Metal - air would offer far greater
range than lithium - ion, but it is not rechargeable with simple electric current, so drivers would have to clean out the battery regularly and replenish it with metal «fuel.»
Not exact matches
After all, the new
lithium - based pack provides the essential spark that makes the new design go in more ways
than one — from its green performance and driving
range, right down to its wind - cheating looks.
If
lithium cobalt oxide were used in a battery giving a 400 - kilometre driving
range, the cobalt alone would cost more
than $ 5000.
Its 95 kWh
lithium - ion battery provides for a
range of more
than 400 kilometers (248.5 mi) in the WLTP driving cycle.
The e6 uses a rapid charging system that fills the
lithium - ion batteries in less
than half an hour, with a top speed of 88 mph and a
range of about 160 miles.
Using a 63 - hp electric motor powered by a 16 - kWh
lithium - ion battery pack, the i likely will have a
range of somewhat less
than Mitsubishi's eighty - five - mile prediction.
For 2017, the BMW i3 (94 Ah) receives a new, more efficient
lithium - ion battery that extends its
range to 114 miles, more
than 50 percent over the base i3 (60 Ah).
This four - wheel - drive model has a 300 - volt,
lithium - ion battery with a
range of more
than 50 miles and it can go up to eight hours before recharging.
Using a 31 kWh
lithium - ion battery pack, the EPA rates it at a
range of 88 miles — higher
than the Nissan Leaf, Mitsubishi i - Miev and Ford Focus Electric.
The
lithium - ion battery pack is a bit lighter
than the Chevy Volt's battery pack, but the ELR uses the same 1.4 liter gasoline
range - extender.
With an estimated 600 miles of total driving
range, the Optima PHEV's next - generation battery system features a 9.8 kWh
lithium - ion polymer battery pack, which produces roughly 60 percent more energy output
than the battery pack found in the outgoing Optima's hybrid system, and is estimated to achieve 27 miles in full EV mode, placing the Optima PHEV among the segment leaders in all - electric
range.
As does the revised
lithium - ion battery pack with about one - third fewer cells
than before, which helps give the 2016 Volt an estimated electric - only
range of 80 kilometres.
The high - capacity 12 kWh
lithium - ion drive battery gives Outlander PHEV an EV Drive Mode cruising
range of more
than 55 km (34 miles) in the JC08 cycle, sufficient for all - electric operation in most everyday situations in Japan.
Targeted 60 - kilometre plus pure - electric
range, 34 g / km CO2 emissions, and efficient packaging The Optima Sportswagon Plug - in Hybrid is powered by a 11.26 kWh
lithium - polymer battery pack paired with a 50 kW electric motor, providing a provisional pure - electric
range of more
than 60 km (38 miles) at speeds of up to 120 kph.
The 2018 Ioniq Plug - in Hybrid provides an all - electric
range of more
than 29 miles (47 km), 119 MPGe in EV mode and 52 MPG in hybrid mode based on EPA estimates, powered by a 8.9 kWh
lithium - ion polymer battery.
The Ioniq Plug - in Hybrid provides an estimated all - electric
range of more
than 25 miles, powered by a potent 8.9 kWh
lithium - ion polymer battery.
The IONIQ Electric features a 28 kWh
lithium - ion - polymer battery for an estimated
range of more
than 250 km (155 miles).
Nevertheless, with its Atkinson - cycle gas engine and
lithium - ion battery pack, total
range is said to be more
than 500 miles, although Ford isn't yet specifying how far it can travel in pure electric mode.
A 9.8 kWh
lithium - ion polymer battery pack, more
than five times larger
than the Sonata Hybrid's battery, gives the Sonata Plug - in Hybrid an estimated all - electric
range of up to 27 miles, further
than any other midsize PHEV sedan.
The
lithium - ion battery integrated into the floor of the passenger compartment provides a
range of more
than 500 kilometers (311 miles).
For energy storage the e-tron quattro concept uses a
lithium ion battery positioned underneath the floor and between the two axles, preserving a low center of gravity and offering a
range greater
than 310 miles.
The less expensive variant will pack a 133 - horsepower, 291 - pound - foot electric motor mated to a 39.2 - kWh
lithium ion battery, which Hyundai estimates will provide for 186 miles of
range by European measurements (US EPA figures trend lower), which is better
than the 2018 Nissan Leaf.
Its
lithium - ion battery provides a
range of more
than 400 kilometers (249 miles) in the WLTP driving cycle.
With a
range of approximately 84 miles on a full charge of its 21 kWh
lithium - ion battery pack, the LEAF is more
than adequate for the day - to - day needs of the average motorist.
Torque: 62.5 ft - lbs (84.6 Nm) Peak horsepower: 31 horsepower Peak electrical input: 22,000 watts Top Speed: 60 mph (96.6 kph) Battery:
Lithium - ion, 4 kWh (58volts @ 70Ah)
Range: Up to 60 miles (97 km) Recharge time: Less
than 4 hours (can take 110V or 220V) Total weight: 225 pounds (102.1 kg)
Showing that weight and aerodynamics matter, the Jeep EV has a 27 kWh
lithium - ion battery pack - more
than the Dodge EV - but its all electric
range is only 40 miles.
The EMotion will launch with a
lithium - ion battery pack big enough to deliver 400 miles of
range, more
than Tesla's Model S. Forget about the graphene batteries, though — at least for the time being.