While analog inputs and outputs are standard on all AZX modes, for real-time Power Hardware in the Loop (HIL) Grid simulation applications, the AZX offers an optional high speed set of analog inputs and outputs with fast output response (Option -H).Frédéric Grare is a nonresident senior fellow at the Carnegie Endowment for International Peace, where his research focuses on Indo-Pacific dynamics, the search for a security architecture, and South Asia Security issues. In DC mode, voltage ranges are 0~335Vdc and 0~650Vdc. For defense and aviation applications, the AZX supports a fundamental frequency range up to 1000 Hz and dual AC voltage ranges of 0~225Vac and 0~440Vac (L-N) respectively and to support most avionics compliance test standards. Applications range from simple, manually controlled frequency conversion to IEC power line emission and immunity testing and with sophisticated transient simulation. Control and operational features provide a high degree of application versatility and ease of use for the test engineer. Great emphasis has been placed on energy efficiency, ease of installation, and maximum power.
The AZX is a state-of-the-art design using Silicon Carbide (SiC) power devices for enhanced performance.
All AZX models offer single, split and three phase output configurations.
The AZX also supports testing of grid-teid products like wind and solar inverters, energy storage systems (ESS) and electric Vehicle to Grid (V2G) and Vehicle to Home discharge systems.Ĭovering a power range from 30 kVA to 200 kVA and higher if needed. Energy recovery to the grid enables testing of products using only a fraction of the required grid power when compared to using non-regenerative power sources, saving cost. The AZX Series consists of a range of High Power Switching AC, DC and AC+DC capable Power Sources with regenerative capability to support both sourcing and sinking of current and power.
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