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Battery Modeling and stimulation Course Interest

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E-TRUCK SYSTEMS INTEGRATION – PURE ELECTRIC FUEL CELL INTEREST

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GARAGE PROGRAM Interest

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EV System Er. Interest

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EV PERFORMANCE PLANNING FOR E-COMMERCE AND FREIGHT DELIVERY Interest

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ELECTRIC BUS SYSTEM PLANNING AND OPTIMISATION Interest

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PROGRAM SCHEDULE

Theory sessions: Monday, Wednesday and Friday- 19:00 to 20:00 (IST)
Practical sessions: Saturday- 14:00 to 16:00 (IST)

Week 1

Module	Session Topic	Day	Duration [hrs]	Delivery Mode
1. EV Technologies and Integration Aspects	Need of Electrical Vehicles	Monday	1	Theory
	Traction Motors & Regeneration	Wednesday	1	Theory
	Batteries	Friday	1	Theory
Practical	Electric Vehicle Sub-Systems characterization & mapping	Saturday	2	Practical

Week 2

Module	Session Topic	Day	Duration [hrs]	Delivery Mode
1. EV Technologies and Integration Aspects	Power Electronics	Monday	1	Theory
1. EV Technologies and Integration Aspects	Vehicle systems & dynamics	Wednesday	1	Theory
2. Energy Management & Control	Basics of control systems & control strategies	Friday	1	Theory
Practical	Communicating with ECU – CAN and OBD, data logging, calibration interfaces, etc.	Saturday	2	Practical

Week 3

Module	Session Topic	Day	Duration [hrs]	Delivery Mode
2. Energy Management & Control	Battery Management System	Monday	1	Theory
	Vehicle Controllers	Wednesday	1	Theory
	System Functional Safety	Friday	1	Theory
Practical	SciLab modeling of motors, batteries, vehicle & accessory loads	Saturday	2	Practical

Week 4

Module	Session Topic	Day	Duration [hrs]	Delivery Mode
3. System Modelling & Simulation	System modelling techniques	Monday	1	Theory
	Physics based modelling	Wednesday	1	Theory
	Data based modelling	Friday	1	Theory
Practical	SciLab modeling of driver, operating conditions, model integration and first simulation	Saturday	2	Practical

Week 5

Module	Session Topic	Day	Duration [hrs]	Delivery Mode
3. System Modelling & Simulation	RCA & FMEA	Monday	1	Theory
3. System Modelling & Simulation	1-D Simulations Setup	Wednesday	1	Theory
4. Customer Usage Patterns: Individual & Fleet	Different user perspectives	Friday	1	Theory
Practical	Data Collection on electric vehicle using loggers	Saturday	2	Practical

Week 6

Module	Session Topic	Day	Duration [hrs]	Delivery Mode
4. Customer Usage Patterns: Individual & Fleet	Mapping customer expectations	Monday	1	Theory
	Data collection & analysis	Wednesday	1	Theory
	Charging, grid liability & mix	Friday	1	Theory
Practical	Data analysis for driver behaviour, operating conditions & failure modes	Saturday	2	Practical

Week 7

Module	Session Topic	Day	Duration [hrs]	Delivery Mode
5. Infrastructure Dependencies	Charging protocols & safety	Monday	1	Theory
5. Infrastructure Dependencies	Telematics & connected vehicles	Wednesday	1	Theory
Assessment	Final Exam	Friday	1	e-Proctored
Evaluation	Project Reviews	Saturday	2	Presentation

PROGRAM SCHEDULE

Total 9 sessions (Overall 16 hours) – 7 Theory + 2 Practical

Theory sessions: Tuesday and Thursday- 19:30 to 21:00 (IST)
Practical sessions: Saturday- 16:00 to 19:00 (IST)

Week 1

Week No.	Session	Content	Method of Delivery
Week-01	Session-1	Elements of e-Bus System and Planning	Theory
	Session-2	Introduction to e-Bus system modeling	Theory + Case Study
	Session-3	e-Bus System Modeling – Introduction and Base case setup	Practical-1

Week 2

Week No.	Session	Content	Method of Delivery
Week-02	Session-4	e-Bus Routes & Depot Selection and Network Planning	Theory + Case study
	Session-5	e-Bus Charging Strategies and Trade-offs	Theory + Case Study
	Session-6	e-Bus System Modelling and Simulation – Base case analysis	Practical-2

Week 3

Week No.	Session	Content	Method of Delivery
Week-03	Session-7	e-Bus Fleet performance Scenarios and Optimisation	Theory+ Case Study
	Session-8	e-Bus Life cycle Costs and Optimisation	Theory + Case study
	Session-9	e-Bus System Modeling and Simulation – Scenarios analysis	Practical 3

