对于执行工商业电价的电动汽车充换电设施来说，优化政策从整体上降低了其充电成本。执行工商业电 价的电动汽车充换电设施运营商，可灵活选择是否执行分时电价。选择执行工商业分时电价的网约车、 出租车等电动汽车用户，可通过"晚间谷段充电、午间谷段补电"的方式，进一步增加低谷时段的充电时 长，进一步降低充电成本。本次政策优化，不涉及执行居民电价的电动汽车充换电设施。 本次优化工商业分时电价结构，将工商业分时电价执行范围扩大到除国家有专门规定的电气化铁路牵引 用电外的执行工商业电价的电力用户。此次新纳入分时电价执行范围的工商业用户和既往已出台政策中 暂不执行分时电价的工商业用户，可以自愿选择是否执行分时电价。 优化工商业用户分时时段设置，增设午间谷时段。在夏、冬两季（每年6-8月、12月-次年2月）11:00- 13:00（2个小时）和春、秋两季（每年3-5月、9-11月）10:00-14:00（4个小时）执行谷段电价，促进用 户主动增加新能源大发时段的用电负荷，实现用户降低用电成本和增加绿色用能的双重目标。为扶持中 小微工业企业和促进消费，允许此次新纳入分时电价执行范围的全体商业用户和100千伏安以下的工业 用户，可选择 ...

Group 1: Policy Background and Market Environment - The release of the "Basic Rules for the Electricity Auxiliary Service Market" aims to accelerate the construction of a unified national electricity market system and ensure stable operation and energy supply [2][4] - The auxiliary service market is crucial for the safe and stable operation of the electricity system and the promotion of renewable energy development [3][4] Group 2: Significance of the Rules - The rules address the increasing demand for auxiliary services due to changes in the power industry and the rapid development of clean energy [4][5] - The implementation of the rules will enhance the operational management of the auxiliary service market and clarify the roles and responsibilities of various stakeholders [4][5] Group 3: Promotion of Unified Electricity Market Development - The rules fill the gap in the basic rules for market-based trading of auxiliary services, providing a solid institutional foundation for the development of a unified electricity market [5] - The rules emphasize the coordination between the auxiliary service market and long-term and spot markets, improving overall operational efficiency [5] Group 4: Enhancing Renewable Energy Market Integration - By the end of 2024, the total installed capacity of electricity in China is expected to exceed 3 billion kilowatts, with renewable energy surpassing coal power for the first time [7] - The rules promote the establishment of market-based mechanisms for renewable energy consumption and price formation [7][8] Group 5: Improving Power System Security and Supply - The rules establish a fee transmission mechanism for auxiliary services, ensuring fair cost-sharing among stakeholders [9] - The implementation of the rules will enhance the rapid adjustment capabilities of the power system, allowing for better response to fluctuations in renewable energy output [9][10] Group 6: Highlights of the Rules - The rules represent the first national-level basic rules for the electricity auxiliary service market, enhancing top-level design and market management [11] - The inclusion of new market participants such as energy storage companies and virtual power plants will increase market vitality [11] - The rules clarify the trading varieties of auxiliary services and establish a market-based price formation mechanism [11][12]

Group 1: Time-of-Use Pricing Adjustments - The introduction of "deep valley" pricing in Jiangxi, a 70% reduction from flat rates, and a 65% reduction in Jiangsu's new afternoon valley pricing indicates a shift towards more refined time-of-use pricing policies [1] - The adjustments in time-of-use pricing are essential for transitioning the power system from "source following load" to "source-load interaction," aiming to enhance renewable energy consumption, ensure grid stability, and optimize user costs [1][2] - Shandong's innovative "five-segment" pricing policy, which includes a deep valley price during peak solar output hours, aims to encourage users to adjust their electricity consumption patterns [3] Group 2: Renewable Energy Consumption - As of March 2023, China's wind and solar power generation capacity reached 1.482 billion kilowatts, surpassing thermal power capacity, indicating a significant shift in energy generation [2] - The utilization rates for wind and solar energy were reported at 93.8% and 93.9% respectively for January-February 2025, showing a decline compared to the previous year, highlighting the challenges in matching supply and demand [2] - The implementation of time-of-use pricing is seen as a critical solution to address the increasing mismatch in electricity supply and demand due to the rapid growth of renewable energy installations [2] Group 3: Economic and Operational Impacts - The establishment of deep valley pricing during holidays in Hubei aims to encourage businesses to increase electricity consumption, thereby supporting economic activity and reducing costs [4] - The adjustments in pricing mechanisms redefine the value of electricity over time, facilitating a shift from passive acceptance of renewable energy to proactive management [4] - The "five-segment" pricing in Shandong is expected to significantly increase renewable energy consumption by 2.3 billion kilowatt-hours in 2024, demonstrating its effectiveness in load management [3] Group 4: Grid Stability and Electric Vehicle Integration - The growing peak-to-valley load difference in the grid, exacerbated by the rise of electric vehicles and air conditioning loads, necessitates a shift from rigid peak management to flexible regulation [5] - Hainan's adjustment of time-of-use pricing for electric vehicle charging aims to enhance grid stability and accommodate the increasing demand from electric vehicles [6] - Shandong's pricing mechanism for electric vehicle charging encourages users to charge during low-cost periods, potentially reducing annual charging costs by approximately 30% [7] Group 5: Future Outlook - The dynamic balance between renewable energy consumption, grid safety, and user economics is expected to evolve with the integration of time-of-use pricing, energy storage technologies, and virtual power plants [8] - The ongoing development of a new power system and the continuous upgrade of energy consumption structures will likely enhance the flexibility of time-of-use pricing mechanisms [8]

