Renewable Energy Training Equipment

Renewable Energy Training Equipment

DLXNY-WP01 Wind Solar Hybrid Power Generation System

Share:

Model: DLXNY-WP01 Wind Solar Hybrid Power Generation System

Vertical patch board basic structure: tool cabinet and 4 wheels below, vertical patch board above

Size:800(length)×600(width×2000(height)

framework: aluminum alloy section

Mesh plate with a sliding drawer, the drawer frame profiles using the bottom of 2mm steel plate;

Mesh bottom rack mounted pulley


DLXNY-WP01 Wind Solar Hybrid Power Generation System
DLXNY-WP01 Wind Solar Hybrid Power Generation System

Details introduction

Overview

DLXNY-WP01 type wind-solor hybrid power training system is mainly composed of solor photovoltaic power supply device, photovoltaic power supply system, wind power unit, wind power supply system, inverter and load system, monitoring system.This renewable energy training equipment adopts the modular structure, each device and system has independent function, can be grouped into photovoltaic power generation training system, wind power generation training system.


Equipment Features

DLXNY-WP01 wind-solar photovoltaic complementary training system is a complete system for Solar and wind Hybrid training. It Includes renewable power training kit demonstrates the working principle of winder turbines and solar cells.

The solar and wind Hybrid training equipment use sunlight and wind to be the energy sources. The training bench is one kind of hybrid power training system.They cover the basic, operation, installation, maintenance and service of wind/solar energy power system.

All solor/wind renewable energy training system are use real Industry components. Some components are around students, such as homes, schools and work places.All technical teaching equipment are long-lasting use and high quality standards in the world.


Training projects

- Planning of off-grid wind-solar hybrid power generation system;

- According to the power requirements, the selection, installation and connection of photovoltaic cell modules;

- According to power requirements, the selection, installation and connection of wind turbines;

- MCU-based maximum power tracking program design of photovoltaic cell modules;

- Program design of the maximum power tracking of the wind turbine based on the MCU;

- Battery capacity matching calculation and selection;

- Battery charging and discharging parameter setting, protection parameter setting;

Inverter parameter setting;

- Monitoring system configuration and operation;

- Debugging of photovoltaic power supply system;

- Debugging of wind power supply system;

- Debugging of wind-solar hybrid power generation system;

- Monitoring, debugging and analysis of power quality.

Get In Touch

Contact Us

Focus on customers and become a long-term and large-scale international enterprise

TOP