Drive an Electric Vehicle

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Transportation

Impact

Cost

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Drive an electric or plug-in hybrid vehicle.

Driving an electric vehicle (EV) offers environmental, economic, and technological benefits that cannot be matched by internal combustion engine vehicles.

Environmental Benefits:  EVs produce zero tailpipe emissions.   This makes the air we breathe cleaner and healthier.  Driving an EV will reduce your transportation carbon footprint by up to 70%.  EVs are both more efficient than internal combustion vehicles (ICE) and when charging in Groton, the energy used to charge their batteries is generated by >60% non-carbon emitting processes.

Lower cost of Operation.   With the low cost of electricity in Groton and the higher efficiency of electric vehicles, you can dramatically reduce the cost of vehicle fuel.   Electric vehicles require less maintenance than ICE vehicles.  Regular service for tire rotation and evaluation of the electrical systems are needed, but the work involved in these checks is less than for an ICE vehicle.

Safety.  EVs have several features that make them safer than ICE vehicles.  EVs are much less likely to catch fire than ICE vehicles, because they do not use flammable fuel.  EVs have higher torque/acceleration, which can be very helpful in avoiding accidents.  EVs have a lower center of gravity which improves stability of handling and reduces the chance of rollovers.  EV’s are mechanically simpler, with fewer moving parts to break down, so they are less likely to strand their occupants in unsafe circumstances.  Due to their large, heavy batteries, EVs tend to be more massive than ICE vehicles.  This extra mass protects their occupants in collisions.

More convenient fueling:   For most trips, you will ‘fill up the tank’ in your garage or driveway.  You can charge overnight, when Groton’s electric rates are extremely low.  No more smelly gasoline transactions.

Most of the benefits listed above apply to both EVs and Plug-in Hybrid Vehicles (PHEV).   PHEVs run on batteries for shorter trips, but shift to gasoline power for longer trips.  This reduces some of the environmental benefits, but provides a backup to electric power that relieves the ‘range anxiety’ that many first time EV owners experience.

Electric vehicles are, on average, a little more expensive than ICE vehicles  However, the prices of EVs have been falling steadily, and the range of model offerings is growing every year.   The number and variety of smaller, less expensive models is increasing. Federal and state subsidies for some models allow them to achieve cost parity with their ICE counterparts.  Finally, if you want to have faster charging at home, you will need to install an EV charger, which will be an additional cost for a first time buyer of an EV.  Explore our Deeper Dive page to learn more about EV and PHEV incentives as well as electrical requirements for different home charging options.

 

Steps to Take

  1. Determine which models will best match your transportation needs.   Two sites that enable this process with a focus on EVs are https://greencarscompare.com/ or https://www.plugstar.com/.  You can use traditional auto rating sites to get additional information.  Consumer Reports, Kelley Blue Book or Edmunds can provide this type of information.

  2. To better understand the life cycle, or cradle-to-grave, financial and environmental costs of a specific electric vehicle compared to its ICE counterpart, try Carboncounter.com | Cars evaluated against climate targets

  3. Once you know which models you’re interested in, go to the Green Energy Drive Green website to see if they have any good deals at the moment. It also provides information on what rebates may apply to the vehicle.  These deals change frequently!  Don’t assume the dealers will offer you these deals. You need to bring the deal to them. (Handy benefit: you can skip the sales pitch by showing the unbeatable DriveGreen deal.)

  4. Test drive some cars at the dealers and make the best deal on the car that best suits your needs.

  5. Consider a charging station for your home.   Charging stations come in various configurations with faster or slower charging, stations with internet connectivity and/or energy management features.  To ensure you get a station that is compatible with your EV, your home’s electrical supply capacity and your driving patterns; consult a local electrician.  Charging stations are eligible for rebates/tax credits in most cases.

 

Deep Dive

Emissions Benefits. In Groton, passenger vehicles account for 36% of our greenhouse gas emissions.  This is the largest single contributor of GHG in Groton.   For most Grotonians, switching to EVs is the most effective thing you can do to reduce your GHG emissions.

If the electricity to charge an EV comes from fossil fuels, driving an EV is obviously not entirely emissions free. Still, according to the Union of Concerned Scientists, EVs and plug-in electric-gas hybrids have much smaller carbon footprints than conventional ICE (internal combustion engine) cars — no matter the source of the electricity. (See Are Electric Vehicles Really Better for the Climate? Yes. Here’s Why.)

To find out more about the health benefits that come from EVs you can go to: https://www.lung.org/getmedia/9e9947ea-d4a6-476c-9c78-cccf7d49ffe2/ala-driving-to-clean-air-report.pdf

Cost benefits:  Electric vs. Gas: Is It Cheaper to Drive an EV? by NRDC (Natural Resources Defense Council) provides detailed background on the costs owning an EV and how they compare to ICE vehicles. While EVs are more expensive up front, the lower cost of fuel and maintenance make EVs less expensive over the long run. The gap between the two technologies is growing larger as time passes and the initial cost of EVs declines.

Range anxiety? Fully electric vehicles (EV) are constrained by their battery capacity, but battery range is improving by the year.

The local and national network of charging stations keeps expanding, with many apps that help you locate public charging stations and track availability in real time. Most chargers are located conveniently at transit stops or roadside rest stops; in addition, many parking lots, places of employment, and hotels have also installed chargers. Plugshare is one app that finds charging stations anywhere you are going. EVgo is another, and lists fast-charging stations. ChargeHub is yet another that can help you plan long trips with EV charge stops along the way. ChargePoint offers many stations in the greater Boston area.

Charging an EV. You can plug your EV into any standard 110-120V outlet (known as “trickle charging,” but many EV and plug-in owners install a Level II 240V charger at home, which speeds up charging time roughly sixfold. This can be installed in a garage or attached to a home or building, close to where the car is parked. Consult with a local electrician to know exactly what is needed in your home to add Level II charging.

Rebates. Qualifying battery electric vehicles and fuel cell electric vehicles (under $50,000) are eligible for a $3,500 Massachusetts rebate. Plug-in hybrid electric vehicles with an all-electric range of 25 miles or greater are eligible for a $1,500 rebate. (See MOR-EV.)

The Inflation Reduction Act (IRA) includes a tax credit for installing a home EV charger, equal to 30% of the total cost, including installation, up to $1,000.  Consult your tax adviser to learn if you qualify. This 30C Alternative Fuel Infrastructure Tax Credit will expire on June 30, 2026!!!

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We leased a 2024 Hyundai Ioniq 6 in March of 2024.  We decided to lease because the terms were so much better for leasing than…
2024 Hyundai Ioniq 6
Submitted by: Linda Loren

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