DLXNY-ST04 Solar photovoltaic integrated training system

Model: DLXNY-ST04 Solar photovoltaic integrated training system

1. Input Power: 220V ± 10% 50HZ

2. Equipment Size: 1550mm × 800mm × 1750mm

3. Area: 2 square meters (single)

4. Equipment overall weight: 40Kg

5. Working environment: Temperature -10 ℃ ~ 40 ℃

6. The relative humidity <85% (25 ℃)

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DLXNY-ST04 Solar photovoltaic integrated training system

Details introduction

Overview

The photovoltaic experiment platform consists of solar module module, battery module, solar energy test system, solar power inverter system and solar energy application system (load regulation control module), monitoring instrument module, PC monitoring module and so on. Specifically to meet the teaching and teaching of new energy related professional solar cell performance testing and photovoltaic applications related to the training needs.

Equipment Features

The Renewable Energy Training Equipment is simulated using sunlight as natural resources Includes renewable power training kit, it has a green, environmentally friendly, low-carbon, resource allocation without merit. Demand for technical and vocational colleges, universities graduate, enterprise project manager and technician training, and specialized development and production, the introduction of solar power generation system teaching training sets. Expansion of solar power to meet the basic research and practical application training, and outreach presentations.The training system is a solar photovoltaic trainer.

Solar panel work environment monitoring, closer to the actual use of solar panels in industrial. Solar panels can be manually adjusted to simulate the sun in different locations and different latitudes of the day generated power.

Students can combine solar panels, controllers, inverters, and batteries together to form a solar photovoltaic power generation system. And provide a variety of application load experiments: inductive, resistive, functional application test.

Training projects

1. Solar panel characteristics experiment series

Solar panel I-V characteristics test experiment

Short circuit current test experiment

Open circuit voltage test experiment

Load characteristic test experiment

Maximum output power test experiment

The function of open circuit voltage and relative light intensity experiment

Solar energy conversion efficiency measurement experiment

Solar cell series and parallel experiment

Solar module output experiment

Software communication testing experiment