Name: Shen Xinwei
Type: User
Company: Shenzhen International Graduate School, Tsinghua University
Bio: I am an Asst. Professor in Tsinghua Shenzhen International Graduate School.
Research Interests: Optimization for energy systems, Energy Internet
Location: Shenzhen, China
Blog: http://xinweishen.com/
Shen Xinwei's Projects
Academic Website for TSIGS-ORIEDS
Repository for the course "Advanced Power Network Analysis". Codes for homework are included here.
Branch and Bound algorithm implemented as project for optimization course EA044.
Column and Constraints Generation Algorithm to solve Two-Stage Robust Optimization problems
A small Python 3 package that provides all the instruments to quickly implement your own Clarke & Wright Savings heuristic algorithm
This repo solves CVRP with Google ortools
Deep Reinforcement Learning study notes
Data and codes for the ANN-based electricity-gas dispatch article on Arxiv.
Integrated Energy Distribution System Planning method, include a matlab version and a Python version
optimal power flow IEEE 8500 node test feeder
heuristics for the optimization of the inter-array cable layout for wind power plants
Light text markup for creating websites
Projects by June, 2019
matlab
matlab test repository
Collection of Matlab tools developed for use with OpenFAST
HW codes of Optimization methods in Modern Power System (OMPS) , owned by all the graduates of 2022 fall at Tsinghua SIGS who paticipated in this course
Main repository for the NREL-supported OpenFAST whole-turbine and FAST.Farm wind farm simulation codes.
Offshore Wind Farm Radial ECS Planning with some pratical concerns and case studies
Parallel Fortran Unit Testing Framework
A collection of Pyomo examples
The implementation of scenario generation for renewables production process
RouteOpt
Implementation of Simplex Algorithm and Branch & Bound Algorithm
Two examples for distribution network planning (DNP) method based on Second-Order cone programming (SOCP) relaxation and Linear Distflow are included here. The Objective is to minimize the investment cost on distribution lines and the value of lost load(VOLL).
This is the Matlab code for the Switch Opening and Exchange (SOE) method used in paper "Switch Opening and Exchange Method for Stochastic Distribution Network Reconfiguration" that has been accepted by and will be published in IEEE Transactions on Smart Grid.