Understanding Electric Car Insurance and Electric Car Acronyms 

With the rise in popularity of electric cars, there’s been a surge of specific terminologies and acronyms, several of which are used to categorize different types of electric vehicles. Terms like BEV, PHEV, E-REV are all similar terms used for different cars.

We’re going to help you understand what every different electric vehicle acronym means. Here are the most common EV abbreviations and what they mean.

Most Common EV Abbreviations

Battery Electric Vehicle (BEV):

BEVs are electric cars that get their energy exclusively from rechargeable battery packs. They don’t have an internal combustion engine, a fuel tank or a fuel cell.

Combined Charging System (CCS):

A CCS offers both AC and DC charging on the same port, providing up to 350kW of power. Also called a “combo plug,” this is the industry-standard for charging stations and home charging set-ups in Europe and America.

CHArge de MOve (CHAdeMO):

CHAdeMO is a fast (DC) charging technology, stemming from the Japanese sentence, “O cha demo ikaga desuka,” meaning “would you like a cup of tea?” It is a play on how fast it can charge a CHAdeMO vehicle battery.

Charging Point Manager (CPM):

This describes a type of software designed for intelligent charging, which manages the distribution of power to various electric vehicles to ensure each one charges as swiftly as possible. It operates using customizable algorithms to optimize performance.

Charging Point Owner (CPO):

A CPO is the operator who owns and oversees the operation of smart charging points.

Dynamic Load Management (DLM):

This is an EV charging technology that enables the even distribution of electricity among multiple vehicles connected at the same time. Essentially, DLM optimizes charging rates and helps avoid grid congestion.

Electro-mobility Provider (EMP):

An EMP is a company that gives people access to EV charging networks. They usually provide a tracking service, like an app, to help users find available charging points. They also determine the price of EV charging. EMPs are also referred to as Electro-mobility service providers (EMSP).

Electric Vehicle (EV):

EV stands for electric vehicles. Instead of traditional internal combustion engines, EVs utilize a battery-powered motor. Unlike PHEVs and HEVs, EVs don’t have a gasoline tank or output zero tailpipe emissions.

Extended-Range Electric Vehicle (E-REV):

This is a much less commonly used acronym. An E-REV is an electric car equipped with an auxiliary engine, which gives it further range. The extended range engine, as the name suggests, is only active for extended range. This enables E-REV cars to emit less CO2 than normal cars, since only the extended range engine produces any. For normal use, only the electric battery engine will be active.

Electric Vehicle Supply Equipment (EVSE):

EVSEs are equipment that supplies the electrical energy that charges electric vehicles. It can be residential or commercial.

Fuel Cell Electric Vehicle (FCEV):

FCEVs rely on fuel cell batteries as well as their electric motor. The fuel cells run on hydrogen energy, making it more efficient than a typical combustion engine. FCEVs only use the fuel cells in necessary events, like quick acceleration and hard braking.

Hybrid Electric Vehicle (HEV):

It’s a term for electric cars that utilize both traditional combustion engines and electric batteries. This gives HEVs the benefit of being low-emission vehicles with the power of a combustion engine vehicle.

Internal Combustion Engine ICE):

ICE cars are the most common on the road. ICE cars are basically gas-fueled cars.

Battery Electric Vehicle (BEV):  

BEVs are electric cars that get their energy exclusively from rechargeable battery packs. They don’t have an internal combustion engine, a fuel tank or a fuel cell.  

Combined Charging System (CCS):  

A CCS offers both AC and DC charging on the same port, providing up to 350kW of power. Also called a “combo plug,” this is the industry-standard for charging stations and home charging set-ups in Europe and America.  

CHArge de MOve (CHAdeMO):  

CHAdeMO is a fast (DC) charging technology, stemming from the Japanese sentence, “O cha demo ikaga desuka,” meaning “would you like a cup of tea?” It is a play on how fast it can charge a CHAdeMO vehicle battery.  

Charging Point Manager (CPM):  

This describes a type of software designed for intelligent charging, which manages the distribution of power to various electric vehicles to ensure each one charges as swiftly as possible. It operates using customizable algorithms to optimize performance. 

Charging Point Owner (CPO):  

A CPO is the operator who owns and oversees the operation of smart charging points.  

Dynamic Load Management (DLM):  

This is an EV charging technology that enables the even distribution of electricity among multiple vehicles connected at the same time. Essentially, DLM optimizes charging rates and helps avoid grid congestion. 

Electro-mobility Provider (EMP):  

An EMP is a company that gives people access to EV charging networks. They usually provide a tracking service, like an app, to help users find available charging points. They also determine the price of EV charging. EMPs are also referred to as Electro-mobility service providers (EMSP).  

Electric Vehicle (EV):  

EV stands for electric vehicles. Instead of traditional internal combustion engines, EVs utilize a battery-powered motor. Unlike PHEVs and HEVs, EVs don’t have a gasoline tank or output zero tailpipe emissions.  

Extended-Range Electric Vehicle (E-REV):  

This is a much less commonly used acronym. An E-REV is an electric car equipped with an auxiliary engine, which gives it further range. The extended range engine, as the name suggests, is only active for extended range. This enables E-REV cars to emit less CO2 than normal cars, since only the extended range engine produces any. For normal use, only the electric battery engine will be active.  

Electric Vehicle Supply Equipment (EVSE):  

EVSEs are equipment that supplies the electrical energy that charges electric vehicles. It can be residential or commercial.  

Fuel Cell Electric Vehicle (FCEV):  

FCEVs rely on fuel cell batteries as well as their electric motor. The fuel cells run on hydrogen energy, making it more efficient than a typical combustion engine. FCEVs only use the fuel cells in necessary events, like quick acceleration and hard braking.  

