Pourquoi choisir une chambre d'essai de simulation solaire pour des essais de précision? - Équipement d'essai de véhicules électriques

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Pourquoi choisir une chambre d'essai de simulation solaire pour des essais de précision? - Équipement d'essai de véhicules électriques

Équipement d'essai de véhicule électrique

December 27, 2024

Category Connection: Équipement d'essai de véhicule électrique

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Les étiquettes:

#DIN 75220 #Équipement d'essai de véhicule électrique du CEI 60068 #Équipement d'essai de véhicule électrique DIN 75220

Brief: Discover the DIN 75220 Electric Vehicle Testing Equipment, a Solar Simulation Test Chamber designed for precision testing. This system simulates sunlight under various conditions, complying with ISO, DIN, MIL-STD, and IEC standards. Perfect for evaluating solar radiation impact on electric vehicles, electronics, and materials.

Related Product Features:

Complies with ISO 12097-2, DIN 75220, MIL-STD 810, and IEC standards for rigorous testing.
Features an intelligent control power supply and Osram 2000W/4000W metal halide lamps for accurate solar simulation.
Radiation range of 500～1200W/m² with stepless adjustment for precise control.
Uniform light intensity distribution (±10%) and stable lighting system (±5% deviation over 8 hours).
Quick stabilization time (≤2S) ensures efficient testing processes.
Modular design allows for single-unit testing or combined light arrays for larger applications.
High-reflectivity mirror bean grain aluminum plate ensures 97% reflectivity and uniform light distribution.
Advanced metal halide lamp technology with a spectrum curve close to natural sunlight.

FAQ:

What standards does the DIN 75220 Electric Vehicle Testing Equipment comply with?

The system complies with ISO 12097-2, DIN 75220, MIL-STD 810, IEC 60904-9, and IEC60068-2-5 standards, ensuring rigorous and reliable testing.
How does the solar simulation system achieve accurate sunlight replication?

The system uses Osram 2000W/4000W metal halide lamps and high-reflectivity mirror bean grain aluminum plates to achieve a spectrum curve very close to natural sunlight.
Can the system be used for testing larger objects like cars or airplanes?

Yes, multiple systems can be combined into a light array through professional design and layout, making it suitable for testing cars, trucks, photovoltaic modules, trains, and airplanes.

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