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University of WISCONSIN MILWAUKEE

F UZZY LOGIC CONTROLLER FOR CONVERTING PARALLEL HYBRID VEHICLE INTO PLUG-IN HYBRID VEHICLES. University of WISCONSIN MILWAUKEE. Presented by: SK . KHAIRUL HASAN . Vehicle modeling . Vehicle modeling. Parallel Hybrid vehicle internal architecture.

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University of WISCONSIN MILWAUKEE

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  1. FUZZY LOGIC CONTROLLER FOR CONVERTING PARALLEL HYBRID VEHICLE INTO PLUG-IN HYBRID VEHICLES University of WISCONSIN MILWAUKEE Presented by: SK. KHAIRUL HASAN

  2. Vehicle modeling Vehicle modeling Parallel Hybrid vehicle internal architecture

  3. Fuzzy Logic base energy management system Fuzzy Logic base energy management system • Fuzzy logic controller for converting parallel hybrid vehicle plug-in parallel hybrid vehicle • Objectives: • Minimize fuel consumption • Keeping battery SOC >=35 % • Inputs: • Battery SOC • Wheel torque demand • Vehicle speed • Outputs: • Motor torque demand • Engine torque demand

  4. Simulation and results Simulation and results UDDS drive cycle Output speed of the vehicle

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