Study on the Open Access Network for Flexible Transmission of Unbundled Electric Energy

非捆绑式电能灵活传输开放接入网研究

• 批准号: 07305010
• 负责人: TOYODA Junich
• 金额: $ 7.23万
• 依托单位: Tohoku University
• 依托单位国家: 日本
• 项目类别: Grant-in-Aid for Scientific Research (A)
• 财政年份: 1995
• 资助国家: 日本
• 起止时间: 1995 至 1997
• 项目状态: 已结题
• 来源: https://kaken.nii.ac.jp/grant/KAKENHI-PROJECT-07305010/
• 关键词: Unbundled electric energy; Open access network; Natural energy resource; Energy storage device; Packet power; Power flow control; Wheeling; Electricity market; 電力システム; 分散型電源; 競争環境; 貯蔵装置; 消費者インセンティブ; 消費者インセンテイブ

In this cooperative research works, we discussed the power network control and management that will be required more complicated and delicate procedures among entities after the deregulations of power industry.Dr.J.Toyoda proposed market power dynamics models of IOU and IPP based on the ecological theory. Concerning the flexible transportation for the low-grade solar generating power, Dr.Y.Ohsawa discussed the DC-link of photovoltaic generation system and SMES.The management and control of this system are also studied. Dr.A.Yokoyama developed a new method which calculates the system eigenvalues using the hierarchical and distributed structure for the on-line steady-state stability monitoring in a deregulated environment of power utility. This method is also effective in the future system introducing FACTS devices. Dr.H.Saitoh discussed the autonomous charge and discharge functions of the power storage devices that can control the flow of Electricity-Packets in Open-Electric-Energy-Netw … More ork. Cooperative control actions by multiple power producers in a competitive electricity market is also studied. Dr.S.Iwamoto applied a GPS (Global Positioning System) technology for identifying the source of power system harmonics. A robust control method of generator was also studied. Dr.Y.Mitani proposed a method to enhance the network efficiency and system stability by applying the dynamical power flow control with power electronics in the open power network. Dr.S.Yamashiro developed a transmission expansion planning method based on the fuzzy theory. It includes the customer reliability and interruption cost, which were surveyed in Hokkaido area. The expecting profit of PV-SMES with short-run marginal cost are also discussed. Dr.H.Asano proposed a method of regional transmission capacity cost to reflect the proximity of the demand site of IPP_s. He also developed a model of wheeling rate based on short-run marginal cost, considering transmission capacity constraints and transmission loss calculation. Less

在本次合作研究中，我们探讨了电力工业放松管制后，实体之间的电网控制和管理将需要更加复杂和微妙的过程。丰田章男博士基于生态学理论提出了IOU和IPP的市场力动力学模型。关于低品位太阳能发电的柔性输送，大泽洋一博士讨论了光伏发电系统与SMES的直流环节，并对该系统的管理与控制进行了研究。A.Yokoyama博士开发了一种新的方法，该方法使用分层分布式结构计算系统特征值，用于电力公司放松管制环境中的在线稳态稳定性监测。该方法在未来引入FACTS装置的系统中也是有效的。齐藤博士讨论了在开放式电力能源网络中能够控制电力包流动的电力存储设备的自主充电和放电功能。 ...更多信息 好吧。研究了竞争性电力市场中多个发电商的协调控制行为。S.Iwamoto博士应用GPS（全球定位系统）技术来识别电力系统谐波的来源。研究了发电机的鲁棒控制方法。三谷洋一博士提出了一种在开放式电力网络中应用电力电子技术的动态潮流控制来提高网络效率和系统稳定性的方法。山城博士开发了一种基于模糊理论的输电网扩展规划方法。其中包括在北海道地区调查的用户可靠性和停电成本。讨论了考虑短期边际成本的光伏型中小企业的期望利润。浅野博士提出了一种区域输电容量成本的方法，以反映IPP_s的需求地点的接近程度。他还开发了一个基于短期边际成本的旋转率模型，考虑了传输容量约束和传输损耗计算。少

项目成果

S.Yamashiro, K.Nakamura, O.Terada, Y.Tomaki: "Residential Cost of Power Service Interruption" Proceedings of ICEE '96. 25-29 (1996)

S.Yamashiro、K.Nakamura、O.Terada、Y.Tomaki：“电力服务中断的住宅成本”ICEE 96 论文集。

H.Asano and K.Okada: "Evaluation of Electric Transmission Pricing Policies in Japan" Joint IEW/JSER International Conference on Energy, Economy and Environment, Osaka University. 25-27 (1996)

H.Asano 和 K.Okada：“日本电力传输定价政策的评估”联合 IEW/JSER 国际能源、经济和环境会议，大阪大学。

岡田健司、浅野浩志、松川勇: "Nodal Pricingによる送電料金設定方式の基礎的検討" 平成8年度電気学会電力技術研究会. PE-96-53. (1996)

Kenji Okada、Hiroshi Asano、Isamu Matsukawa：“使用节点定价的输电速率设置方法的基础研究”1996 日本电气工程师学会电力技术研究组 PE-96-53。

近裕一、斎藤浩海、豊田淳一: "競争的環境下における電力システムの計画・運用の検討" 電気学会電力技術研究会. PE-95-99. 21-29 (1995)

Yuichi Chika、Hiromi Saito、Junichi Toyota：“竞争环境下电力系统的规划和运行研究”IEEJ 电力技术研究组。1995 年。

M.Nambu and Y.Ohsawa: "Development of an Advanced Power System Stabilizer Using a Strict Linearization Approach" 1995 IEEE/PES Summer Meeting. 95 SM534-8 PWRS. (1995)

M.Nambu 和 Y.Ohsawa：“使用严格线性化方法开发先进电力系统稳定器”1995 年 IEEE/PES 夏季会议。