EV-Energy Storage System Fundamentals
December 19, 2024 2024-12-20 4:23EV-Energy Storage System Fundamentals
EV - Energy
Storage System Fundamentals
Learn advanced energy storage technologies for modern EVs.
EV - Energy Storage System Fundamentals
This course covers the essentials of energy storage systems in automotive applications, from basic principles to advanced technologies. It explores different storage architectures, battery technologies, and their applications in electric and hybrid vehicles. With a focus on practical learning, the course is suitable for beginners and professionals alike.
Learning Experience
EV Energy Storage System Fundamentals Training Highlights
Comprehensive training on EV energy storage systems, from fundamentals to advanced technologies.
Covering energy storage technologies.
Of detailed training
From batteries to hybrid systems
Focused on practical applications
By the end of the course, you will be able to
- Describe the requirements for energy storage in conventional and electric vehicles.
- Understand the characteristics of various energy storage systems in the automotive industry.
- Grasp the need for different low-voltage architectures in modern vehicles.
- Explain the requirements for battery energy content and capacity in xEVs.
- Understand the construction and operating principles of energy storage systems used in automotive applications.
- Recognize failure modes and challenges of different energy storage systems.
- Compare various energy storage systems based on key technical parameters.
- Gain insight into the technology roadmap for automotive energy storage systems.
EV Energy Storage System Fundamentals Training Topics
EV Energy Storage
System Fundamentals
Energy Storage - Course Overview
EV Energy Storage
System Fundamentals
Lead Acid Battery
EV Energy Storage
System Fundamentals
Nickel Metal Hydride Technology
EV Energy Storage
System Fundamentals
Lithium-Ion Battery
EV Energy Storage
System Fundamentals
Solid State Battery Technology
EV Energy Storage
System Fundamentals
Sodium-Ion Battery
EV Energy Storage
System Fundamentals
Fuel Cell System
EV Energy Storage
System Fundamentals
Supercapacitor Technology
EV Energy Storage
System Fundamentals
Hybrid Supercapacitor Battery Technology
EV Energy Storage
System Fundamentals
Technology
EV Energy Storage
System Fundamentals
Systems
EV Energy Storage
System Fundamentals
Comparison of Energy Storage Systems
EV Energy Storage
System Fundamentals
Summary
EV Energy Storage
System Fundamentals
Assessment
Best Value
EV – Essentials
- EV basics
- Overview of components
- Powertrain systems
- Fundamentals of architecture
Best Value
Energy Storage System
- Key storage principles
- Battery chemistries
- Industry standards
- Role in EV mobility
Best Value
Battery Pack Design
- Robust design processes
- Diagnostics
- Safety standards
- Integration expertise
Best Value
Battery Management System
- BMS architecture
- Fault detection
- Optimization tools
- Advanced troubleshooting
Best Value
High Voltage Systems
- High voltage design
- Advanced safety protocols
- International standards
- EV applications
Best Value
Thermal Management System
- Cooling systems
- Heat dissipation techniques
- Performance analysis
- Safety measure
Best Year End Offer!
MCAD+EV Bundle
All MCAD & EV skills in one Industry-ready integration
- EV Basics
- Battery Pack Design
- Energy Storage
- Thermal Management
- High Voltage Safety
- Siemens NX & Teamcenter
- CATIA, SOLIDWORKS
- PTC Creo, Windchill
- Autodesk Suite (AutoCAD, Inventor, Revit, etc.)
- Advanced Skills: GD&T, FEA, etc.
MCAD Bundle
MCAD library Bundle at
CAD and PLM expertise Advanced manufacturing skills
- Siemens NX & Teamcenter
- CATIA, SOLIDWORKS
- PTC Creo, Windchill
- Autodesk Suite (AutoCAD, Inventor, Revit, etc.)
- Advanced Skills: GD&T, FEA, etc.
Best Value
Best Value
Electric Vehicle Bundle
Ev library Bundle at
6 Specialized Electric Vehicle
Program Certification
- EV – Essentials
- Battery Pack Design
- Energy Storage
- Battery Management
- Thermal Management
- High Voltage Safety
Your Certification, Your Achievement!
Shareable certificate on
- Add this Credential to the Certification section on your LinkedIn profile, Resume or other documents.
- Earn a Certificate for every module and showcase your EV – Energy Storage System Fundamentals expertise!
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Hear from Our Learners
Manthan Kamani
Senior AdditiveManufacturing Engineer
Sohail Baig
Senior EngineerMercedes Benz
Aditya Shankar
Student - Amity UniversityAmit Talli
Assistant ProfessorManthan Kamani
Senior AdditiveManufacturing Engineer
Sohail Baig
Senior EngineerMercedes Benz
Aditya Shankar
Student - Amity UniversityAmit Talli
Assistant ProfessorFrequently Asked Questions
What topics does this course cover?
It covers lead-acid, lithium-ion, solid-state batteries, fuel cells, and more.
Who can enroll in this course?
Anyone with basic physics and chemistry knowledge can join.
What are the prerequisites?
Basic understanding of engineering physics and EV fundamentals.
How long is the course?
It includes 48 lessons over 30 hours.
Does it cover advanced battery technologies?
Yes, it covers advanced systems like hybrid supercapacitors and flywheel storage.
Are there practical projects included?
Yes, there are three capstone projects for hands-on learning.
What are the key outcomes of this course?
You’ll gain expertise in comparing and analyzing storage systems for EVs.
Is this course suitable for professionals?
Yes, it’s ideal for engineers and researchers in automotive fields.
What industries is this course relevant to?
It’s designed for automotive, EV manufacturing, and energy sectors.
Are there assessments in the course?
Yes, there’s an assessment to evaluate your learning.
Does the course explain battery failure modes?
Yes, it discusses failure modes and challenges for each technology.
Is the course up-to-date?
Yes, it includes the latest advancements in battery and energy storage.
Will this help with EV certifications?
It provides a strong foundation for relevant certifications.
Does it cover hybrid energy storage systems?
Yes, it explains hybridization of different systems.
What kind of support is provided?
You’ll have access to course materials and support.
Can students join this course?
Yes, it’s suitable for engineering students and researchers.
What is the primary focus of the course?
To provide an in-depth understanding of energy storage for EVs.
Are there any downloadable materials?
Yes, course notes and materials are included.
How can this course help policymakers?
It provides insights into storage technology and infrastructure planning.
Does it cover real-world applications?
Yes, it focuses on practical energy storage applications in EVs.
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Your EV – Energy Storage System Fundamentals Training is just a click away!