Amptricity makes EVs a reality for everyone
The Amptricity solid-state battery for EVs is break-through technology, dramatically improving energy storage density and vehicle range. Example: The 85 KWh battery in the Tesla Model S was replaced with a 114 KWh Amptricity battery, resulting in a 34% increase in power. Consider how these Amptricity technical advantages will change transportation:
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+ Extended vehicle range:
The original Tesla Model S battery provided a vehicle range of 380 Km (236 mi). When Amptricity replaced the original battery in the same vehicle, the range increased to 750 Km (466 mi), a 97.4% increase.
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+ Reduced weight:
The original Model S battery pack weighs 587.5 Kg. The Amptricity battery for the same vehicle weighs 550 Kg, a 6.8% decrease.
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+ Longer life:
The Amptricity EV battery has a lifetime range of 2 million Km (1.242 million miles), and a mobile energy life greater than 10 years.
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+ Greater efficiency:
The power consumption of EVs equipped with the Amptricity battery is 7.584 Kwh per 100 Km, which is ½ to 1/3 that of other vehicles.
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+ Higher safety margin: No thermal runoff
Shenzhen Test Results, May 2019
Amptricity is not limited to cars. Below are performance specs on an electric cycle. Any EV can be equipped with Amptricity solid-state battery technology.
621K Mile (1000km) Range
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Sur Ron X Bike, Luna Cycles
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Results of vehicle retrofitted with polymer battery with __ kWh in power:
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466K Mile (750km) Range
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Tesla Model S
Results of vehicle retrofitted with polymer battery with 114 kWh in power:
Electric Bus Solutions
621.3 Mile (1000km) Range
Electric Bus
Retrofitted with modified Lithium Manganese Battery
Electric Truck Solutions
497.1 Mile (800km) Range
Electric Trucks and Heavy Vehicles
Retrofitted with modified Lithium Manganese Battery-1100AhM
372.8 Mile (600km) Range
Electric Trucks and Heavy Vehicles
Retrofitted with modified Lithium Manganese Battery-750AhM