Week 4

Week No.	Session	Content	Method of Delivery
Week-04	Session-10	Final Examination	MCQ

Total 15 Sessions- Theory+Practical in workshop
Days- Wednesday & Saturday

PROGRAM SCHEDULE

Total 17 (Overall 22 hours)Sessions – 12 Theory + 5 Practical

Theory sessions: Tuesday and Thursday- 19:00 to 20:00 (IST)
Practical sessions: Saturday- 19:00 to 21:00 (IST)

Module 1

Module Title	Week	Day	Session No.	Session Title
Electric Truck Basics	Week 1	Tuesday	Session 1	Course Introduction & Truck Classifications
		Thursday	Session 2	Basics of e-Truck M & HD Applications, Battery basics
		Saturday	Practical 1	Introduction to Modeling Tools

Module 2

Module Title	Week	Day	Session No.	Session Title
Electric Truck Modelling	Week 2	Tuesday	Session 3	Vehicle Propulsion Energy Modelling
		Thursday	Session 4	PTO Energy modelling & Gear Box selection
		Saturday	Practical 2	Vehicle Modelling
	Week 3	Tuesday	Session 5	Batteries for e-trucks
		Thursday	Session 6	Motors for e-Trucks
		Saturday	Practical 3	Battery Modelling

Module 3

Module Title	Week	Day	Session No.	Session Title
Hydrogen Technology	Week 4	Tuesday	Session 7	Fuel Cells for e-trucks
		Thursday	Session 8	Hybrid Technology for e-truck
		Saturday	Practical 4	Battery & Hydrogen Fuel Cell Modeling

Module 4

Module Title	Week	Day	Session No.	Session Title
Cost Modelling	Week 5	Tuesday	Session 9	Hydrogen Infrastructure
		Thursday	Session 10	Charging Infrastructure
		Saturday	Practical 5	Charging simulations
	Week 6	Tuesday	Session 11	Capital & Operational Expenditures
		Thursday	Session 12	Total Cost of Ownership Analysis
		Saturday		Internal Project Reviews

Evaluations

Module Title	Week	Day	Session No.	Session Title
Evaluations		Thursday		Online e-Proctored Assessment
Evaluations		Saturday		Project Evaluations

PROGRAM SCHEDULE

Total 22 Sessions – Theory + Practical + Case Study

Monday, Wednesday and Friday | IST 19.00 to 20.00

Saturday – IST 14:00 to 16:00

Week 1

Module	Date	Time	Session Topic	Duration [hrs]
1. Basics of EV Fleets	Monday, 17 May, 2021	19:00 – 20:00	Electric Vehicle Basics	1
1. Basics of EV Fleets	Wednesday, 19 May, 2021	19:00 – 20:00	E-Commerce & Other Delivery Fleets	1
2. Fleet Modeling	Friday, 21 May, 2021	19:00 – 20:00	Vehicle Energy Modeling	1
2. Fleet Modeling	Saturday, 22 May, 2021	14:00 – 16:00	Introduction & Energy Modeling	2

Week 2

Module	Date	Time	Session Topic	Duration [hrs]
2. Fleet Modeling	Monday, 24 May, 2021	19:00 – 20:00	1-Vehicle 1-Route Scheduling	1
	Wednesday, 26 May, 2021	19:00 – 20:00	Battery Selection & Sizing	1
	Friday, 28 May, 2021	19:00 – 20:00	1-Route Fleet Scheduling	1
	Saturday, 29 May, 2021	14:00 – 16:00	1-Vehicle & 1-Route Scheduling	2

Week 3

Module	Date	Time	Session Topic	Duration [hrs]
2. Fleet Modeling	Monday, 31 May, 2021	19:00 – 20:00	Charger Selection & Sizing	1
3. EV Fleet Disruptions	Wednesday, 2 June, 2021	19:00 – 20:00	Vehicle Disruptions	1
	Friday, 4 June, 2021	19:00 – 20:00	Route Disruptions	1
	Saturday, 5 June, 2021	14:00 – 16:00	1-Route Fleet Scheduling	2

Week 4

Module	Date	Time	Session Topic	Duration [hrs]
3. EV Fleet Disruptions	Monday, 7 June, 2021	19:00 – 20:00	Power Disruptions	1
	Wednesday, 9 June, 2021	19:00 – 20:00	Technological Disruption	1
	Friday, 11 June, 2021	19:00 – 20:00	Change in Regulations & Policies	1
	Saturday, 12 June, 2021	14:00 – 16:00	Modeling disruptions	2

