Long before electric vehicles (EVs) became common on Canadian highways, Daniel Novy—whose surname aptly translates to “new”—was already a fan. This Slovakian-born machinist and hobbyist mechanic dove deep into EV technology and utilized his extensive knowledge and skills to create his own electric car.
In detail, Novy’s endeavor, which he undertook in his garage over several months, involved swapping out the internal combustion engine of a 1990 Honda CRX for a lithium-ion battery. He maintained the original transmission, setting his modified car apart from many EVs that typically feature a single gear system. (For those with a mechanical background, the intricacies of gearing and the impressive acceleration of EVs are certainly captivating, though outside the scope of this article.)
Fully charged and ready to go
After driving his homemade electric vehicle for a couple of years and converting another traditional gas-powered vehicle, Novy decided to acquire a Chevy Spark. The Spark EV serves as a compact “city car,” offering a modest range of around 125 km. He employs it for his daily 30 km commute and even for longer journeys.
Equipped with a level-2 charging station at his home and benefiting from the growing network of public charging facilities, he confidently travels using electricity instead of gasoline.
His passion for EV technology remains strong.
“The internal combustion engine seems outdated,” Novy remarks. In his opinion, EV technology is elegantly designed and powerful—offering simplicity without the numerous components that can create friction and lead to failures. “When you drive the car, you can sense that this is how it should feel,” he adds.
Farewell to frequent oil changes
The straightforward mechanics of electric cars contributes to their low maintenance demands—and associated costs. Under typical circumstances, taking care of an EV includes merely replenishing washer fluid, checking tire pressure, and replacing tires and wiper blades as needed.
Since much of the deceleration is managed by the electric traction motor (which recaptures energy back into the battery), brake service intervals for EVs are exceedingly lengthy. Additionally, EV drivers can wave goodbye to oil change reminders cluttering their schedules.
Looking ahead …
Given Daniel Novy’s enthusiasm for innovation, it is no surprise that he keeps an eye on the latest advancements in EV technology. He’s particularly intrigued by ultracapacitors as potential energy sources, as they represent a form of static electricity rather than the chemical energy found in batteries.
Ultracapacitors boast greater efficiency, durability, and a lower toxicity profile compared to traditional batteries. Although current models have limitations when it comes to energy storage capacity, Novy is optimistic that future iterations will enhance the ease of charging EVs and make them more environmentally sustainable.
When discussing society’s shift toward electric vehicles, Novy understands that some automotive enthusiasts may struggle to let go of the traditional grease and mechanics of older vehicles. Nevertheless, he is confident that most drivers will find the experience of an EV to be “very enjoyable” once they have the chance to try one.
