The solar simulator is a continuous wave system that ensures testing of all battery materials, in sharp contrast to flash based simulators that are limited by material response time. Regardless of the model chosen by the user, they use ozone free short arc xenon lamps.
The radiation intensity of sunlight in free space at its average distance to Earth is defined as the solar constant, with a value of 1353W/m2. The degree to which the atmosphere affects the reception of sunlight on the Earth's surface is defined as the air mass.
The state of zero atmospheric quality (AM 0) refers to the situation where sunlight is received in outer space, suitable for applications such as artificial satellites and spacecraft. The state of atmospheric quality 1 (AM 1) refers to the situation where sunlight directly shines vertically on the Earth's surface, with an incident light power of 925 W/m2. Equivalent to the sunlight that a clear summer day can withstand at sea level.
Solar simulatorComposition: Light chamber, precision power controller, AM1.5G filter, optical shutter control unit, collimating lens, optical integrator, imported 150W xenon lamp, automatic timer, and equipment bracket, etc;
Continuous adjustable light intensity; Adjustment range: 70%~130%;
Adopting a fully black anti reflective design, equipped with high-efficiency elliptical spotlights and imported special short arc xenon lamps, with a power not exceeding 150W;

