Smart utility vehicle how to#
Smart utility vehicle drivers#

You can ensure the battery lasts as long as possible by understanding the charging process and following best practices for recharging. As the battery degrades, that battery capacity gets used to keep the vehicle range the same over the battery’s life.

Smart utility vehicle drivers#

Manufacturers actually add spare capacity to batteries that drivers can’t access. The fewer the number of kilowatt-hours your EV has-which corresponds roughly with the range-the greater the impact of battery decline. That deterioration decreases the number of miles available through recharging. Like the lithium-ion battery in your phone, EV battery degradation happens over time. But it’s a bit misleading to use the term “battery” at all-in truth, your EV does not have one massive unit but rather includes battery pack with hundreds of individual cells. The lithium-ion battery that charges your EV has a higher energy density than options like lead-acid, so it takes up less space. The battery makes the greatest difference on your EV lifespan. But the #1 component that requires special care is the battery-and it will also cost you the most if it ever degrades to the point where it needs replacement. Things will wear out and go wrong, so you’ll eventually need to replace tires, service brakes, replace hoses and lights, and address the steering and suspension if you find yourself veering off the road. Change coolant after 15 years or 120,000 miles.Replace brake fluid every 24 months or 30,000 miles.Change cabin air filter every 12 months or 15,000 miles.Rotate tires every six months or 7,500 miles.Here’s what that looks like for the Nissan Leaf: In addition, you’ll need to take your EV in for regular inspections. Expect to rotate the tires, replace the cabin air filter and wiper blades, and top off the wiper fluid. You also can skip replacing the drive belt, spark plug, and air filter.īut to keep your warranty in effect, you’ll still need to take in your EV for regular checks and services. So, you won’t find yourself taking the car in for oil changes, tune-ups, transmission service, or cooling system flushes. Easier EV Maintenanceįewer parts mean less to go wrong in an EV-and EVs skip about two dozen mechanical parts that you’d be servicing regularly in an ICE-powered conventional vehicle. Let’s take a look at how proper maintenance, battery best practices, and warranties can all play a role in extending the life of your EV. But as the technology improves, EVs are also expected to outlive gasoline cars. Most automakers now plan to switch to an all-electric fleet in the next 10 to 15 years to meet the demand for zero-emissions vehicles. Sales in the first quarter of 2021 climbed still higher, running nearly 2.5 times those for the previous year. And despite the pandemic and economic recession, the IEA’s Global Electric Vehicle Outlook 2021 found that a record 3 million new electric cars were registered in 2020. Now, more than a dozen EV makers offer 40-plus models.

Smart utility vehicle how to#

After all, Consumers Reports says most gasoline care powered by an internal combustion engine (ICE) can make it well over 100,000 miles with proper care.Įvery EV driver needs to know a few basics including the types of electric cars and how to care for them, EV charger tax credit, and more before they get their new car.Įven though the technology for electric vehicles has been around since the mid-1800s, alternative fuel vehicles weren’t part of the mainstream until recently. This cost-effective device gives you the power to gather information previously too difficult to capture.Before you buy an electric vehicle (EV), you’ll no doubt want to know how long you’ll be driving it. It features two 4-20ma analog inputs and two discrete inputs, making it ideal for a number of possible applications. What’s more, you can analyze the data you’ve stored over time to develop new insights into your operating conditions. You can also quickly resolve issues by transmitting and forwarding alarms to utility systems or individuals. Leveraging the FlexNet® communication network, you can use the interface application to remotely monitor pressures, temperatures, levels and switches. Learn how to use the Sensus® Smart Gateway Sensor Interface and the FlexNet Communication Network to monitor more applications across the smart water cycle.