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Toronto EV Charging Stations propose smart infrastructure in Toronto Parking Authority lots, enabling cable-lock plug-in units and wireless inductive charging, dual-vehicle stalls, snow-friendly placement, and V2G grid services for electric vehicles.
What's Behind the News
Toronto EV charging stations propose plug-in and wireless units in TPA lots with cable locks and V2G support.
- U of T engineering students spearhead urban EV infrastructure.
- Pilot sites: Toronto Parking Authority lots, not city sidewalks.
- Plug-in units with cable locks; one charger serves two vehicles.
- Wireless inductive option with coil alignment and wheel stops.
Imagine the day when electric vehicles are zipping across the city, and as motorists run low on power, they’ll be on the hunt for a charging station, not a gas station.
Engineering students at the University of Toronto are already thinking about the future and how to set up EV-ready infrastructure across the city.
As part of a class project, where firstyear engineering science students were dispatched across the city to identify problems and find solutions, Kevin Lam, Michael Vinelli and Kiarash Tajdaran proposed the idea of building charging stations at Toronto Parking Authority lots, similar to an operational station in Barrie already in use today.
“It looks like a parking meter. The users would bring their own cables from home,” said Vinelli, adding there would be a locking device to prevent theft because the copperladen cables are often a target for thieves. And as drivers park in designated slots – that could charge up to two cars with one machine – they would hook up their cars and head off to work, an errand or even a movie.
Although the team had considered setting up charging stations on the streets, the idea of ripping up sidewalks became a deterrent. Under their plan, the electric wires would need to be laid in the parking lot and the charging station would share space with a light standard or carsharing post, so it would not interfere with snowclearing equipment.
While this may seem feasible, YoungYoung Shen, Alexandre Lafortune and Sebastian Kosch went one step further, coming up with a wireless charging station as the charging industry grows rapidly – where cars would have one coil and the charging station would have the other bolted into the ground.
Then the motorist would drive into a stall – where tire bumps would guide the car to the right spot, and when the coils align – like a magnet – the battery would start charging.
“We think the efficiency would be close to the standard contact plug method,” said Shen, but he conceded the technology is not widely in use yet, though Nissan is now studying it.
His group envisions designated electric vehicle spots – like hybrid or handicapped spots in some parking lots.
One potential side bonus could be for the electric vehicle owner to make money selling its extra charged power back to the grid during peak events, said Lafortune.
“The grid system could draw power from the vehicle, and the owner could reduce their bill with charging cars for pennies programs,” he said.
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