Energy Storage and Management

CONTENT TYPE

VR, 3D ILV, Interactive Modules

DURATION

2.5 Hours

TARGET AUDIENCE

Technician

COURSE DELIVERY

VR or Web-based

About the Course:

Energy storage and management are critical to the performance and efficiency of electric vehicles and renewable energy systems. This microcredential course provides a comprehensive introduction to energy storage, covering battery management systems (BMS), charging systems, and energy optimization techniques. Learners will engage with immersive VR simulations to explore BMS operations and charging infrastructure, gaining hands-on experience in energy efficiency and power management. 

Learning Objectives:

Course will be delivered via LMS and comes with a VR headset to access VR simulations.

Workforce Development

At ImmerseLearn, we are committed to practical, hands-on training that equips learners with industry-ready skills. This microcredential enhances workforce capabilities by offering a focused, immersive learning experience on one of the most critical areas in modern energy systems. By combining foundational theory with cutting-edge VR technology, we ensure that learners not only understand how energy storage and management systems function but also how to apply that knowledge in real-world environments. This approach supports our broader mission of making high-quality vocational training both accessible and impactful for today’s evolving workforce.

Engineer working on electric vehicle battery system in an automotive manufacturing facility.

Learners gain a deep understanding of how energy is stored, managed, and utilized in electric vehicles and renewable energy environments. This includes exploring battery technology, system integration, and operational principles that are fundamental to modern electrification.

Through immersive virtual reality simulations, learners are able to safely interact with battery management systems (BMS) and charging infrastructure. This hands-on exposure reinforces complex technical concepts, builds confidence, and simulates scenarios they are likely to encounter in real-world settings.

Students learn to identify and resolve common challenges related to energy storage inefficiencies, system failures, and charging irregularities. These critical problem-solving skills enhance on-the-job performance and reduce downtime in energy-dependent systems. 

As the global push for cleaner technologies grows, professionals trained in energy storage and optimization are in high demand. This course equips them to work with electric vehicles, smart grids, and renewable integration systems—making them valuable assets in forward-thinking industries.