1. A Robust and Optimal Intelligent Parking IoT Management in the Presence of Uncertainties Based on Interval Particle Swarm Optimization Algorithm

Guobin Yan; Shunlei Li

Volume 1, Issue 1 , February 2022, Pages 1-14

  Recently, the application of the intelligent parking lot (IPL) in the power market has been exponentially increasing to decrease the greenhouse gasses, the pollution, and to decrease the deviation cost of the energy production based on electric vehicles (EV). IPLs uses charge and discharge features of ...  Read More

2. Optimal Gas Turbine Size Selection in a Hybrid SOFC-Micro Gas Turbine System Based on Meta-heuristics

Caiyuan Xiao; Guiju Zhang

Volume 1, Issue 1 , February 2022, Pages 15-29

  This paper presents an analysis of improving the efficiency of a hybrid solid oxide fuel cell (SOFC) and a micro gas turbine (mGT) system. The main reason for using SOFC technology is the generation of its less harmful products with higher performance compared to the traditional power generation systems. ...  Read More

3. Energy Demand Forecasting in Taiwan by Improved Manta Ray Foraging Optimizer

Haoran Fu; Huahui Li; T. Ramayah

Volume 1, Issue 1 , February 2022, Pages 30-45

  A new methodology is suggested in this study for providing an optimum energy demand forecasting for the future projections. The paper presents an improved version of manta ray foraging optimizer (iMRFO) for giving an optimum and suitable forecasting model. The model designing has been done on Taiwan ...  Read More

4. An Optimized Iron Ore Price Forecasting Using Convolutional Neural Network Optimized by Modified Search and Rescue Optimization Algorithm

Lin Yongxing; Si Yanru

Volume 1, Issue 1 , February 2022, Pages 40-60

  One of the most widely used metals in the world is the Iron. The world cost of iron ore is defineded by its supply and demand. Numerous variabes such as steel, scrap, oil, gold, interest rate, inflation rate, dollar value, and stock value affect the world price of iron ore. Therefore, for economic investment ...  Read More

5. Design and Assessment of Direct Torque Controller for DFIG Based Wind Turbine Using Space Vector Modulation and Matrix Convertor Methods

Huo Dongdong

Volume 1, Issue 1 , February 2022, Pages 61-72

  In this paper, a control approach for direct control of the wind turbine torque based on a doubly-fed induction generator using space vector modulation and matrix convertor control method is presented and also evaluated. The goal of many conventional torque control methods is creating a sinusoidal current ...  Read More

6. Implementation of Fuel Cell for Mitigation of Electric Vehicle ambiguity According to Response of Demand, PV and Wind Power

Giorgos Jimenez

Volume 1, Issue 1 , February 2022, Pages 73-104

  Environment and financial matters provide careful attention to electric vehicles (EV) and economical power resource benefits. There is an answer suggestion for increasing the effect of this benefit that is using the Potential of electric vehicles. The capacity for electric vehicles needs getting ready ...  Read More