SMTG1013 Solar Wind Energy Trainer With Connection to Mains Educational Equipment Technical Skills Training Renewable Training System 1. Product Introduction 1.1 Product Description This training device can simulate the process of wind power generation and solar power generation, so that students can have a preliminary and intuitive understanding of the wind-solar hybrid power generation system. The wind turbine is driven by a blower, and the solar panel is driven by a high-brightness halogen lamp. The equipment is equipped with wind speed and direction sensors, light intensity sensors, and temperature sensors to reflect the data of various working conditions during wind power generation and solar power generation. Through relevant experiments, students can develop corresponding knowledge and skills. 1.2 Product Features (1) The training table adopts an aluminum profile column frame structure, with measuring instruments and training power supply built-in integrated installation, and a universal wheel at the bottom. Each unit is flexible to cooperate, easy to use, and not easy to damage. (2) The experimental circuit and device configuration are complete and can be used in combination to complete the training content of various subjects. (3) The training table has a good safety protection system. 2. Technical specifications 2.1 Technical parameters Power supply parameters: single-phase three-wire AC 220 ±5% 50HZ Working environment conditions: 35~85% RH (no condensation) Recommended temperature -10～+40℃, limit temperature ≤80℃ Inverter parameters: DC12V-AC220V Wind-solar hybrid controller module: DC12V 400W with 485 communication Disk resistance: 500W 1KΩ Wind generator: three-phase AC12V 400W (with 3 fan blades) Starting wind speed: 2.5m/s Rated wind speed: 11.5m/s Impeller diameter: 1.55m Integrated wind speed and direction sensor; power supply DC24V Analog output: 4-20mA one-line type Temperature transmitter: pt100 DC24V power supply 0-100℃ output 4-20mA Solar photovoltaic panel: 90W 12V 2.2 Dimensions and weight Dimensions: 1480mm*790mm*1600mm Weight: about 157Kg 3. Product component 3.1 Product main part No. Name 1 Wind source simulation fan 2 Solar energy simulation light source 3 Bulb load module 4 Adjustable resistance module 5 DC V/I/P measurement module 6 Inverter module 7 Wind-solar hybrid controller module 8 Touch screen module 9 Wind turbine 10 Wind direction and wind speed sensor 11 Light sensor 12 Solar panels 13 Discharge resistor module 14 Experimental table 3.2 Product electrical part No. Name 1 2P circuit breaker (with leakage protection) 2 Emergency stop switch 3 AC 220V three-socket two-gang socket 4 DC 24V power supply 5 Simulated wind source 6 Simulated light source 7 AC voltmeter, ammeter 8 Photovoltaic panel output 9 Battery module 10 Wind power generation output 3.3 Product accessories No. Name Quantity 1 4mm safety connection cable 1 meter red 10 2 4mm safety connection cable 1 meter black 10 3 4mm safety connection cable 1 meter yellow 5 4 4mm safety connection cable 1 meter blue 5 5 4mm safety connection cable 1 meter two-color 4 6 Digital multimeter 1 7 Software (U disk) 1 8 USB to DP9 communication cable 1 9 USB cable USB blue 1.5 meters at both ends 1 10 Fuse 10A 4 11 Fuse 5A 4 12 Car insurance 15A 1 13 Temperature sensor 1 14 Telephone line 1 15 Power cord 1 16 Cable 2 17 Charger 1 4. Product Configuration List No. Name Quantity Component 1 Wind source simulation fan 1 Component 2 Solar simulation light source 1 Component 3 Touch screen module 1 Component 4 DC V/I/P measurement module 1 Component 5 0-1K 500Ω variable load module 1 Component 6 Light bulb load module 1 Component 7 Inverter module 1 Component 8 Wind-solar hybrid module 1 Component 9 Wind turbine 1 Component 10 Wind direction and speed sensor 1 Component 11 Light sensor 1 Component 12 Solar panel 1 Component 13 Discharge resistor module 1 Component 14 Experimental system power box 1 Component 15 Battery 1 5. Product teaching experiment list (1) Battery discharge experiment (2) Solar charging experiment (3) Wind charging experiment (4) Wind-solar hybrid experiment (5) Charger charging battery experiment (6) Maximum power test experiment (7) Voltage/current measurement test experiment (8) Software operation of AFR045 solar wind trainer that can be connected to a power supply (9) Solar power generation driving load experiment (10) Wind power generation driving load experiment
