MR419E Solar And Wind Trainer Renewable Training Equipment Teaching Equipment
1. Equipment introduction
1.1 Overview
This training device is designed to simulate and demonstrate the process of wind power generation and solar power generation, so that students can intuitively understand the working principle of wind and solar hybrid power generation systems. The device mainly includes wind turbines, solar panels, aluminum column frame structures, built-in measuring instruments, universal wheels and safety protection systems. Through relevant experimental operations, students can have an in-depth understanding and master the relevant knowledge and skills of wind and solar hybrid power generation systems.
1.2 Features
(1) Reasonable structural design: The training platform adopts an aluminum column frame structure, which integrates measuring instruments and training power supplies. It has universal wheels at the bottom, which is convenient for movement and combination use, and is not easily damaged.
(2) Complete equipment configuration: The experimental circuits and devices are fully configured and can be used for a variety of experimental projects, which helps to cultivate students' practical operation abilities and theoretical knowledge.
(3) High safety: The training platform has a good safety protection system to ensure the safety of the experimental process.
(4) Simulate the real environment: By simulating wind and light sources, the experimental process is closer to the real wind and solar power generation environment.
(5) Strong practicality: The design of the device focuses on practicality and provides students with an ideal practical learning platform.
2. Technical parameters
Input power
Single-phase three-wire 220V±5%, 50Hz
weight
Wind power generation device: about 55KG
Solar power generation device: about 75KG
Training platform: about 150KG
size
Frame: 1580mm*1280mm*1600mm
Solar panel: 2060mm*100mm*1080mm
Training table: 1460mm*790mm*1540mm
working environment
Temperature: -10～+40℃, temperature ≤80℃
Humidity: 35~85%RH (no condensation)
There are no corrosive, flammable gases or large amounts of conductive dust around
3. Components list and detailed introduction
Main part
No Name
1 Wind simulation and light simulation installations
2 Training platform
3 Solar wind power generation device
4. Experiment list
Experiment 1 Battery Charging Characteristics and Discharge Protection
Experiment 2 Home Energy Production Teaching System Connection Training Experiment
Experiment 3 Basic Principles of Inverter Experiment
Experiment 4 Photovoltaic panel open circuit voltage test experiment
Experiment 5 simulated wind power generation system experiment
Experiment 6 Series and parallel experiments of photovoltaic panels
Experiment 7 Maximum power measurement experiment of photovoltaic panels under different lighting conditions
Experiment 8 Wind Energy Charging Control Experiment
Experiment 9 Inverter power supply drives AC load experiment
Experiment 10 Solar panel degradation failure experiment
Experiment 11 simulated ground fault experiment
Experiment 12 simulated short circuit experiment
Experiment 13 Software Communication Experiment
