1:30 PM – 1:55 PM
This presentation will address how programmable AC and DC power supplies have evolved from simple power sources into active enablers for modern energy systems:
The limitations of conventional power supplies in modern applications such as ESS, BESS, microgrids, EV infrastructure and advanced SiC/GaN-based power converters
Programmable AC power supplies as grid emulators, enabling:
Frequency variations
Voltage dips
Phase imbalance
Harmonic distortion
Power quality
EMC and grid code compliance
The role of programmable and bidirectional DC power supplies in modern DC architecture:
DC buses, ESS and microgrids
Battery charge and discharge with energy recovery
Fast dynamic and pulsed load profiles
Realistic test and validation of ESS and BESS systems, including:
Power cycling
Aging and burn-in
Reproduction of real field operating scenariosProgrammable AC and DC power supplies are no longer just power sources. They are becoming essential tools to emulate grids, reproduce real operating conditions, and actively interact with modern energy systems.
This presentation explains how these technologies help engineers design, test and validate reliable, grid-connected energy solutions and bring Benefits in terms of system reliability, safety, and reduced time-to-market
Speaker: Erkan Sezen Field Application Engineer (EMEA TDK-Lambda) on behalf of BMF System Parts