh compared to the national average of 620.5 gCO2/kWh [7]. - The push for "green electricity direct connection" aligns with broader governmental goals to increase the consumption of renewable energy in key industrial sectors, thereby driving industrial upgrades and attracting investments [8].

Core Viewpoint - The document outlines the renewable energy power consumption responsibility weights for 2025 and 2026, emphasizing the need for provinces to enhance their renewable energy consumption and green electricity usage in key industries to support carbon neutrality goals [2][3]. Group 1: Renewable Energy Consumption Responsibility Weights - The 2025 renewable energy power consumption responsibility weight is a binding indicator for provinces, while the 2026 weight is a target for project preparation [2]. - Provinces are required to optimize the scale of renewable energy included in the sustainable development pricing settlement mechanism based on the 2025 consumption responsibility weight completion [2][4]. Group 2: Green Electricity Consumption in Key Industries - In addition to the electrolytic aluminum industry, the 2025 green electricity consumption ratio will also include steel, cement, polysilicon industries, and newly established data centers [3]. - The completion of green electricity consumption ratios for key industries will be monitored, with specific assessments for the electrolytic aluminum industry in 2025 [4]. Group 3: Implementation and Reporting Requirements - Provincial energy authorities must develop and implement plans to ensure the responsibility weights and green electricity consumption ratios are effectively distributed among key industries [5]. - By July 2025, provinces must report their implementation plans, and by February 2026, they must report on the completion of their renewable energy consumption responsibilities [5][6]. Group 4: Monitoring and Coordination - The National Energy Administration will monitor the implementation of renewable energy consumption responsibilities and green electricity consumption ratios quarterly [6]. - Electric grid companies are required to cooperate with provincial energy authorities to facilitate the integration and consumption of renewable energy [5].

Core Viewpoint - The National Development and Reform Commission and the National Energy Administration have announced a plan to increase the green electricity consumption ratio for the steel, cement, polysilicon industries, and newly built data centers at national hub nodes by 2025, in line with various energy and carbon reduction policies [1]. Summary by Category Green Electricity Consumption Ratios - The green electricity consumption ratios for various industries and regions have been specified, with the following notable figures: - Electrolytic aluminum industry: ranges from 26.1% to 70.0% across different provinces [2][4] - Steel industry: ranges from 26.1% to 70.0% across different provinces [2][4] - Polysilicon industry: ranges from 26.1% to 70.0% across different provinces [2][4] - Cement industry: ranges from 25.2% to 70.0% across different provinces [2][4] - National hub node data centers: set at 80.0% across all provinces [2][4] Regional Breakdown - Specific provinces have varying green electricity consumption ratios: - Beijing: 30.6% for electrolytic aluminum, steel, polysilicon, and cement [4] - Guangdong: 32.6% for electrolytic aluminum, steel, polysilicon, and cement [2] - Sichuan and Yunnan: both at 70.0% for electrolytic aluminum, steel, polysilicon, and cement [2][4] - Hunan: 51.5% for electrolytic aluminum, steel, polysilicon, and cement [2] - Jiangsu: 27.5% for electrolytic aluminum, steel, polysilicon, and cement [4]