DLXNY-FN01 Wind Power Teaching Equipment

Model: DLXNY-FN01 Wind Power Teaching Equipment

-System input power 12VDC, 220VAC 2-phase 3-wire

-Machine power consumption Wind simulation 0.75KW

-System output power 220VAC/1500W 12VDC/500W

-Rated charging power fan: between 50-600W

-Rated charging current Wind energy≤15A

-Overcharge protection voltage DC13.2±0.2V

-Measuring instrument DC voltmeter, ammeter Load voltmeter, ammeter

-Safety protection Leakage protection, inverter DC side fuse

-Protection function Battery anti-reverse charge, anti-reverse connection, overcharge, lightning -protection, current limiting, automatic braking

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DLXNY-FN01 Wind Power Teaching Equipment

Details introduction

Overview

The educational training equipment is mainly composed of photovoltaic power supply device, photovoltaic power supply system, wind power supply device, wind power supply system, inverter and load system, and monitoring system. Wind-solar hybrid power generation training system adopts modular structure. With independent functions, it can be combined into a photovoltaic power generation training system and a wind power training system.

Equipment Features

1. The renewable energy training equipment adopts vertical structure, the panel adopts standard mesh plate, the experimental module is completely exposed, the strong sense of presence can quickly let learners enter the learning role, integrate the wind speed measurement alarm system, and completely closed-loop control mode allows use. The operation is more humane.

2. The solar & wind hybrid power generation trainer uses a 16-bit high-performance MCU to fully intelligently control the battery charge, discharge and fan brakes.

3. The front end of the off-grid inverter module uses 8-bit MCU drive control, and the front and rear bridge outputs use imported MOS FET to make the performance more stable. It can provide stable 220V pure sine wave AC power for the learning process.

4. Wind and solar hybrid power generation training system, which allows students to disassemble and move by themselves, easy to use, no noise, no pollution.

Training projects

- Wind power experiment

- Battery charge and discharge experiment

- Off-grid inverter operation load experiment

-Demonstration experiment of the operation process of permanent magnet synchronous wind turbine and wind energy conversion

- Basic theoretical experiments of wind power generation

- Wind power generation system design experiment

- Wind power generation control technology experiment

- Wind power generation related measurement technology experiments

- Simulation experiment of basic theory and application technology of wind power generation

- Experiment on the relationship between generator speed and output voltage, current and frequency

- Experiment on the relationship between wind speed and output power