Professional Laboratory

The Gebosun Smart Street Lighting Professional Laboratory is a specialized facility established by Gebosun® Lighting, a company known for its expertise in solar street lighting and smart city solutions. This laboratory is equipped with advanced testing equipment, such as IES optical testing systems, LED life testing systems, EMC testing systems, integrating spheres, lightning surge generators, and LED power driver testers. These tools enable Gebosun to ensure the quality and performance of its smart lighting products, including solar street lights, smart poles, and related control systems.

The laboratory supports Gebosun's research and development (R&D) efforts, particularly in developing innovative technologies like the patented Pro-Double-MPPT solar charge controller and the Smart Solar Lighting System (SSLS). It also facilitates professional lighting design solutions, such as free DIALux lighting designs, helping customers win government projects. With over 18 years of experience in the industry, the laboratory reflects Gebosun's commitment to advancing sustainable energy solutions and contributing to smart city infrastructure globally.

What Does a Solar Panel Test Bench Do?

A Solar Panel Test Bench is a specialized setup or system used to test, evaluate, and analyze the performance and quality of solar panels under controlled conditions.

It helps verify whether a solar panel meets:

Its rated power output (Wattage)
Voltage and current characteristics
Conversion efficiency
Thermal performance
Durability under simulated sunlight, heat, and weathe

How is solar panel testing carried out?

Solar panel testing is carried out to evaluate the performance, safety, durability, and efficiency of solar photovoltaic (PV) modules. It ensures panels meet industry standards (like IEC 61215 and IEC 61730) and are reliable under various environmental conditions.

Here’s a breakdown of how solar panel testing is carried out:

1. Visual Inspection

2. Electrical Performance Testing (I-V Curve)

3. Thermal Cycling Test

4. Damp Heat Test

5. Mechanical Load Test

6. UV Exposure Test

7. Insulation & Wet Leakage Test

8. Bypass Diode Function Test

9. Degradation and PID Testing (Potential Induced Degradation)

10. Real-World Performance Testing (Optional)