EV Tech Talk Q&A Part 2 brings Dave Giles, EV expert, and Tim Dwyer together for another round of straight-talking answers to the questions instructors and students are actually asking about electric vehicles and the future of automotive training.
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/
Dave and Tim tackle the tough questions head-on, from what really happens inside an EV battery when temperatures climb to why solar roofs on production cars are still more science project than practical solution. They break down thermal management realities—keeping condensers, radiators, and coolant systems spotless to prevent issues—and the built-in safeguards like expansion discs and vents that help cells protect themselves. Hydrogen fuel cells get a realistic once-over: smaller battery packs paired with high-pressure tanks and proton exchange membranes that ultimately produce water, but with infrastructure and emissions hurdles that make them more promising for heavy equipment than everyday passenger cars. The pair shares clever ways to teach alternating current using everyday analogies like a swing set or breathing, plus hands-on scope demonstrations with wheel-speed sensors that make AC waveforms click for students. They also spotlight the free EV Rescue app that gives first responders—and future technicians—exact high-voltage disable points, component locations, and crash procedures, reinforcing why safety training and isolation practices belong at the core of any program.
Ready to develop an industry-driven training program that delivers results? Request a consultation with a DAKTIC representative today at [email protected].