插播 ：TOP10花落谁家？2024-2025用户侧储能项目TOP10榜单征集进行时，点击 上方二维码 进行申报 4月30日， 江苏省发改委印发《 关于优化工商业分时电价结构促进新能源消纳降低企业用电成本支持经济社会发展的通知》，通知自2025年6月1 日起执行。 通知内容可简要概括为以下： 此次文件并未对工商业用户购电价格的涵盖范围进行明确，因此对整体的峰谷价差水平而言，仍旧存在很大不确定性。 如考虑仍维持两次充放电操作，这其中，工商业用户购电价格包含的范围就变得极为重要。 如工商业用户购电价格仅包含代理购电部分，则峰谷价差为0.61219元/kWh，平谷价差为0.27443元/kWh。不但峰谷价差会出现-26%的大幅跳 水，且平谷价差也不具备充放电操作的经济性，工商业储能全天仅能进行一次充放电操作。 【政策原文如下】 省发展改革委关于优化工商业分时电价结构促进新能源消纳降低企业用电成本支持经济社会发展的通知 苏发改价格发〔2025〕426号 执行范围扩大 ：工商业分时电价执行范围扩大到除国家有专门规定的电气化铁路牵引用电外的执行工商业电价的电力用户。 分时时段优化 ：优化工商业用户分时时段设置，增设午间谷 ...

数据显示，五一期间江苏全省高速服务区预计日均服务充电车辆4万台次，单日充电峰值或达历史新 高。针对重点枢纽站点，国网江苏电力推出差异化充电引导策略：车流量集中的高速热门站点，用户选 择充至新能源汽车70%的充电量，最高可领30元充电服务费优惠券，引导新能源车主"快充快走"。非热 门高速站分时段实行服务费5折或7折优惠，引导车辆错峰分流充电。同时，如新能源车主至高速周边城 市公共站充电，最高可享3折充电服务费。 4月29日，记者从国网江苏省电力有限公司获悉，今年五一假期江苏高速公路服务区国网充电桩将全部 由绿电供应，预计总充电量达600万千瓦时，同比增长35%。通过构建跨区域绿电协同采购网络、创新 智慧引导机制等创新举措，江苏正着力打造新能源汽车绿色出行示范样本。 "五一期间，我们通过价格优惠引导、提供临时补能设施、强化运维保障等手段，全力保障假期新能源 汽车畅行江苏。"国网江苏电动汽车公司安全质量部主任沈晓东介绍，在京沪高速、沈海高速等繁忙站 点配置26台移动充电设备，预计提升充电效率20%。此外，国网江苏电力还部署运维专班驻点值守，引 导车主使用e充电APP实时更新站点忙闲状态、协调服务区开放双向通行涵洞分 ...