Week 5

Module	Date	Time	Session Topic	Duration [hrs]
4. Cost Analysis	Monday, 14 June, 2021	19:00 – 20:00	Capital & Operating Expenses	1
4. Cost Analysis	Wednesday, 16 June, 2021	19:00 – 20:00	Total Cost of Ownership	1
5. EV Adoption in Existing Fleets	Friday, 18 June, 2021	19:00 – 20:00	Vehicle Specs from Requirements	1
5. EV Adoption in Existing Fleets	Saturday, 19 June, 2021	14:00 – 16:00	Modeling Total Cost of Ownership	2

Week 6

Module	Date	Time	Session Topic	Duration [hrs]
5. EV Adoption in Existing Fleets	Monday, 21 June, 2021	19:00 – 20:00	New EVs vs ICE Vehicle Conversion	1
5. EV Adoption in Existing Fleets	Wednesday, 23 June, 2021	19:00 – 20:00	Mixed Fleet Dynamics	1
Evaluations	Friday, 25 June, 2021	19:00 – 20:00	Project Internal Review	1

Week 7

Module	Date	Time	Session Topic	Duration [hrs]
Evaluations	Monday, 21 June, 2021	19:00 – 21:00	Assessment – eProctored MCQ 1 hr	1
Evaluations	Saturday, 26 June, 2021	18:00 – 20:00	Project Evaluation	2

week 8

Module	Date	Time	Session Topic	Duration [hrs]
Evaluations	Tuesday, 29 June, 2021	18:00 – 20:00	Project Submission

PROGRAM SCHEDULE

Total 14 Sessions- Theory + Practice

Days- Theory on Monday, Wednesday and Friday |2 Practice sessions on Saturday
Timing- IST 18:00 to 19:30 PM | IST 14:00 to 16:00 PM

Week 1

Module	Session No	Session Topic
1. Battery Basics	Session 01	Electrochemistry
	Session 02	Electric Circuits
	Session 03	Unit Cell Chemistries
Practical	Session 04	Introduction to excel and dynamic modeling in SciLab

Week 2

1. Battery Basics	Session 05	EV Battery Pack Specifications
2. EV Application	Session 06	Vehicle Modeling
2. EV Application	Session 07	Battery Pack Selection & Sizing
Practical	Session 08	Measurements on cells in series and parallel configurations, pack sizing excel sheet

Week 3

3. Battery Management Systems	Session 09	Cell balancing
	Session 10	Operational Sensitivity
	Session 11	Basics of Control Systems
Practical	Session 12	Modeling of unit cells – R-RC & R-RC-RC circuits

Week 4

3. Battery Management Systems	Session 13	Battery Management Functions
4. Battery Modeling & Simulation	Session 14	Battery Pack Modeling
4. Battery Modeling & Simulation	Session 15	BMS Modeling & Integration
Practical	Session 16	Modeling of pack and BMS functions

Week 5

5. EV Charging Systems & Ecosystem	Session 17	Battery Charging & Swapping
5. EV Charging Systems & Ecosystem	Session 18	Secondary Use & Repurposing

Week 6

Evaluation		Preliminary project reviews
		e-Proctored Assessment
		Final Project Review
		Project Report Submission

Refer A Friend

PROGRAM SCHEDULE

Module 1

Module Topic	Session	Session Topic
Importance of Understanding Usage Patterns	Session 1	Importance of Understanding Usage Patterns
Importance of Understanding Usage Patterns	Session 1	Prevalent Techniques of Engaging Customer

Module 2

Module Topic	Session	Session Topic
Data Collection Techniques	Session 2	Basics of Statistical Engineering
	Session 3	Defining Minimum and Optimum Data Requirements
	Session 3	Handling Expectations Around Confidence Interval & Accuracy of Predictions
	Session 4	Raw Data Collection – External Sensors, OBD, GPS, Manual Logs, etc.
	Session 4	Logging Media – USB, Bluetooth, WiFi, GPRS, Cloud, etc.

Module 3

Module Topic	Session	Session Topic
Data Processing & Analysis	Session 5	Root Cause Analysis& Failure Mode Effect Analysis
		Failure Mode Based Data Collection & Analysis – Percentile Driver
	Session 6	Raw Data Filtering & Post-Processing
		Sense Checks and Methods of Vetting Data
	Session 7	Data-based Modeling Techniques
		Extraction and Setting Up Use Cases from Data Analytics

Module 4

Module Topic	Session	Session Topic
Data Visualization Techniques	Session 8	Various Data Visualizations and What to Use Where
Exam		Online Multiple-Choice Quiz
Project Review		Team-wise Project Presentations

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