概述
1.弗吉尼亚理工大学电力系统优化课程
链接:https://pan.baidu.com/s/1ZLv6NkAn3JbivjO8iowUaQ
提取码:XYBD
课件内容:
(一)配网内容
Lecture 1: Power Distribution Systems Overview(配网概述)
Lecture 2: Load Allocation across a Feeder(配网馈线的负荷分布和计算指标)
Lecture 3: Approximate Feeder Analysis(电压降和网损分析)
Lecture 4: Series Impedance of Distribution Lines(三相线路计算)
Lecture 5: Shunt Admittance of Distribution Lines(配电线路容抗效应)
Lecture 6: Distribution Line Models(配电线路模型)
Lecture 7: Load Models(负荷模型:ZIP模型,时间序列模型,动态建模)
Lecture 8: Voltage Regulation(电压调节器)
Lecture 9: Three-Phase Transformer Models(三相变压器模型)
Lecture 10: Distribution Feeder Analysis(配电馈线潮流计算)
Lecture 11: DistFlow and LinDistFlow(线性潮流模型,二阶锥潮流,三相线性潮流)
Lecture 12: Modeling DERs(DERs建模,包括风光储,热控负荷,电压调节器)
Lecture 13: Distribution Grid Optimization under Uncertainty(不确定性优化:鲁棒优化。机会约束优化,场景优化,多参数规划,)
Lecture 14: Mixed-Integer Optimization Models for Distribution Grids(配网中的混合整数规划问题及技巧)
Lecture 15: Center-Tapped Transformers and Secondaries(中心抽头变压器和次级变压器)
(二)电力系统
Lecture 0: Mathematical Background(数学基础:范数,矩阵,二次函数,海塞矩阵和雅克比矩阵,特征值分解,舒尔算子,泰勒公式)
Lecture 1: Overview and Generation Units(电力系统经典问题及典型发电机组)
Lecture 2: Convex Sets and Convex Functions(凸集和凸函数,与电力系统经济调度问题的联系等)
Lecture 3: Convex Optimization Problems(凸优化问题)
Lecture 4: Lagrangian Duality(拉格朗日对偶,KKT条件)
Lecture 5: Economic Dispatch(经济调度,分段线性和多种优化形式对比)
Lecture 6: Unit Commitment(机组组合,单阶段,多阶段,动态规划)
Lecture 7: Power Flow Problem(潮流问题,潮流方程到潮流模型)
Lecture 8: Network-constrained Economic Dispatch(网络约束经济调度,从调度问题到发电机组规划问题)
Lecture 9: Secure Power System Operation(安全约束下的调度,比如N-1约束)
Lecture 10: Power System State Estimation(电力系统状态评估,基本方法到SCADA和PMU测量区别,可观测性分析)
Lecture 11: Control of Power Generation(发电控制,从【秒级调速器/下垂控制】到【分钟级AGC】到【10分钟级ED】三级控制)
Lecture 12: Gradient and Newton Methods(梯度法和牛顿法)
2.DTU课程学习
DTU课程DTU Summer School 2022 - Advanced Optimization, Learning, and Game‐Theoretic Models in Energy Systems
Jalal Kazempour | Introduction |
Munther Dahleh | A Marketplace for Data – Learning Linear Systems |
Dolores Romero Morales | The Opportunities and Challenges of Mathematical Optimization for Data Science |
Johanna Mathieu | Data‐Driven Distributionally Robust Optimization – Codes |
Andrea Simonetto | Data‐Driven Optimization in Power Systems – Hands-on Exercises |
Saverio Bolognani | Data‐Driven Control in Power Distribution Grids |
Pierre Pinson | Statistical and Machine Learning for Forecasting – Part 2 – Part 3 |
Spyros Chatzivasileiadis | Data‐Driven Methods for Power System Security Assessment – Exercises – Codes – Database |
Jalal Kazempour | Distributed Optimization – Part 2 – Part 3 – Part 4 – Exercises |
Michal Adamaszek | Mosek |
内容包括:
(1)电力系统中的数据驱动方法
(2)数据驱动决策优化
(3)数据驱动预测
(4)分布式优化
最后
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