Induction Motor & Transformer Application

Introduction

Conventional coal, gas, and oil-based energy sources are very helpful to boost a country's economy. On the other hand, some harmful environmental effects have forced us to use these resources to a certain degree and diverted our attention to renewable energy resources. The social, economic, and environmental issues can be omitted by using Renewable energy sources because these resources are considered environmentally friendly, and have little or no exhaust emissions and toxic gases such as carbon dioxide, sulfur dioxide, etc. In the near future, renewable energy will be a vital source of power generation since we can use these tools to generate valuable energy again and again. Public jobs, better health, work growth, work formation, consumer choice, improved standard of living, social bonds, income development, demographic impacts, the establishment of social bonds, and community development can be achieved through the proper use of the renewable energy system. Along with the advantages of renewable energy options, these are difficult to build and are sensitive to local climate and conditions. Compared with other projects, their modeling, execution, and preparation need further thought and expertise.

This training course will feature:

• State-of-the-art knowledge of the available computational methods
• Efficient computational methods that can be applied for the analysis of the respective reliability problems
• Description of the appropriate sets of reliability and operational indices that need to be calculated
• Presentation of application examples by using practical power systems and case studies
• Important conclusions concerning the necessary procedures and practices for the planning and operation of power generation systems with an increased penetration level of renewable energy installations

Objectives

By the end of the training, participants will be able to:

• Deal with renewable energy sources technologies
• Understand the impact of renewable energy sources
• Able to solve barriers to alternative energy technologies
• Analysis of the planning, regulation, and policy for renewable energy sources
• Gaining expertise and becoming more well-rounded in renewable energy sources
• Determine the most important aspects of renewable energy plants that need probabilistic modeling and evaluation assessment
• Understand the main features of the computational methods that are available for the reliability and operational performance modeling of the relevant systems
• Understand the main  indices that need to be calculated for the quantification of power system operational performance
• Carry out practical assessment studies
• Compare and justify alternative schemes for the reinforcement of power generation systems

Training Methodology

This training course will employ a range of validated adult learning strategies to ensure optimal interpretation, interpretation, and retention of the presented content. They primarily involve suitable PowerPoint slides that have been designed efficiently to include all the details required for the full knowledge of the respective theoretical and practical subjects. Reasonable examples are also provided to get a better understanding of the key points of each subject. A collection of notes will be available, including all the presentation slides and an expanded list of references. The participants should perform a mini-project.

Who Should Attend?

This training course is for every level of managers in organizations of any size or sector who need an understanding of renewable energy sources technologies issues. The course provides managers, engineers, and team leaders with the knowledge and skills to manage renewable energy-related business planning & operating and the impact on the grid.

Course Outline

DAY 1: INTRODUCTION OF RENEWABLE ENERGY SOURCES

• Introduction
• Why Renewable Energy?
• What are “Sustainable Energy Resources”?
• What are the Renewable Energy Applications?
• Important Characteristics of Renewable Technologies
• Barriers to Alternative Energy Technologies

DAY 2: SOCIAL IMPACT OF RENEWABLE ENERGY SOURCES

• Social Impacts Comparing to other technologies
• Health Impacts
• Impacts on Education
• Impacts on Rural Development
• Cultural Impact
• Renewable Technologies Impact on Society

DAY 3: ENVIRONMENTAL IMPACT OF RENEWABLE ENERGY SOURCES

• Life Cycle Uses of Energy
• Greenhouse Gas Emissions
• Local and Regional Air Pollution
• Land and Water Use
• Wind, Solar, Geothermal, Hydroelectric, and Biomass: Provides Impact

DAY 4: ECONOMICAL IMPACT OF RENEWABLE ENERGY SOURCES

• Costs of Renewable Energy
• Clean-Energy Investments
• Direct Benefit from Saving the Conventional Fuel Costs
• External Benefit from Saving A Deployable Resource
• Renewable Energy Leads to Local Jobs
• Expanding Unsubsidized Private-Sector

DAY 5: PLANNING, DISCUSSION, AND SUMMARY

• Overview of using Renewable Energy in WorldWise
• Technical Limitations
• Policies for the Renewable Energy Transition
• Planning and Strategies
• Regulation for Renewable Energy
• Summarize and Conclusion