文 | 中关村储能产业技术联盟 3月28日，新疆电力国电电力巴州发电有限公司抽水蓄能配套335MWH储能系统设备采购公开招标，招标人为国电电力巴州发电有限公司。 项目概况： 国能巴州抽水蓄能配套335MWh储能项目建设地点分布在 巴州博湖县、焉耆县和和静县三个县区 ，其中博湖县储能站址位于巴音郭楞蒙 古自治州博斯腾湖南部，距博斯腾湖约26km，西距博斯腾湖乡约24km，东距闹音呼都克村约20km，海拔高度介于1150m～1250m之间，站址北侧有 现有道路贯穿，进场道路可由现有道路引接，站址外部交通条件较便利；焉耆静县储能站址位于新疆巴音郭楞蒙古自治州焉耆县霍拉山区域，场址地 貌属于山前冲洪积扇下部平原，场址区域地形开阔，场址海拔在1220m-1300m之间，站址外部交通条件较便利；和静县储能站址位于巴音郭楞蒙古自 治州和静县城北戈壁荒漠区域，西距和静县28公里，西北距库尔勒市86公里，海拔高度介于1300m～1450m之间，站址南侧2km处有现有道路，进场道 路可由现有道路引接，站址外部交通条件较便利。 招标范围及标段（包）划分： 国能巴州抽水蓄能配套335MWh储能系统设备采购项目包括1个标段（包），招标 ...

3月25日，河北冀中新能源科技有限公司供电分公司发布2025年第一批用户侧储能电池设备购置中标 公告， 比亚迪以3430万元成功中标。 （招标公告： 河北冀中新能源2025年第一批用户侧储能电池设备 招标 ） 根据此前的开标记录显示，本次共有许继电气、中车株洲所、海博思创、阳光电源、融和元储等20 家公司参与投标。 文 | 中关村储能产业技术联盟 1、许继电气股份有限公司，投标总价（含税）38700000元 2、州智光储能科技有限公司，投标总价（含税）39132000元 3、平高集团储能科技有限公司，投标总价（含税）35529460元 4、湖北亿纬动力有限公司，投标总价（含税）38429959元 5、北京海博思创科技股份有限公司，投标总价（含税）38535000元 6、厦门科华数能科技有限公司，投标总价（含税）37100000元 7、阳光电源股份有限公司，投标总价（含税）38972100元 8、中车株洲电力机车研究所有限公司，投标总价（含税）38990000元 9、风帆有限责任公司，投标总价（含税）36400000元 10、楚能新能源股份有限公司，投标总价（含税）35700000元 12、深圳市科陆电子科技股 ...

周三，法国总统马克龙对默茨呼吁的新战略愿景做出了令人鼓舞的回应—— 可能是将德国的资金与法 国的核武器结合起来的历史性大交易 。 当地时间3月7日，波兰总理Donald Tusk在议会发表重要演讲时表示，面对全球环境的严峻变化， 波兰 必须加强自身防御能力，考虑获得核武器，以应对俄罗斯的威胁，以及美国可能从欧洲撤退的风险 。 Tusk说道： "我郑重地说，仅仅购买常规武器、最传统的武器是不够的。战场正在我们眼前发生变化， 每个月都在改变……必须争取最现代化的可能性，包括与核武器和现代非常规武器相关的 选项"。 此外，Tusk还提出要将波兰军队规模扩大一倍以上，达到50万人，并计划在年底前建立针对所有成年 男性的义务军事训练制度。今年，波兰的国防预算预计将达到GDP 的4.7%，为北约成员国中最高的水 平。 此前，美国总统特朗普威胁要停止保护欧洲盟友，并决定切断对乌克兰的军事援助，以迫使乌克兰立即 与俄罗斯进行和平谈判。无疑，这一系列举动令欧洲各国感到恐慌，促使它们大幅增加国防开支和军事 能力，而这些保障数十年来原本由美国提供。 法国：愿意与欧洲国家探讨法国的核威慑能力 周二晚间，德国候任总理默茨 喊出的"不惜 ...

以下文章来源于三联电子厂Pro ，作者Jimmy 三联电子厂Pro . 有限解释车间 为何不"香"了？ 作者 | Jimmy 来源 | 三联电子厂Pro （ID：cyberlife2024） 眼看春节将至，北方的冬季项目开始。不少南方的小伙伴们又摩拳擦掌，准备北上感受 天寒地冻的魅力。同时告别南方的阴冷，享受一下北方令人羡慕的暖气。但夸张的民宿 的价格，让不少想要去感受寒冷的人，掂量了下自己的斤两，最终望而却步。 | | | | 选择日期 | | | C | | --- | --- | --- | --- | --- | --- | --- | | | | | ·以下价格为单晚入住参考价 | | | | | 日 | | 11 | = | 四 | ਦ | 六 | | | | | 2024年12月 | | | | | 29 . | 30 . | 31 ¥2706 | | | | | | | | | 2025年1月 | | | | | | | | 元旦节 | | | | | | | | 1 | 2 | 3 | 4 | | | | | ¥2471 | . | . | ¥3153 | | 5 | 6 | 7 | 8 | ...

