Product Name: Power Conversion Training Kit

model Name: YPCTK-100

Features

1. The power conversion module is designed as an experiment and practice system for electronics and is suitable for students beginning with DC-DC Converter.
2. Circuit operation can be understood through manufacturing practice for each module.
3. It is possible to conduct experiment and practice to check change in output voltage of BUCK BOOST and CUK Modules by adjusting PWM  Gen output DUTY cycle.
4. The textbook is edited and provided in the order of theory, manufacturing practice and report.

Founctions

1. Education and training system for power conversion
2. Education and training for manufacturing 5 modules
3. STEP_UP  DC-DC Converter  manufacturing
4. STEP_DOWN  DC-DC converter manufacturing
5. BUCK BOOST DC-DC Converter manufacturing
6. CUK DC-DC Converter manufacturing

Training Contents

1. Principle of SMPS(Swtching Mode Power Supply)
2. PWM Generator Operation and practice
3. Non-isolated Converter, Boost(Step_up) operation and practice
4. Non-isolated Converter : Buck(Step_down) operation and practice
5. Non-isolated Converter : Buck-Boost (Step_up/down) operation and practice
6. Non-isolated Converter : CUK(Step_up/down) operation and practice

Components

Specification

Product Name: Solar Energy Generation Trainer

model Name: YSEGT-1000

Features

1. Helps users understand solar energy generating system by combining light source, charging controllers, converter, inverter, etc as a module.
2. Provides customized power generation system designing practices for manufacturing commercial products or practical training.
3. Every module is controlled through computer and has test pins for users to measure characteristics of each circuit.
4. Every module can be powered by battery during practices. 
5. Power efficiency of each module is displayed on GUI in real time.
6. Incident angle of light source can be changed.
7. Each chapter of text book has objective of practice, theories, practices and report.

Founctions

1. Understanding structure and concept of solar energy geration system 
2. Understanding&designing  energy conversion process 
3. Understanding structure and principles of various inverters and converters 
4. Users can analyze difference in energy generating efficiency according to incidence angle of light. 
5. Supports capacity expansion practice through serial/parallel connection of solar cells. 
6. Supports tracking system control practices using microprocessor. 
7. Beep sounds when connecting module to other module with opposite polarity.

Training Contents

Chapter 1 Overview and composition of solar energy generation 
Chapter 2 Types and characteristics of solar cell 
Chapter 3 I-V characteristics of solar cell  
Chapter 4 Serial/parreral connection characteristics of solar cell 
Chapter 5 Understanding PWM control circuit 
Chapter 6 PWM power control by using microcontroller 
Chapter 7 Practices about applications of PWM power control 
Chapter 8 Overview of converter  
Chapter 9 Designing StepUp converter 
Chapter 10 Designing StepDown converter 
Chapter 11 Overview and types of inverter 
Chapter 12 Designing insulation inverter 
Chapter 13 Designing not insulation inverter  
Chapter 14 Overview of charging/discharging system 
Chapter 15 PC monitoring practice by using GUI / Appendix DATA SHEET(LM2576, LM2577, TL494)

Components

Specification

Product Name: Solar Energy Generation Trainer

model Name: YSEGT-2000

Features

1. Helps users understand solar energy generating system by combining light source, charging controllers, converter, inverter, etc as a module.
2. Provides customized power generation system designing practices for manufacturing commercial products or practical training.
3. Every module is controlled through computer and has test pins for users to measure characteristics of each circuit.
4. Every module can be powered by battery during practices. 
5. Power efficiency of each module is displayed on GUI in real time.
6. Incident angle of light source can be changed.
7. Each chapter of text book has objective of practice, theories, practices and report.

Founctions

1. Understanding structure and concept of solar energy geration system 
2. Understanding&designing  energy conversion process 
3. Understanding structure and principles of various inverters and converters 
4. Users can analyze difference in energy generating efficiency according to incidence angle of light. 
5. Supports capacity expansion practice through serial/parallel connection of solar cells. 
6. Supports tracking system control practices using microprocessor. 
7. Beep sounds when connecting module to other module with opposite polarity.

