Designing, modeling, and controlling DC and AC microgrids for resilient and efficient energy distribution.
We specialize in designing, modeling, and controlling both DC and AC microgrids for resilient and efficient energy distribution. Our expertise includes hybrid AC/DC architectures and renewable integration.
Efficient DC power distribution systems with advanced control strategies for optimal energy management and reliability.
Grid-connected and islanded AC microgrid architectures with seamless transition capabilities and power quality management.
Integrated systems combining the benefits of both AC and DC distribution for maximum efficiency and flexibility.
SSTs replace line-frequency transformers with controllable power electronics — enabling bidirectional flow, voltage regulation, and tighter coupling between renewables, storage, and loads. That makes them a natural building block when you think about modern microgrids and hybrid AC/DC distribution at medium voltage.
Our case study walks through a modular SST: multi-stage conversion, isolated DC-DC cells, and coordinated control from device selection to system-level power flow.
