Batteries & Technologies brings Nathan Banke, Director of Education at Consulab, and Dave Giles, EV specialist, together for a straightforward dive into the heart of what powers today’s electric vehicles and why it matters for every training program.
Relevant Training Systems
- Electric Vehicle Thermodynamic Systems Trainer — Hands-on experience with refrigerant and coolant loops, including operational heat pump, chiller, PTC heater, and electronic expansion components for EV climate control training. https://daktic.com/product/electric-vehicle-thermodynamic-systems-trainer/
- Switch EV Training System — Compact mobile platform featuring all core components of a modern EV drivetrain in an insulated, safe setup ideal for classroom use. https://daktic.com/product/switch-ev-training-system/
- Tesla Model 3 Cutaway EV Training System — Real OEM Tesla Model 3 components with cutaway motor/inverter for in-depth study of BEV systems and three-phase operation. https://daktic.com/product/tesla-model-3-cutaway-ev-training-system/
- EV High-Voltage Safety Training System — Classroom-sized functional BEV package focused on high-voltage safety protocols, PPE, and isolation procedures without live high-voltage risks. https://daktic.com/product/ev-high-voltage-safety-training-system/
- DAKTIC Electrified Pathway — Comprehensive collection including Tesla Model 3 cutaway, Toyota Prius drivetrain, and custom L3 electrical solutions for building progressive EV training programs. https://daktic.com/product/daktic-electrified-pathway/
Nathan and Dave keep things refreshingly practical, showing how a simple 9-volt battery teardown reveals the same basic building blocks found inside massive EV packs—cells stacked into modules and then full battery assemblies. They cover the jump from older nickel-metal hydride setups to modern lithium-ion chemistry, the different cell shapes, and the clever ways manufacturers arrange them for power, range, and longevity. Safety runs through every minute of the conversation: proper PPE like arc-flash protection, the right lifting gear for heavy packs, and why even “disconnected” systems still demand respect. Thermal management, preconditioning for fast charging, and real-world durability (these batteries often outlast the vehicles themselves) all get clear, shop-floor treatment that instructors can immediately put to work. The pair also point out free service resources and scan-tool correlations that turn abstract concepts into something students can see, measure, and understand—without needing a full-size EV on the shop floor.
Ready to develop an industry-driven training program that delivers results? Request a consultation with a DAKTIC representative today at [email protected].