Training Contents

Chapter 1 Overview and composition of solar energy generation 
Chapter 2 Types and characteristics of solar cell 
Chapter 3 I-V characteristics of solar cell  
Chapter 4 Serial/parreral connection characteristics of solar cell 
Chapter 5 Understanding PWM control circuit 
Chapter 6 PWM power control by using microcontroller 
Chapter 7 Practices about applications of PWM power control 
Chapter 8 Overview of converter  
Chapter 9 Designing StepUp converter 
Chapter 10 Designing StepDown converter 
Chapter 11 Overview and types of inverter 
Chapter 12 Designing insulation inverter 
Chapter 13 Designing not insulation inverter  
Chapter 14 Overview of charging/discharging system 
Chapter 15 PC monitoring practice by using GUI / Appendix DATA SHEET(LM2576, LM2577, TL494)

Components

Specification

Product Name: Wind Energy Generation Training System

model Name: YWEGT-1000 Blade Type

Features

1. Designed to allow indoor experiments for the principle of wind power generation
2. The system is composed of blower, blade, load module, wind speed meter, DC/AC inverter, battery and quick charger
3. For the purpose of safety, load and inverter modules are contained in a steel enclosure
4. Blade support frame is provided to endure the wind pressure when wind is applied to the blade by the blower.
5. Real-time wind speed measurement using a wind speed meter.
6. The load module is equipped with an LCD for real-time checking of blade RPM.
7. The DC/AC  inverter module is equipped with an LCD to check voltage and current.
8. Each chapter of the training textbook is composed of theory, practice and report.
9. Manufacturing practice for power conversion and measurement of circuit characteristics

Founctions

1. Measuring energy vs. number of blades
2. Measuring energy vs. blade  angle
3. Measuring energy vs. the speed of blower
4. Measuring blade RPM vs. load
5. Manufacturing power conversion circuit.

Textbook Contents

1. Introduction to wind power generation
2. Configuration and structure of wind power generation
3. Understanding wind power generator
4. Measuring power generation vs, wind speed
5. Measuring power generation vs, number of blades
6. Measuring power generation vs, blade angle
7. Measuring RPM vs, load 8. Measuring energy generation and energy conversion
9. Power conversion experiment using DC/AC converter
10. PWM generator manufacturing practice
11. BOOST(Step_UP) type manufacturing practice
12. BUCK(Step_Down) type manufacturing practice
13. BUCK_BOOST(Step_Up/Down) type manufacturing practice
14. CUK(Step_Down) type manufacturing practice
15. Trends and forecast of wind power generatio

Components

PartSpecification

Product Name: Wind Energy Generation Training System

model Name: YWEGT-1000 Hand Type

Features

1. 1. Measuring generators’ 3-phase output energy
2. Measuring generator rotation vs. hand force
3. Power conversion using converter, inverter and load
4. Magnitude of energy generation vs. load
5. Power conversion circuit manufacturing practic

Founctions

1. Designed to allow indoor experiments for the principle of wind power generation
2. The system is composed of generator, load, DC/DC converter, DC/AC inverter, FlyBack inverter, battery and quick charger
3. For the purpose of safety, load and inverter modules are contained in a steel enclosure.
4. Experiments are conducted under the same environment as wind power generation by applying force to the generator with hand instead of blade in order to exclude noise involved in wind power generation experiments
5. Check real-time power generation vs. hand force
6. Power conversion practice using DC/DC converter and DC/AC inverter
7. Designed to test and check the magnitude of energy generated
8. Each chapter of the training textbook is composed of theory, practice and report.
9. Manufacturing practice for power conversion and measurement of circuit characteristics

Textbook Contents

1. Introduction to wind power generation
2. Configuration and structure of wind power generation
3. Understanding wind power generator
4. Measuring energy vs, generation speed
5. Features of generator’s 3-phase output
6. Measuring energy generation and energy conversion
7. Power conversion practice using DC/AC converter
8. Power conversion practice using DC/AC inverter
9. Power conversion practice using FryBack inverter
10. PWM generator manufacturing practice
11. BOOST(Step_UP) type manufacturing practice
12. BUCK(Step_Down) type manufacturing practice
13. BUCK_BOOST(Step_Up/Down) type manufacturing practice
14. CUK(Step_Down) type manufacturing practice
15. Trends and forecast of wind power generation

Components

PartSpecification