<img height="1" width="1" style="display:none;" alt="" src="https://dc.ads.linkedin.com/collect/?pid=736666&amp;fmt=gif">

White Paper Describes Programmable Supplies and Loads for Wind-Turbine Test

July 13, 2022

According to U.S. Department of Energy, wind power is rapidly proliferating with wind installations outpacing solar installations in the United States. The DoE projects that U.S.-based onshore and offshore installations will more than triple and reach 404.25 GW across 48 states in 2050. Each wind turbine that rolls out in the coming years to help meet this projection will require extensive testing.WindEnergy-appnote

Typical modern turbines operate at variable speeds to obtain optimum efficiency at any given wind speed. The output of a turbine’s AC generator varies in voltage and frequency. A power converter, inverter, and transformer match the variable output to the grid voltage and frequency. These turbine subsystems must operate seamlessly with other subsystems and software, including variable-pitch blades, gearboxes, batteries used for temporary storage, and control algorithms to ensure optimum performance.

Programmable power supplies and loads can help make sure all these subsystems work correctly before being integrated into a complete system. For example, a programmable supply can help test the motors that provide blade pitch control or simulate the AC generator. A DC load can help test the rectifier circuitry or battery. See the white paper Programmable Sources and Loads Augment Wind-Turbine Development and Test to learn more about using AMETEK Programmable Power programmable sources and loads in wind-turbine development and test applications.