Future Directions in Energy Engineering

Future Directions in Energy Engineering

Challenges, Opportunities, and Sustainability

Wang, Xiaolin

Springer International Publishing AG

08/2024

142

Dura

9783031620416

15 a 20 dias

Descrição não disponível.
Exploring Weather Research and Forecasting WRF Model Parameterizations for Enhanced Solar and Wind Energy Resources Predictions in Malawi.- Intraday Solar Irradiance Forecasting based on Hybrid Machine Learning Methodology for Photovoltaic Power Applications.- Integrated Energy Management System Approach for Off Grid Residential Home.- The Role of Integration of Hybrid Microgrids in Decarbonising Copper Deposits Mining in Australia.- Utilizing Wind Farms and Electric Vehicles to Mitigate the First and Second Frequency Dips in Power Systems.- Performance analysis of PEMFC coupled with recuperative organic Rankine cycle for waste heat recovery.- Interdependency of Passive Design Strategies for Energy Efficient Building Envelope.- Harnessing Solar Energy for Efficient Cooling In Hot Weather Regions A Comparative Experiment on Solar Assisted air Conditionings Energy Efficiency.- Optimizing the Urban Rail Transit System for Minimal Passenger Waiting Time and Reduced Traction Energy Consumption.- Potentiality of Agricultural Residues from Pruning Fruit Trees for Energy Source in Northern Thailand.- Microwave assisted pretreatment of lignocellulosic biomass with a low transition temperature mixture choline chloride glycerol.- Study on Enhancement of the Interfacial Water Absorption Process by an Electrostatic Field.- Performance Assessment of Co MnO2 C Cathodic Catalyst in Pipe Type Microbial Fuel Cells.- Mk4 Kiln In Brick Manufacturing In Peru Reduction Of Pollutants And Maximum Energy Efficiency For Sustainable Production.- Analyzing Supply Chain Structures with Petri Nets A Composition Based Approach.
Smart Grids;Renewable Energy;Distribution Power System;Energy Storage;Green Energy;Energy Access;Energy and Sustainable Development;Energy Management;Energy Supply and Demand;Climate Change