Product Overview

The 1763 satellite solar array power system simulator is used for the measurement and analysis of solar array power systems, including secondary power supply equipment, for satellite power system development. It addresses challenges such as functional verification of power subsystems and on-site testing that cannot be done with actual solar arrays. It simulates the power output characteristics of solar arrays for satellite or satellite test systems and solar inverters. There is also a demand for its application in civil photovoltaic power generation and educational fields.

The 1763 satellite solar array power supply simulator features IV curve simulation output, as well as constant voltage and constant current output functions, and series and parallel output capabilities. The simulator integrates two high-precision power modules, with a maximum rated power of 600W per module, and a total maximum output power of 1200W. The device combines digital IV curve generation, intelligent power regulation, and other characteristics, utilizing dual-loop voltage and current technology and switch-type power regulation techniques to achieve high-resolution IV curve generation, wide-range adjustment, and rapid dynamic response for power output. It is widely used in satellite power system testing, simulating the working characteristics of solar cell arrays, and checking the compatibility of power subsystem performance, functions, and external interface relationships. The solar cell array simulation is a commonly used instrument in the development, production, and maintenance stages of satellite power subsystems.