1 、 《 光通信模块核心标的 》摘要 ■ 随着AI大模型爆发性增长（如GPT、Sora），数据中心对 高速光模块 （800G/1.6T）和相关光器件 需求激增。 ■ 中际旭创 800G产品已批量出货， 1.6T模块研发进度全球领先 ，预计2025年量产。 ■ 新易盛 400G及以下已规模化交付，800G小批量，1.6T样品发布。 3、 《 华为5G通信设备出海 》摘要 5、《 2024年全国发电设备行业十大科技创新 》摘要 ■ 作为中国首个 完全自主知识产权 的三代非能动压水堆技术，"国和一号"标志着中国在高端核电装备 领域打破技术封锁，反应堆压力容器、主泵、堆芯仪表等关键设备全面国产化，未来有望 批量化复 制 。 ■ 德国新政府取消"可信国家"限制 ，转而采用"可信技术标准"，核心逻辑从"政治标签"转向"技术标 准"，为华为扫清合规障碍。 ■ 华为在5G设备领域 技术先进+成本优势明显 ，替代厂商有限（如诺基亚、爱立信产能与性价比不 足）。 4 、 《 跨国巨头的数亿美元订单，被这家中国企业拿下了 》摘要 ■ 在净利率本就不高（3~5%）的背景下，供应链成本动辄占运营成本的四分之一以上，任何微小效 率的提 ...

"三类资源三种收益"的市场化提速 ——全面塑造虚拟电厂发展的"齐鲁样板" 4月11日，记者走进国网山东营销服务中心，只见大屏幕上20家虚拟电厂的实时调节数据正不断跳动。 这是国内首个现货市场模式下的省级虚拟电厂服务中心，自2025年3月获山东省发展改革委、山东省能 源局、山东能源监管办批复以来，正全面塑造着虚拟电厂发展的"齐鲁样板"。 山东是全国东部沿海地区首个新能源装机过亿的省份。2024年，风电、光伏等新能源和可再生能源发电 装机达到1.16亿千瓦，占比超过煤电。当新能源逐步成为发电装机及发电量增量"双主体"，带来供给侧 结构快速调整，随机性波动性增加，电力平衡难度正在不断加大。 2024年4月，随着《山东电力市场规则（试行）》出台，虚拟电厂被明确赋予独立市场主体地位，可参 与电能量市场、辅助服务市场和需求响应。 政策破冰带来的直接效应，是虚拟电厂市场主体的爆发式增长：从2024年首批8家到2025年4月的20家， 聚合容量274.8万千瓦、调节能力55万千瓦，13家常态参与现货交易，参与现货交易的数量、规模国内 领先。 "改革前沿"持续攻关 破解三大考题成就典型经验 在济南能源投资集团会议室，企业负责人 ...

Core Insights - Changzhou is leveraging its advantages in the new energy industry to create a model for green development, integrating low-carbon practices into industrial upgrades and urban construction [1][10] - The city has established the largest industrial park-level microgrid in Jiangsu Province, which is expected to significantly transform the industrial park [1][3] Microgrid Development - The microgrid in the industrial park includes solar photovoltaic panels and energy storage stations, generating an annual electricity output of 1.7 million kWh, with a revenue of approximately 1.4 million yuan from solar energy and 2.9 million yuan from energy storage [3][6] - The microgrid allows for cost reductions for both the park and its employees, with interactive charging areas established for electric vehicles [3][5] Virtual Power Plant - Changzhou's virtual power plant management center integrates solar panels, energy storage, and charging stations, managing 120,000 kWh of green electricity, sufficient for 40,000 households' daily consumption [7][8] - The virtual power plant optimizes energy consumption and promotes the use of renewable energy, contributing to the city's sustainable development [8] Industry Growth and Investment - Changzhou has completed 39 microgrid projects, covering various applications and attracting investments of 1.18 billion yuan, with a significant reduction in coal consumption among industrial enterprises [8][10] - The city aims to establish 300 microgrid projects in the next three years, targeting a trillion-level microgrid industry cluster [13] Supply Chain and Local Industry - Local companies are benefiting from the microgrid initiatives, with a significant portion of the global market for composite materials being supplied from Changzhou [11] - The integration of production, research, and manufacturing within a 10-kilometer radius enhances the city's competitive edge in the new energy sector [14]

