That's a spectacular looking vehicle!
I'm sure the team were trying to show what can be done, and it's turned out pretty good.
Comparing electric vehicles to gasoline-powered vehicles is just not the same, especially when you are talking about performance and racing. Gasoline-powered is a mature technology, whereas pure electric is just in the early stages.
Torque is a key factor in actual performance of the vehicle, and battery-powered vehicles usually have excellent torque figures relative to gasoline powered vehicles. Hybrid is relatively new technology, compared to gasoline-powered, but it does give an excellent compromise, and enhances the overall torque of a gasoline powered vehicle.
I have driven a few hybrids on the roads, and they can out-perform the equivalent gasoline-powered in some respects, such as providing a higher torque at lower engine revs because the power is coming from an electric motor while the engine is not at it's maximum power efficiency.
Of course, most road cars are sanitised so that drivers don't kill themselves, and to gain maximum fuel efficiency.
Getting the power down to the road is the biggest challenge, and wheel-spins look exciting, but waste energy, and results in a slower take off.
A very good driver will usually outperform the average driver from the get go because of their skill in getting the power down, but when it comes to straight line, and the power is down, it's just a story of power to weight ratio, and then above a certain speed, aerodynamics kick in. The 0-60 is one of those critical measurements because beyond 56mph wind resistance takes over from road resistance, and that's where aerodynamics and power really show. In very simple terms horsepower is a figure people can relate to, whereas torque is not usually promoted to sell a car.