Hybrid Electric Vehicle (HEV):  

It’s a term for electric cars that utilize both traditional combustion engines and electric batteries. This gives HEVs the benefit of being low-emission vehicles with the power of a combustion engine vehicle.  

Internal Combustion Engine ICE):  

ICE cars are the most common on the road. ICE cars are basically gas-fueled cars.  

Mild Hybrid Electric Vehicles (MHEV):  

MHEVs have electric batteries but they can’t sustain the car. So, they have a main combustion engine assisted by electric batteries.  

Plug-in Hybrid Electric Vehicle (PHEV):  

PHEVs utilize both electric batteries and gasoline to power an ICE. You can drive a PHEV until its battery runs out and automatically switch to the ICE.  

Radio-frequency Identification (RFID):  

RFIDs link a card to an account to quickly start a charge with just a tap.  

Transmission System Operator (TSO):  

TSO is a term established by the European Commission to describe an organization responsible for the transportation of energy and the upkeep of the infrastructure needed for this transportation. 

Vehicle-to-Building (V2B):  

This is a technology that reduces a building’s energy consumption by using the idle energy of multiple electric vehicles.  

Vehicle-to-Grid (V2G):  

V2G is an advanced smart charging technology that allows the energy stored in electric car batteries to be fed back into the power grid. With the growing dependence on renewable energy sources to power the grid, V2G plays a crucial role in stabilizing the grid during times when the energy generated from solar, or wind sources falls short of demand. 

Vehicle-to-Home (V2H):  

A technology that enables an electric vehicle’s battery to supply power to an entire home (or a similarly sized building). This bi-directional system can convert energy between the AC supply and the vehicle’s battery. 

Vehicle-to-Everything (V2X):  

A technology that enables an electric car’s battery to serve as a backup power source during a power outage. 

MHEVs have electric batteries but they can’t sustain the car. So, they have a main combustion engine assisted by electric batteries.

Plug-in Hybrid Electric Vehicle (PHEV):

PHEVs utilize both electric batteries and gasoline to power an ICE. You can drive a PHEV until its battery runs out and automatically switch to the ICE.

Radio-frequency Identification (RFID):

RFIDs link a card to an account to quickly start a charge with just a tap.

Transmission System Operator (TSO):

TSO is a term established by the European Commission to describe an organization responsible for the transportation of energy and the upkeep of the infrastructure needed for this transportation.

Vehicle-to-Building (V2B):

This is a technology that reduces a building’s energy consumption by using the idle energy of multiple electric vehicles.

Vehicle-to-Grid (V2G):

V2G is an advanced smart charging technology that allows the energy stored in electric car batteries to be fed back into the power grid. With the growing dependence on renewable energy sources to power the grid, V2G plays a crucial role in stabilizing the grid during times when the energy generated from solar, or wind sources falls short of demand.

Vehicle-to-Home (V2H):

A technology that enables an electric vehicle’s battery to supply power to an entire home (or a similarly sized building). This bi-directional system can convert energy between the AC supply and the vehicle’s battery.

Vehicle-to-Everything (V2X):

A technology that enables an electric car’s battery to serve as a backup power source during a power outage.

Electric Car Insurance

While the roads are now filled with electric vehicles, they bring potentially higher repair costs due to their increased value. This is true for your auto insurance as well. Without knowing it, you might end up paying more for your electric car insurance. Since it’s a rapidly growing market, it’s likely to see more changes in the future, which means that it’s likely the prices balance out and insurance for electric vehicles might not be as expensive.

Is Electric Car Insurance More Expensive?

Since the electric car market is currently on a rapid growth, eventually the technology used in electric cars will continue to become more efficient and affordable. Currently, however, since the technology is pricier than that of gas-fueled cars, it may cost you more to get insurance for your electric vehicle. Fortunately, as these vehicles grow more popular, the insurance costs for these cars may come closer to those for gas-fueled cars.

Learn More>>

Electric Car Insurance Rates in 2026: What You Need to Know Before Buying  

Electric Car Insurance Cost

On average, full coverage electric car insurance is $2,314 and $644 for minimum coverage. It also depends on the type of vehicle you own. Full coverage for luxury electric vehicles, like Tesla Model 3 can cost up to 49% more than the national average.

Compared to the Tesla, full coverage EV insurance for a Toyota Prius costs $2,117 on average and $602 for minimum coverage. It’s important to note that personal rates depend on various factors like your location, age, driving record and credit history.

Where Can I Buy Electric Car Insurance?

Getting EV car insurance is the same as getting coverage for conventional cars. You will get the same coverage options, such as liability, bodily injury, collision and comprehensive coverage. Presently, several national and regional auto insurers offer policies for electric vehicles.

Like with regular car insurance, you should keep an eye out for possible discounts. While you may find insurance companies that provide electric car insurance, it may not be as easy to find discounts. Only some large carriers like Travelers and Lemonade offer exclusive discounts to help save money on electric and hybrid cars.

How To Save On Electric Car Insurance

The ideal way to save on insurance if you already own an electric car is requesting quotes from several different providers. Comparing rates and policy offerings can help you snatch a better deal, and switching to another company might also help you save. Some insurance providers offer discounts that include a few common ones, including bundling, and good student discounts.

If you own an electric car, you may also be able to save beyond insurance. You can find various rebates or tax credits for having an electric vehicle through many local, state and federal programs.

Want personalized advice? Connect with a car insurance agent today to ensure you get the best coverage for your electric vehicle.

Step Into the Future

Learning everything about electric cars can seem like a challenge with all the acronyms used in the industry. However, it’s not all too hard once you find the necessary information. It doesn’t just stop at learning the acronyms but also finding the right coverage for your electric vehicle.

If you want to find out more about auto insurance, read more articles on Agency Height, here.