Core Viewpoint - The rapid growth of renewable energy enhances the demand for peak regulation in the power system, highlighting the cost and lifespan advantages of pumped storage investment. The implementation of a two-part electricity pricing system clarifies the cost recovery model, ensuring reasonable investment returns. The development of the electricity spot market and auxiliary service market is expected to further increase project revenues, making pumped storage power stations attractive to investors [1][19]. Group 1: Industry Overview - Pumped storage is currently the most mature energy storage technology, suitable for large-scale scheduling in the power system, providing peak shaving, frequency regulation, and energy storage functions, which facilitate the consumption of renewable energy [2]. - The historical development of pumped storage in China began in the 1960s, with significant growth in installed capacity during the 1990s and 2000s. However, the installed capacity growth during the "12th" and "13th" Five-Year Plans fell short of national targets due to low reasonable return rates under the previous electricity pricing mechanism [6][7]. Group 2: Development Opportunities - The increasing share of renewable energy in the power system has led to greater peak regulation pressure, while the construction of flexible regulation power sources has lagged. This has renewed attention on pumped storage as a key adjustment power source, with government departments proposing ambitious development targets and project lists [9]. - It is projected that by the end of 2025 and 2030, the cumulative installed capacity of pumped storage will reach 73 GW and 155 GW, respectively, with corresponding growth rates of 18.3% and 16.2% during the "14th" and "15th" Five-Year Plans [9]. Group 3: Investment Returns - The comprehensive implementation of a two-part electricity pricing system ensures that the initial investment and ongoing operational costs of pumped storage power stations can be recovered, providing stable returns for investors. The ongoing development of the electricity spot market and auxiliary service market is expected to enhance revenue through price differentials and participation in auxiliary services [19]. - Simulations indicate that as the additional profit per kWh from the spot market increases, the internal rate of return (IRR) for equity will rise significantly, demonstrating strong return potential [19][21]. Group 4: Industry Landscape - The early limitations in policy and profitability have resulted in the majority of existing pumped storage power stations being operated by State Grid and Southern Grid. Looking ahead, these entities are expected to lead the industry, with ambitious targets for installed capacity by 2030 [25][27]. - The central enterprises are becoming significant players in the pumped storage sector, with approximately 40% of the approved project scale during the "14th" Five-Year Plan, leveraging their financial strength and experience in large-scale power station development [25].

Summary of Qinda Environmental Conference Call Company Overview - **Company**: Qinda Environmental - **Industry**: Environmental Protection and Energy Key Points and Arguments Industry and Market Dynamics - Qinda Environmental benefits from the new construction and upgrade cycle of coal-fired power plants, along with policy support, leading to increased market demand in traditional photovoltaic business, thermal power renovation, desulfurization wastewater treatment, and steel slag processing [2][4] - The company’s core technology for full-load denitrification in thermal power flexibility renovation has emerged as a new growth point, addressing issues related to the increase in renewable energy installations [2][3] - The market for slag energy-saving treatment and flue gas treatment has become significant, with dry and wet slag treatment systems accounting for over 50% of revenue in recent years, and low-temperature flue gas waste heat recovery increasing from 10% in 2012 to nearly 30% in 2023-2024 [2][8] Financial Performance and Projections - Qinda Environmental expects significant growth in 2025, with a projected revenue of approximately 200 million yuan, driven by advancements in core and emerging businesses, as well as overseas market orders from Korea and Indonesia [3][5][25] - High-margin spare parts orders significantly contribute to the company’s performance, with nearly 40% of slag treatment orders in 2024 being high-margin spare parts, and expectations for this to exceed 40% in 2025 [10][16] Business Segments and Growth Areas - The company’s main business areas include traditional photovoltaic, thermal power renovation, desulfurization wastewater treatment, and steel slag processing, all of which have seen improved market conditions [4][6] - Emerging businesses, such as steel slag processing and the recently completed 90 MW fish-solar complementary project, are expected to contribute positively to 2025 performance [5][23] - The desulfurization wastewater treatment business is anticipated to become a significant growth point, especially with the introduction of high-salinity wastewater reuse technology [24] Competitive Position and Strategy - Qinda Environmental has a strong competitive edge due to its experienced management, including the chairman with a background in power equipment manufacturing, and a solid customer base developed over years [7][13] - The company is actively expanding into overseas markets, particularly in Southeast Asia and Korea, where demand for thermal power is growing [19][20][21] Future Outlook - The industry outlook for Qinda Environmental is optimistic, with expectations for continued growth driven by the ongoing upgrade cycle of coal-fired power plants and increasing demand for flexible power generation solutions [11][17] - The company’s marketing network is expanding internationally, with a potential annual market size of approximately 1 billion yuan based on a 600,000 kW unit benchmark [14] - The company is well-positioned to capitalize on the growing need for equipment upgrades and renovations in the coal power sector, supported by favorable policies and market conditions [12][25] Additional Insights - The full-load denitrification project has shown rapid growth since its inception, although growth rates have moderated recently due to order release cycles [9] - The company’s traditional business segments, particularly flue gas waste heat treatment and slag processing, have experienced rapid growth, with stable profit margins [15] This comprehensive overview highlights Qinda Environmental's strategic positioning, market opportunities, and growth potential within the environmental protection and energy sector.