KTE - 7000WG
WIND POWER GENERATION EXPERIMENT EQUIPMENT
Equipment Introduction
The Wind Generating Test System (KTE-7000WG) consists of a wind generating system and a wind power conversion test system.
The power used in the test is generated from a virtual wind generating system, and the power conversion test system converts the generated electrical energy into usable power for normal load operation through AC–DC and DC–AC power conversion.
In addition, the power conversion test system provides basic sequence control circuits through an automatic control section, enabling control tests according to various wind power generation capacities.
Equipment characteristics
The system is composed of a Wind Generator module and a Power Conversion module.
The Power Conversion module consists of a charge controller, battery, stand-alone inverter, grid-connected inverter, automatic transfer switch (ATS), and load devices, and is equipped with a comprehensive control system.
The equipment is designed in a console-type structure, allowing operation anywhere a commercial power supply is available.
Banana plug connectors are used to minimize circuit configuration time and improve training efficiency.
The power conversion unit and control panel are vertically integrated, providing clear system visibility and compact installation.
When electrical power is overproduced, excess power is supplied to the commercial grid; when power production is insufficient, power is supplied from the commercial grid.
The system can be interlocked with the KTE-DA100 monitoring system, enabling convenient monitoring and experimentation of wind power generation systems.
(Optional) Automatic control adjustment module using SQ or PLC control is available.
Education Contents
Installation training for off-grid inverter systems
Load testing of the wind power generation module
Configuration of parallel control circuits and load power input circuits
Configuration of automatic transfer circuits during power discharge or power failure
Configuration and operation of grid-connected inverter circuits
Training on battery power input circuits
Experiments on power output using parallel circuit configurations
Real-time monitoring experiments
System connection and inverter-based load operation experiments
Detailed Configuration
Composition of Gerarator of Electric Converter
Composition of Control Panel
(Power Conversion Section)
Structure of DA100 Program
1) Diagram display and real-time electrical monitoring
System diagram display with real-time visualization of voltage, current, and power status
2) Voltage, current, and power chart
Graphical display of voltage, current, and power data for performance analysis
3) Efficiency calculation and analysis
Solar cell efficiency calculation
Wind turbine efficiency calculation
Efficiency analysis of stand-alone inverter and grid-connected inverter systems
4) Data logging control
Toggle switch to start program operation and save measured data
Function
Real-time monitoring of measured temperature data
Displays operational status of solar power generator, wind power generator, charge controller, battery, grid-connected inverter, stand-alone inverter, and commercial power, including DC voltage, DC current, AC voltage, and AC current
Supports real-time monitoring of battery charge and discharge conditions
Allows the system flow diagram to be saved as a JPG file
Automatically sets the Excel file name at program startup and continuously saves data to prevent data loss caused by unexpected events such as power outages or program shutdowns
Provides an integrated wind power generation experiment and measurement system with visualized data display
Calculation
Video Clips for Product Usage
