WEGT-1000 Hand

FEATURES :

Designed to allow indoor experiments for the principle of windnpower generation
The system is composed of generator, load, DC/DC converter, DC/AC inverter, FlyBack inverter, battery and quick charger
For the purpose of safety, load and inverter modules are contained in a steel enclosure.
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
Check real-time power generation vs. hand force
Power conversion practice using DC/DC converter andnDC/AC inverter
Designed to test and check the magnitude of energy generated
Each chapter of the training textbook is composed of theory, practice and report.
Manufacturing practice for power conversion and measurement of circuit characteristics

Category: Green Technology

Description

Description

TEXTBOOK CONTENTS :

Introduction to wind power generation
Configuration and structure of wind power generation
Understanding wind power generator
Measuring energy vs, generation speed
Features of generator􀁳s 3-phase output
Measuring energy generation and energy conversion
Power conversion practice using DC/AC converter
Power conversion practice using DC/AC inverter
Power conversion practice using FryBack inverter
PWM generator manufacturing practice
BOOST(Step_UP) type manufacturing practice
BUCK(Step_Down) type manufacturing practice
BUCK_BOOST(Step_Up/Down) type manufacturing practice
CUK(Step_Down) type manufacturing practice
Trends and forecast of wind power generation

COMPONENTS :

Generator : 1 Set
Load Module : 3 Module
DC/DC Converter : 1 Module
Fly/Back Inverter : 1 Module
DC/AC Inverter : 1 Module
Battery : 1EA
Quick Charger : 1EA
Connection Cable : 1 Set
Textbook
Power Conversion Training Kit (Option) : 5 Module

FUNCTIONS :

Measuring Generator S3-Phase Output Energy
Measuring Generator Rotation vc Hand Force
Power Conversion Using Converter, Inverter & Load
Magnitude of Energy Generation vs Load
Power Conversion Circuit Manufacturing Practice