Renewable energy generation system (solar power) engineering
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Description
Book Introduction
Until now, the Industrial Revolution has been all about increasing productivity based on the development and use of energy.
The Fifth Industrial Revolution (Industry 5.0) is ushering in an era of metacognitive biotechnology development based on resources and the environment, in a metaverse world where humans and robots are partners and generative artificial intelligence (AI) technology can control evolved risks.
If we rely solely on traditional fossil fuels to meet the massive energy demands of this era, we will be unable to solve serious problems such as global warming and environmental pollution.
Engineers, who have the responsibility to pass on a clean and healthy global environment to future generations, have the mission to produce and distribute clean energy sources that can replace fossil fuels without shortage.
To promote the development, research, and utilization of alternative energy, the country has established a compliance system for the UN's Sustainable Development Goals (SDGs) and the Paris Agreement on Climate Change, including the enactment of the "Act on Promotion of Development, Use, and Distribution of New and Renewable Energy" and the "Basic Act on Carbon Neutrality and Green Growth for Climate Crisis Response." As a partner in the international community, Korea is striving to protect the global environment, fulfilling its responsibility as such.
The author has already provided fragmented knowledge in the field of renewable energy to students and engineers, but hopes that this knowledge will be conveyed, shared, and utilized by a wider range of stakeholders, providing practical assistance in the production and use of clean energy.
Therefore, we have published a new third revised edition by citing various sources and consulting with experts to address the shortcomings in the previous edition.
We hope that this book will serve as the ultimate guide to understanding renewable energy and be used by students in related departments and as a reference for national technical qualification exams.
Additionally, if there are any shortcomings or unexpected errors during the writing process, please let us know so we can correct them. We will continuously improve this book to ensure it remains a worthy textbook on renewable energy engineering.
The Fifth Industrial Revolution (Industry 5.0) is ushering in an era of metacognitive biotechnology development based on resources and the environment, in a metaverse world where humans and robots are partners and generative artificial intelligence (AI) technology can control evolved risks.
If we rely solely on traditional fossil fuels to meet the massive energy demands of this era, we will be unable to solve serious problems such as global warming and environmental pollution.
Engineers, who have the responsibility to pass on a clean and healthy global environment to future generations, have the mission to produce and distribute clean energy sources that can replace fossil fuels without shortage.
To promote the development, research, and utilization of alternative energy, the country has established a compliance system for the UN's Sustainable Development Goals (SDGs) and the Paris Agreement on Climate Change, including the enactment of the "Act on Promotion of Development, Use, and Distribution of New and Renewable Energy" and the "Basic Act on Carbon Neutrality and Green Growth for Climate Crisis Response." As a partner in the international community, Korea is striving to protect the global environment, fulfilling its responsibility as such.
The author has already provided fragmented knowledge in the field of renewable energy to students and engineers, but hopes that this knowledge will be conveyed, shared, and utilized by a wider range of stakeholders, providing practical assistance in the production and use of clean energy.
Therefore, we have published a new third revised edition by citing various sources and consulting with experts to address the shortcomings in the previous edition.
We hope that this book will serve as the ultimate guide to understanding renewable energy and be used by students in related departments and as a reference for national technical qualification exams.
Additionally, if there are any shortcomings or unexpected errors during the writing process, please let us know so we can correct them. We will continuously improve this book to ensure it remains a worthy textbook on renewable energy engineering.
index
Chapter 1 New and Renewable Energy
1.1 Definition and types of new and renewable energy
1.2 The Importance of New and Renewable Energy
1.3 Types of new and renewable energy
1.4 Energy Storage Systems (ESS)
1.5 Future Energy
1.6 Climate Change Countermeasures and Climate Agreements
Chapter 2: Overview of Solar Power Generation Systems
2.1 Overview of Solar Power Generation
2.2 Definition and types of solar power generation systems
2.3 Solar cells
2.4 Components of a solar power generation system
Chapter 3 Solar Modules
3.1 Solar modules
3.2 Installation of solar arrays
Chapter 4: Solar Inverters / 125
4.1 Overview of Solar Inverters
4.2 Functions of Solar Inverters
4.3 Inverter Selection
4.4 Self-reliant operation system during power outage
4.5 Types and Features of Inverters
Chapter 5 Related Devices and Parts
5.1 Bypass devices and backflow prevention devices
5.2 Connected
5.3 AC side equipment
5.4 Battery
5.5 Lightning Countermeasures
5.6 Monitoring and Disaster Prevention/Security System
Chapter 6 Smart Grids and Microgrids
6.1 Smart Grid Overview
6.2 Micro Grid
Chapter 7: Solar Power Generation Design Technology
7.1 Solar power generation system design
7.2 Solar cell array design
7.3 Power generation system configuration
7.4 Electrical Design of Solar Power Generation Systems
7.5 Transmission and distribution facilities
7.6 Solar power generation
7.7 Design of crime prevention, disaster prevention, and control systems
7.8 Design Documents