Financial Data and Key Indicators Changes - The discussion emphasizes the need to accelerate the construction of a new power system to achieve carbon peak and carbon neutrality goals, focusing on optimizing grid structure and enhancing control capabilities [1][2] - The challenges faced include ensuring stable power supply and reasonable electricity pricing while effectively utilizing clean energy [1][3] Business Line Data and Key Indicators Changes - The main issues in promoting large-scale renewable energy bases include unclear pricing mechanisms and difficulties in grid regulation [3][4] - The need for enhancing transmission channel technologies and promoting high-quality development of distribution networks is highlighted [4][5] Market Data and Key Indicators Changes - The discussion points out the significant changes in power supply and demand dynamics, particularly due to extreme weather conditions and global events, leading to increased volatility and uncertainty in electricity supply [8][9] - The necessity for demand-side response capabilities and the construction of virtual power plants is emphasized to improve overall system efficiency and safety [8][27] Company Strategy and Development Direction and Industry Competition - The strategy includes building friendly renewable energy power stations and enhancing the integration of electric vehicles with the grid [6][7] - The focus is on developing shared energy storage technologies to respond to market fluctuations and improve energy utilization efficiency [9][10] Management's Comments on Operating Environment and Future Outlook - Management acknowledges the challenges in ensuring energy supply and promoting renewable energy sales at the national level, particularly regarding the transmission of energy from large renewable bases [15][16] - The future development of energy storage technologies is expected to play a crucial role in enhancing the flexibility and responsiveness of the power system [9][10] Other Important Information - The need for a robust market mechanism and agent construction mechanism to improve the efficiency of energy storage devices in conjunction with renewable energy is highlighted [6][7] - The discussion includes the importance of establishing a rapid ramp-up market to enhance the profitability of fast-response resources like energy storage [22][23] Q&A Session Summary Question: Why was the 2024-2027 New Power System Action Plan released? - The plan was introduced to address challenges encountered in the construction of the new power system and to provide targeted solutions for current issues [12] Question: What are the main issues in the construction of the new power system? - The core issues include ensuring sufficient power supply, stable electricity prices, and effective utilization of renewable energy [13] Question: What safety issues does the new power system face from the grid perspective? - Key safety issues include the need to expand the grid structure to accommodate more volatile renewable energy sources and the challenges posed by the increasing load from electric vehicles [14] Question: What specific measures are taken to ensure the stability of the power system? - Measures include optimizing the main grid structure, enhancing stability research, and improving energy quality [16] Question: What is the core goal of the high-quality development of the distribution network? - The goal is to ensure that renewable energy can be effectively integrated and to address the limitations of existing distribution networks [17][18] Question: What challenges does the intelligent scheduling system face? - Challenges include the need for a new scheduling model to accommodate the diverse energy sources and the transition from passive to active distribution networks [19] Question: How can the performance of renewable energy power stations be improved? - By implementing actions to enhance system friendliness and optimizing the integration of energy storage with renewable energy [20] Question: What are the environmental issues associated with traditional coal power? - Traditional coal power can lead to significant pollution, and the plan is to use intelligent microgrids to provide energy in these areas [21] Question: Why is the demand-side collaboration action proposed? - It is proposed to address the volatility in electricity supply and demand dynamics observed in recent years [25][26] Question: What is the significance of building virtual power plants? - Virtual power plants aim to optimize the management of various resources to improve the efficiency and safety of the power system [27] Question: What are the expected impacts of a capacity compensation mechanism for energy storage? - The mechanism could provide compensation for energy storage that effectively supports grid capacity, but specific policies are still under exploration [32][33]

12 年，滴滴建立了一个管理庞大司机群体的重运营体系。 文丨沈方伟 编辑丨管艺雯 黄俊杰 互联网平台曾被认为是极致轻快的撮合生意。三个人就能去一个千万人口的大城市完成司机招募、 启动打车生意；一套算法调节奖金，就能调动百万骑手。 当大融资大补贴时代过去，平台从颠覆者逐渐成为社会运作的基础设施，被明确要求担起社会责 任。而依附于平台的百万劳动力从闲时参加 "共享经济" 赚点钱，变成 "灵活就业者"，管理成了一 个严肃的问题。 交通运输部数据显示，2023 年中国新增 148.2 万名网约车司机。根据滴滴财报，截至 2023 年 3 月 31 日的一年，中国有超过 1900 万人在滴滴接过单，其中大部分是网约车。据了解，这当中有 200 万人每天上线，有大约 80 万司机平均每天在线时长超过 8 小时，已然是 "全职司机"。 传统行业的老兵曾对此早有预见。链家创始人左晖 6 年前对我们说，他完全不知道怎么管理加盟制 快递员、外卖骑手和网约车司机。"人很难被管理。" 光给钱不够，左晖说，"人都需要变得更有价 值——今天的工作能为他明天的价值加多少分？" 我们此前曾写过 美团管理骑手、分配收入的变化 ，相比有固定站点 ...