Learning Objectives/Experiments

5. This type of wind-photovoltaic hybrid power generation system is made up of photovoltaic power supply device, photovoltaic power supply system, wind power unit, wind power supply system, inverter and load system, monitoring system.
5. It adopts modular construction, each device and system have independent function, can be composed into photovoltaic power generation training system, wind power generation training system.
5. With this renewable energy lab equipment students can learn photovoltaic power generation, wind power knowledge etc.
5. To understand the working principle of monocrystalline silicon and polycrystalline silicon photovoltaic cells.
6. To master the installation of photovoltaic cells square.
5. In the case of outdoor natural light, the operating voltage of the photovoltaic cell is calculated by measuring the open circuit voltage of the photovoltaic cell module with a multimeter.
5. Four single crystal silicon photovoltaic modules are mounted on an aluminium profile, and the photovoltaic modules are connected in parallel. In the case of indoor and outdoor light, use a multimeter to measure the open-circuit voltage of the photovoltaic cell square.
5.  Four single crystal silicon photovoltaic cell modules 2 are connected in parallel, and the open circuit voltage of the photovoltaic cell array is measured with a multimixer in the case of indoor and outdoor lighting.
5. Understand the composition of photovoltaic power supply device, Assembly of photovoltaic power supply device.
5. Understand the structure of the pitching movement mechanism. Connect power line, signal lines and control lines to the corresponding socket according to the main power supply electrical schematic diagram and socket map supply system of photovoltaic power.
5. To understand the horizontal axis permanent magnet synchronous wind turbine consists through the training.
5. To master the horizontal axis permanent magnet synchronous wind turbine installation through training.
5. Complete the assembly of the simulated wind field device.

Features

• This system adopts three-dimensional structure and standard patch board, experiment modular exposed completely, strong presence, makes learners into learning roles quickly, complete closed-loop control mode allows users to operate it more humane.
• The wind-photovoltaic hybrid training system adopt ARM control system, a high-performance control type, can full-intelligent control the battery charging & discharge and draught fan brake.
• Off-grid inverter module boot the front end of an 8-bit MCU driving control, front and rear axles output MOS FET imported to make more stable performance.
• It can provide a stable learning process 220V pure sine wave AC power.
• Wind-photovoltaic hybrid training system can make student move and dismount this device by themselves, easy to use, no noise no pollution.

Specification/Technical data

• Display Type: 7" TFT LCD (65535 colours
• Resolution: 800 x 480 pixels
• Backlight: LED
• Display Size: 154.08 x 85.92mm
• Operation System: Delta Real-Time OS
• MCU: 32-bit RISC Microcontroller
• SD RAM: 64Mbytes
• Buzzer: Multi-Tone Frequency 2K ~ 4K Hz85dB
• Operation Voltage: DC +24V
• Delta PLC
• Power supply voltage: 100 ~ 240VAC;
• Fuse capacity: 2A 250VAC
• Power consumption: 35VA
• DC24V current output: 400mA
• Number of Inputs: 07
• Input Type: Digital
• Number of Output: 6
• Analog Input
• Analog Output
• Output Type: Relay
• Noise Immunity: ESD(8KV Air Discharge),RS(26MHz~1GHz, 10V/m)
• Communication connection: RS232 / RS485 standard MODBUS ASCII / RTU
• Integrated high speed counter: 20Khz
• Programming & HMI Communication Cable
• Raspberry pi monitoring system with computer monitor
• Push to ON switch
• Action Type: Momentary
• Contact Type: NO/NC

Mount Hole Diameter: 22mm / 0.87 inch

Dimensions and weight

5. Dimensions:
5. Photovoltaic power unit: 1610×1010×1550mm
5. Wind power unit 1578×1950×1540mm
5. Training cabinet 3200×650×2000mm