Chapter 8: Construction of Solar Power Generation Facilities
8.1 Construction standards for solar power generation systems
8.2 Solar power generation facility construction plan
8.3 Construction of solar power generation facilities
8.4 Wiring work
8.5 Grounding work
8.6 Lightning protection equipment
Chapter 9 Maintenance and Operation of Solar Power Generation Facilities
9.1 Maintenance
9.2 Solar power generation system operation
9.3 Solar Power Generation Monitoring System Management
9.4 Quality Control of Solar Power Generation Facilities
9.5 Post-Use Waste Disposal Plan
Chapter 10 Supervision
10.1 Terminology
10.2 Types and Roles of Supervision
Chapter 11 Basic Plan and Permits
11.1 Establishment of a basic plan
11.2 Licensing and Consultation with Related Agencies
11.3 Economic Feasibility Analysis
Chapter 12: Introduction to Soil and Foundations
12.1 Basics
12.2 Earthwork (cutting and stacking)
12.3 Structure Foundation Plan
12.4 Slope Planning
Chapter 13: Introduction to Structural Engineering
13.1 Structure
13.2 Composition of concrete
13.3 Understanding Terminology
13.4 Application standards and materials used
13.5 Design Applicable Load
13.6 Steel Structure Joints
13.7 Structural design method
Chapter 14: Building Basics
14.1 Solar power generation facilities applied to buildings
14.2 Summary of Building Permit Procedures
14.3 Characteristics of building finishing materials
Chapter 15: Solar Power Plant Ordering Practices
15.1 Goods Purchase Agreement (Example)
15.2 Joint Procurement Agreement (Joint Implementation Method)
15.3 Understanding the Terms of the Contract
15.4 Pricing and Technical Specifications
Chapter 16 Related Laws and Operating Guidelines
16.1 Act on Promotion of Development, Use, and Distribution of New and Renewable Energy (abbreviated as New and Renewable Energy Act)
16.2 Regulations on Support for New and Renewable Energy Facilities
16.3 Management and Operation Guidelines for the New and Renewable Energy Supply Obligation System and Fuel Blending Obligation System
16.4 Framework Act on Carbon Neutrality and Green Growth to Respond to the Climate Crisis
16.5 Electricity Business Act
16.6 Electrical Works Act
16.7 Electrical Safety Management Act
References
1.1 Definition and types of new and renewable energy
1.2 The Importance of New and Renewable Energy
1.3 Types of new and renewable energy
1.4 Energy Storage Systems (ESS)
1.5 Future Energy
1.6 Climate Change Countermeasures and Climate Agreements
Chapter 2: Overview of Solar Power Generation Systems
2.1 Overview of Solar Power Generation
2.2 Definition and types of solar power generation systems
2.3 Solar cells
2.4 Components of a solar power generation system
Chapter 3 Solar Modules
3.1 Solar modules
3.2 Installation of solar arrays
Chapter 4: Solar Inverters / 125
4.1 Overview of Solar Inverters
4.2 Functions of Solar Inverters
4.3 Inverter Selection
4.4 Self-reliant operation system during power outage
4.5 Types and Features of Inverters
Chapter 5 Related Devices and Parts
5.1 Bypass devices and backflow prevention devices
5.2 Connected
5.3 AC side equipment
5.4 Battery
5.5 Lightning Countermeasures
5.6 Monitoring and Disaster Prevention/Security System
Chapter 6 Smart Grids and Microgrids
6.1 Smart Grid Overview
6.2 Micro Grid
Chapter 7: Solar Power Generation Design Technology
7.1 Solar power generation system design
7.2 Solar cell array design
7.3 Power generation system configuration
7.4 Electrical Design of Solar Power Generation Systems
7.5 Transmission and distribution facilities
7.6 Solar power generation
7.7 Design of crime prevention, disaster prevention, and control systems
7.8 Design Documents
Chapter 8: Construction of Solar Power Generation Facilities
8.1 Construction standards for solar power generation systems
8.2 Solar power generation facility construction plan
8.3 Construction of solar power generation facilities
8.4 Wiring work
8.5 Grounding work
8.6 Lightning protection equipment
Chapter 9 Maintenance and Operation of Solar Power Generation Facilities
9.1 Maintenance
9.2 Solar power generation system operation
9.3 Solar Power Generation Monitoring System Management
9.4 Quality Control of Solar Power Generation Facilities
9.5 Post-Use Waste Disposal Plan
Chapter 10 Supervision
10.1 Terminology
10.2 Types and Roles of Supervision
Chapter 11 Basic Plan and Permits
11.1 Establishment of a basic plan
11.2 Licensing and Consultation with Related Agencies
11.3 Economic Feasibility Analysis
Chapter 12: Introduction to Soil and Foundations
12.1 Basics
12.2 Earthwork (cutting and stacking)
12.3 Structure Foundation Plan
12.4 Slope Planning
Chapter 13: Introduction to Structural Engineering
13.1 Structure
13.2 Composition of concrete
13.3 Understanding Terminology
13.4 Application standards and materials used
13.5 Design Applicable Load
13.6 Steel Structure Joints
13.7 Structural design method
Chapter 14: Building Basics
14.1 Solar power generation facilities applied to buildings
14.2 Summary of Building Permit Procedures
14.3 Characteristics of building finishing materials
Chapter 15: Solar Power Plant Ordering Practices
15.1 Goods Purchase Agreement (Example)
15.2 Joint Procurement Agreement (Joint Implementation Method)
15.3 Understanding the Terms of the Contract
15.4 Pricing and Technical Specifications
Chapter 16 Related Laws and Operating Guidelines
16.1 Act on Promotion of Development, Use, and Distribution of New and Renewable Energy (abbreviated as New and Renewable Energy Act)
16.2 Regulations on Support for New and Renewable Energy Facilities
16.3 Management and Operation Guidelines for the New and Renewable Energy Supply Obligation System and Fuel Blending Obligation System
16.4 Framework Act on Carbon Neutrality and Green Growth to Respond to the Climate Crisis
16.5 Electricity Business Act
16.6 Electrical Works Act
16.7 Electrical Safety Management Act
References
GOODS SPECIFICS
- Date of issue: August 29, 2025
- Page count, weight, size: 752 pages | 190*260*40mm
- ISBN13: 9788938117182
- ISBN10: 8938117189
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