Battery Energy Storage Systems (BESS) & Safety
In-Depth Lithium Iron Phosphate (LiFePO4) Engineering: Smart Bluetooth/CAN-Bus BMS Architecture, Thermal Runway Prevention & UL 9540A Compliance
Created by Engr. Asanga & Energy Storage Directors
What you'll learn
This course includes:
Course content
Curriculum Depth: 1 Modules • 1 Technical Lessons • 1h total length
Curriculum Depth: 1 Modules • 1 Technical Lessons
2–4 Months Practical Field Attachment Included
Students completing all modules with ≥70% score are deployed to Subway Energy Limited industrial partner sites across Nigeria for physical hands-on installation and commissioning.
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Requirements
- Understanding of basic electrical circuits and battery terminology
- Completion of Introduction to Battery Fabrication or equivalent experience
Description
The definitive deep-dive into stationary Lithium Iron Phosphate energy storage. Master smart BMS protocols (Pylontech, Victron, Deye CAN communication), active capacitive balancing, state of charge algorithms, and battery fire safety compliance.
The course takes students from the fundamentals of solar energy and photovoltaic technology through the identification and application of major solar-system components, electrical load assessment, power auditing, roof characteristics, and the factors that influence solar-system design and installation.
A dedicated Solar Companion Technical Reference provides additional high-level engineering knowledge covering solar inverters, batteries, solar panels, and solar charge controllers, including their ratings, characteristics, sizing considerations, configurations, and applications.
Who this course is for:
- Advanced solar installers and battery technicians
- Energy storage system designers and C&I contractors
- Engineers specifying stationary commercial battery storage
Instructor
Engr. Asanga
Certified Solar Professional • Director of Engineering at Subway Energy Limited
Engr. Asanga is the course creator and lead instructor for Subway Schools. A professional Solar Consultant for more than 15 years with over 20 years of practical electrical and power engineering experience. The course is structured to provide students with a practical and systematic understanding of solar-energy systems, from fundamental concepts and component identification through power auditing, electrical-load assessment, system-sizing principles, roof assessment, and solar entrepreneurship.
Included Engineering DeliverablesSubway Energy Standard
Enrolled engineers gain commercial licensing to utilize these templates, load profile sheets, and single-line schematics in their customer proposals and electrical permits.
BMS Parameter Configuration & CAN-Bus Protocol Matrix
Standard parameters for Pace, Seplos, JK, and Daly smart BMS connected to Deye/Victron inverters.
Full Lifetime Access • Learn at your own pace