Electric Vehicles

Our Path To AN All-Electric Future

GM is on its way to an all-electric future, with a commitment to 30 new global electric vehicles by 2025. We are aggressively going after every aspect of what it takes to put everyone in an EV because we need millions of EVs on the road to make a meaningful impact toward building a zero-emissions future. GM is positioned to design, engineer, and produce EVs for every style and price point, and we are rapidly building a competitive advantage in batteries, software, vehicle integration, manufacturing and customer experience.

What is an Electric Car?

Electric vehicle technology has rapidly progressed over recent years, with new and previously inconceivable innovations helping drive this new way to view transportation in a modern world. With quantum leaps in electric motor and battery cell high-tech mechanics, automotive OEMs across the globe are racing to switch their model line focus to specialize in electricity as opposed to gasoline combustion.

While there is still much work to be done in the means of battery car charging station networks to support this wave of new vehicles, the path to this very near future of automotive is quickly taking shape. According to a 2021 Consumers Reports article, over 100 BEV (Battery Electric Vehicles) will be hitting the market in the next five years, giving drivers who want to embrace this technology a wide selection of experiences to choose from.

A key component to the success of any electric vehicle lies in its’ battery capabilities. Liquid Lithium-Ion batteries are one such preferred battery tech that can be found in many electric vehicles. Lithium ions move from the negative electrode through an electrolyte to the positive electrode during discharge, and back the opposite way when charging.

Li-on batteries utilize use an intercalated lithium compound as the material at the positive electrode and usually graphite at the negative electrode. Another emerging battery type used in some newer models are considered Solid-State, which use thin layers of solid electrolytes to pass lithium ions between negative and positive electrodes. With solid-state batteries being as much as eight times more expensive to produce, and hard to build at scale, these batteries will more likely be reserved for luxury electric vehicles.

Electric VS Plug-in Hybrid

In addition to hybrid vehicles and fully electric cars, there is a third breed of new electric vehicle technology: The Plug-in Hybrid.

What is the difference between a fully electric car, a standard hybrid and a plug-in hybrid? Like hybrid cars, plug-in hybrids have both electric and gas motor. The major difference is that on a plug-in hybrid, the gas motor is held in reserve in case your battery runs out of charge. In other respects, a plug-in hybrid functions more like a fully electric car, in that it primarily relies on an electric motor, powered by a large battery that you plug in to charge.

Plug-in hybrid
  • Primary propulsion: electric motor, supplementary gas motor
  • Fuel: Electric battery, backup gas fuel tank available
  • Range: Battery range + gas fuel tank
plug in
Electric Cars
  • Primary propulsion: electric motor
  • Fuel: Electric battery
  • Range: Battery range
electric car
Standard hybrid
  • Primary propulsion: electric motor, supplementary electric motor
  • Fuel: Gas, supplementary passive-charging battery
  • Range: Gas fuel tank range
standard hybrid

Jessup Cadillac - EV Dealers Near You:

Whether you are looking for a plug-in hybrid SUV, Cadillac electric cars for sale or the best battery cars in CATHEDRAL CITY, contact Jessup Cadillac near Palm Desert and Palm Springss to ask any questions about this exciting new era in the world of automotive.


May not represent actual vehicle. (Options, colors, trim and body style may vary)

The Manufacturer's Suggested Retail Price excludes tax, title, license, dealer fees and optional equipment. Dealer sets final price.

Jessup Cadillac

68111 E PALM CANYON DR, CATHEDRAL CITY, CA 92234

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