Copper Losses Studying Using a New Real Time V/f Scalar Control Approach

The paper presents an investigation of copper losses studying of Brushless Doubly-Fed Reluctance Machine supported with Real time results based on dSPACE 1103 hardware application and its features to prove a theoretical approach of driver capabilities of Brushless Doubly Fed Reluctance machine at multi-speed in induction and synchronous modes. To overcome these challenges, we need to modernize the control algorithms strategy. Scalar control is one of control theories with certain Boost voltage that brings a significant improvement to the performances of control algorithm supported with BDFRM features. This strategy can be used to confirm BDFRM's ability with FOC to manipulate multiple control algorithms that offer the machine an optimal solution instead of induction machine, synchronous machine and permanent magnate synchronous machine.