ZM2150 Didactic system of domestic energy production Teaching Equipment Wind Turbine Training Equipment
1.1 Overview
This training device includes modules such as solar power generation devices, photovoltaic panel power generation devices, inverters, and light-emitting controllers. Through related experiments, you can study the principles of solar and wind power generation, and cultivate students' corresponding knowledge and skills. It is suitable for vocational and vocational colleges , Secondary vocational school and technical school related professional teaching and skills assessment.
1.2 Features
(1) The training device adopts an aluminum column frame structure, and the power supply is integrated and installed.
(2) The unit circuit hanging box is fully configured and can be used in combination to complete the training content of various courses.
(3) The relevant units can be flexibly added to or deleted from the experimental subjects to meet the needs of different users.
(4) The device has a good safety protection system.
2 Performance parameters
(1) Input power: single-phase AC120V ± 10% 60Hz
(2) Dimensions: Dimensions: Wind power device: 1210mm × 1210mm × 2440mm
Solar power generation device: 1500mm × 1500mm × 2750mm
raining platform size: 1610mm × 800mm × 1350mm
(3) Overall capacity: <2KVA
(4) Weight: <280kg
(5) Working conditions:
Ambient temperature -10 ℃ ～ + 40 ℃
Relative humidity ＜ 85% （25 ℃）
3.Specific characteristics:
Includes: Wind turbine generator and controller, load modules (inductive, capacitive and resistive), inductors and capacitors module for filtering, module for connection to the local electrical installation, module for testing solar panels using a halogen lamp, solar panel monocrystalline silicon and dc-dc converter module; Additional features: Includes interface for data acquisition by PC, capable of measuring at least 4 values of current and voltage, at the same time, Ability to simulate different wind speeds and different types of turbines with the wind generator, Ability to carry out practices for generation, storage and conversion (DC to AC and DC to DC) in solar and wind energy, Includes Power Inverter module using IGBTs, rectification and filtering module using power diodes and capacitors, Includes brightness adjustment in the test module of solar panels, to simulate different lighting conditions
4 Product composition
4.1 platform
The power box contains the battery box, AC output, measuring instruments, AC power distribution panel, and circuit breaker and emergency stop switch. • Ability to generate, store and transform practices (DC to AC and AC to DC) in solar and wind energy
4.2 Wind turbines and photovoltaic panels
4.3 Blower and 600W Solar Simulator
Ability to simulate different wind speeds
4.4 Main supporting experimental hanging boxes and devices
(1) 1 controller box
Includes interface for collecting data over a WAN network or LAN
(2) 1 inverter box
(3) 4 instrument boxes
(4) 1 load box
5 can complete experimental training projects
1. Understanding of solar energy
2. Understanding of wind energy
3. Wind power training
4. Solar power training
5. Collection of training data for wind and solar power training
