http://driving.ca/kia/soul/reviews/road-test/first-drive-kia-soul-ev/
First drive: Kia Soul EV could be a game-changer
[2014/04/14]  By Graeme Fletcher

[images  
http://wpmedia.driving.ca/2014/04/soulev-11.jpg

http://wpmedia.driving.ca/2014/04/souldev-3.jpg
Inside, a dial on the left side of the instrument cluster features a
charge/discharge meter along with a “fuel” gauge that indicates the state of
charge of the 360-volt, 27-kilowatt/hour lithium-ion polymer battery.

http://wpmedia.driving.ca/2014/04/soulev-12.jpg

http://wpmedia.driving.ca/2014/04/soulev-16.jpg
The Soul EV’s powertrain consists of an electric motor with a single-speed
transmission and the power electronics that oversees everything. The
electric motor and electronics sit up front in the engine bay, while the
battery is mounted in the middle of the car beneath the floor.

http://wpmedia.driving.ca/2014/04/soulev-15.jpg
The differences between the regular Soul and its electric counterpart are
very subtle. The Soul EV comes with a unique white body colour and a
power-blue roof.

http://wpmedia.driving.ca/2014/04/soulev-6.jpg
The cargo capacity is rated the same as the regular Soul – 532 litres with
the seats up.

http://wpmedia.driving.ca/2014/04/souldev-2.jpg

http://wpmedia.driving.ca/2014/04/souldev-4.jpg

http://wpmedia.driving.ca/2014/04/soulev-7.jpg
]

With up to 200 km in electric range, and a price tag of $35,000, Kia's EV
hatch could be a game-changer

The pundits keep telling the world that electricity is the future of the
automobile. That may be true, but the current crop of EVs all have
significant shortcomings — namely range. Typical of its adventurous spirit,
Kia is about to enter the electrified field with the Soul EV. It could just
be the game-changer the EV world needs.

The differences between the regular Soul and its electric counterpart are
very subtle. The latter comes with a unique white body colour and a
powder-blue roof. The latter is picked up in the accents as well. Perhaps
the biggest outward change is the grille — the charging point is housed
behind a small door integrated into the finished panel.

Inside, apart from the light grey interior with glossy piano white accents,
it’s really only the instrumentation that gives the game away. The left dial
features a charge/discharge meter along with a “fuel” gauge that indicates
the state of charge of the 360-volt, 27-kilowatt/hour lithium-ion polymer
battery. There’s also a distance to empty readout and some additional
features built into the navigation system — it gives an outline of the drive
in terms of the energy used and overall efficiency.

Dimensionally, nothing changes. In fact, the only meaningful difference is
that the rear seat riders have less toe room under the front seats because
the battery’s cooling system needs that space. The only other real change is
found in the curb weight — the EV is 200 kilograms heavier because of its
282-kilogram battery. In all other respects, it is the same. The cargo
capacity is rated the same 532-litres seats up, the area is nicely squared
off, the 60/40 seats fold flat as usual and there is an under floor tray for
the 110-volt charger and cable. In other words, it retains the flexibility
of the gas-powered model.

Industry Insider: Electric cars projected to get less expensive

The Soul EV’s powertrain consists of an electric motor with a single-speed
transmission and the power electronics that oversees everything. The
electric motor and electronics sit up front in the engine bay, while the
battery is mounted in the middle of the car beneath the floor. The placement
keeps the centre of gravity low, which is good for the handling, and it
protects the battery in the event of a crash. The safety aspect is
underscored by the addition of extra ultra-high strength steel around the
battery pack (it ups the body stiffness by 5.9%).

One of the key improvements in the Soul EV is its battery. Kia says the
energy density of the new battery is 30% better than the unit it replaces
and it is up to 47% better than its competitor’s power packs (namely the
Nissan Leaf). Using a 220-volt outlet, it takes four or so hours to
completely recharge the battery. Switch to the regular 110-volt outlet and,
true of any electric conveyance, the time soars to 24 hours. If and when the
fast-charging infrastructure is expanded, the Soul EV can get an 80% charge
in 33 minutes using a 50-kW charger.

The liquid-cooled electric motor puts out 109 horsepower and 210 pound-feet
of torque, which equates to surprisingly spry performance. During the drive,
I clocked the run from rest to 100 kilometres an hour at 11.4 seconds, which
is more than four seconds faster than the Nissan Leaf. The important part
here is the strong launch off the line pull, something that carries on
through the mid-range and up to highway speeds. The Soul not only whirred
along quite happily at 120 km/h on the highway, it accelerated from 80 to
that speed in nine seconds.

The better news is found in the driving experience. All the extra weight the
EV is carrying does not impinge on the driving characteristics — with the
steering set in sport mode it felt as crisp and responsive as the regular
Soul. As is true of any hybrid/electric vehicle, the Soul EV uses
regenerative braking as its first braking stage — the transition to the
hydraulic system when more stopping power was called upon was seamless. It
also had commendably crisp pedal feel — so many feel vague and rubbery under
foot.

The one area that does need to be revisited is the choice of tire. Kia is
equipping the EV with P205/60R16 Super Low Rolling Resistance (SLRR) tires.
They may give adequate grip in a warm clime, but the instant it cools off
here they will be for the birds. Yes, there’s 10% less rolling resistance,
but when all is said and done resistance equates to traction. I want the
latter, please!

There are four driving modes — “Drive” or “Brake Regeneration” modes in Eco
mode “Off”, and “Drive” or “Brake” modes in Eco mode “On”. Frankly, the Eco
mode is best left for those times when range becomes more important than the
driving experience — it lacks the crispness evident in Drive mode with Eco
off. The Brake Regeneration mode retains the responsiveness of Drive, but
ramps up the regenerative braking to capture more of the kinetic energy. I
actually found it to be the best mode, and simply because there was so much
regenerative braking when the go pedal was lifted it all but negated the
need to hit the brake pedal other than to hold the EV still at a stop light.

And so to the one thing that will see the Kia Soul EV set a benchmark at the
affordable end of the electric vehicle spectrum. The driving range is longer
than any of its peers, and that makes a big difference. Kia says the battery
delivers a range of 160 km during normal driving and up to 200 km when
driven in a conservative manner. The other upside is that when compared to
the prototype I drove a year ago, the electronics that oversee the driving
characteristics have been honed to the point the EV drives just like its
gas-powered sibling. It all bodes very well for Kia and the end-user.

The Soul EV is set to go on sale in September this year and it will carry an
estimated price of $35,000 for the base and $38,000 for the full-zoot model.
Apply the electric vehicle credits to those prices (where available) and it
means a sub-30K ride, which, in the electric world, has to be viewed as a
steal.
[© driving.ca]




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