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Introduction
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Promo Video Build Sim Mod of EV
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1.1 Getting Started
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1.2 Course Introduction
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1.3: Simulation of an Electric Vehicle
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Derive MAthematical Model of Vehicle
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2.1 Vehicle
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2.2: Derive Mathematical Model of the Vehicle
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Simulation Model of Vehicle with MATLAB
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3.1: Develop Dynamic Vehicle Model with MATLAB
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3.2: Derive Speed-Torque Characteristics of Vehicle
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3.3: Store the Characteristics to the Look-up Table
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Simulation Model of Specific Vehicle
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4.1: Develop Simulation Model of Maruti Swift Desire
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4.2:Task: Develop Simulation Model of Specific Car
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4.3: Task: Develop Smulation Model of Specific Bike
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Simulation Model of Electric Vehicle
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5.1: Derive Mathematical Model of DC Motor
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5.2: Develop Simulation Model of DC Motor
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5.3: Derive constant Kt & Kb of DC Motor
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5.4: DC Motor Specifications (5hp to 75hp)
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Connect Electric Motor Model with Vehicle Model
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6.1: Understanding a problem
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6.2: Solution: Passive Loading Scheme
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6.3 Passive Loading Scheme 6.3: Validation
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6.4: Summary of Passive Loading Scheme
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6.5: Task: Connect your vehicle model with 75hp Motor
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200kg Electric Vehicle Model Powered by 5hp DC Motor
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7.1: Analysis of 200kg Vehicle when powered by 5hp DC Motor
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7.2: Motor Model from Simpowersystem Library
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7.3: Current Limit & Speed Control
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Analysis of Different Electric Vehicle Model
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8.1: 200kg Electric Vehicle Powered by 3kw 48V DC Series Motor
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8.2: Maruti Swift Desire Powered by 50hp 240V DC Motor
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8.3: Maruti Swift Desired Powered by 60kw SR Motor
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Summary
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9.1: Classifications of Electric Vehicle Simulations
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Congratulations!
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Performance Analysis of Electric Vehicle Model
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10.1 Measure Power and Efficiency
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10.2 Performance Analysis with Power and Efficiency
Preview - Build Dynamic Model of Electric Vehicle in MATLAB
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