frostyduck
Follow
Stars
ETHome is an open-source blockchain based energy community controller
This paper presents the modeling and computer simulation of a control system for a shell and tube heat exchanger, using Bat Algorithms, Particle Swarm Optimization, Flower Pollination Algorithm an…
Harmonic reduction in H-bridge cascade multilevel converters using combined modified BAT algorithm and random strategy
Tuning discrete PID controller using particle swarm optimization.
Modified Kundur 4-machine power system model used to study sensor feedback limitations
Graduation project researching a trading agent on microgrids to trade energy between them
Implementations of DQN, DQN with PER, DDQN with PER, and DDDQN with PER agents to maximise reward in a 14 node power grid station
Solution for DrivenData Challenge "Power Laws: Optimizing Demand-side Strategies" (using DQNs, policy networks)
Deep reinforcement learning approaches for CHP system economic dispatch
This project models cascading failures in power system. Then it uses reinforcement learning to identify critical failure paths to avoid total system collapse.
Modeling, Visualization and Voltage Stability Analysis of Nordic-32, 64 bus power systems using GridCal and NetworkX.
reinforcement learning for voltage control
Reinforcement Learning for Energy Imbalance Management using Voltage Control on TCLs
Voltage stability index in power system
A power network simulator with a Reinforcement Learning-focused usage.
Deep reinforcement learning based energy management strategy for hybrid electric vehicle
An open-source platform for applying Reinforcement Learning for Grid Control (RLGC)
Recently, riding through grid faults and supporting the grid voltage by using grid-connected converters (GCCs) have become major requirements reflected in the grid codes. This paper presents a nove…
A code that helps to start designing adaptive PID controllers with an auto tuning unit based on neural networks
Train Neural Network to achieve nonlinear PD controller property
This repository contains simulating codes for "Comparison of two Energy Trading Systems With Proportional Allocation and Stackelberg Duopoly"