117 - You just bought an EV? Everything you need to know!
About this episode
New EV owners get a practical, no-nonsense roadmap: plug in immediately after pickup, set a sensible charge limit (often 80% for daily use), connect to home Wi‑Fi for over‑the‑air updates, and learn how range estimates shift with driving style. The hosts break down charging options (trickle, wall box, fast charging), public charger pitfalls like CCS vs CHAdeMO and missing cables, and why you should plan with apps like PlugShare. They also cover one‑pedal driving, regen, EV efficiency changes, weather effects on range, servicing/tires, the 12‑volt battery, and the mindset shift away from “fill when low.”
NRMA Insurance
"[7.5s] Insurance and UNIDEN. Thank you to UNIDEN, NRMA Insurance, NRMA Insurance helping Australians [14.0s] protect what matters most for a hundred years or more and they're also one of Australia's [18.5s] largest insurers of electric vehicles and UNIDEN smart dash cams."
NRMA Insurance is an Australian insurance company. They’re sponsoring the podcast, and they’re relevant because EVs can have different insurance considerations than older cars.
NRMA Insurance is an Australian insurer that supports the show. In an EV context, insurers often focus on coverage details like charging-related risks and how claims are handled for newer vehicle tech.
UNIDEN
"[7.5s] Insurance and UNIDEN. Thank you to UNIDEN, NRMA Insurance, NRMA Insurance helping Australians [14.0s] protect what matters most for a hundred years or more and they're also one of Australia's [18.5s] largest insurers of electric vehicles and UNIDEN smart dash cams."
UNIDEN makes electronics like dash cameras. A dash cam records what happens around your car, which can help if you’re involved in an accident or dispute.
UNIDEN is a consumer electronics brand, mentioned here for its smart dash cams. Dash cams can be especially useful for EV owners because they provide evidence in parking-lot incidents and while charging in public areas.
dash cam
"[22.5s] give yourself peace of mind, whatever car you're driving, especially if you bought a brand new [25.6s] one. Steven always says get yourself a rear camera, that's the one with the R model. [29.9s] These are award-winning cameras, award-winning dash cams, front and back, you want coverage [34.1s] in all directions."
A dash cam is a camera mounted in or near the windshield that records driving footage. The hosts emphasize coverage in multiple directions (front and back) to improve peace of mind and documentation.
rear camera
"[22.5s] give yourself peace of mind, whatever car you're driving, especially if you bought a brand new [25.6s] one. Steven always says get yourself a rear camera, that's the one with the R model. [29.9s] These are award-winning cameras, award-winning dash cams, front and back, you want coverage [34.1s] in all directions."
A rear camera (often part of a dash-cam setup) records what’s behind the vehicle. The host specifically recommends it because it helps capture incidents like reversing collisions, hit-and-runs, or events while parked.
plug it in
"[72.8s] So let's start with that first moment. You've taken the ribbon off the car, [76.9s] the salesman's walking you through it and you've got the keys and you're now on the road. [81.4s] What do you do? I think the first thing to do is get it home and plug it in. [86.8s] Because that's a mentality thing about just knowing that when it's at home in the driveway, [90.9s] plug it in."
With an EV, the first thing you do after getting home is plug it in so it can start charging. Your car’s screen will usually tell you it’s charging and help you understand how much time it’ll take.
For EVs, plugging in right after you get home is the first practical step because the car will start charging and update the driver with charging status. The interface typically shows charging progress, lets you set a charge limit, and estimates how long charging will take.
charge limit
"[95.3s] a bunch of things happen in the car. The interface, the screens will light up and [99.1s] tell you that it's charging. So you'll learn very quickly where it tells you about the [102.5s] charge limit. It'll estimate how fast it's going to take to charge."
Charge limit is the maximum amount your EV will charge to. If you don’t need a full battery every day, setting a lower limit can help the battery last longer and can finish charging sooner.
Charge limit is the maximum state-of-charge the EV is allowed to reach when charging. Setting a sensible limit helps you avoid routinely charging to 100%, which can be beneficial for battery longevity and also reduces wasted time if you don’t need a full charge.
estimate how fast it's going to take to charge
"[99.1s] tell you that it's charging. So you'll learn very quickly where it tells you about the [102.5s] charge limit. It'll estimate how fast it's going to take to charge. And that'll allow you to do [107.5s] a couple of things."
Your EV can guess how long charging will take. That helps you plan your day—like when you can leave or when you should plug in for the best timing.
EVs estimate charging time based on factors like battery temperature, charger power, and the current state of charge. Learning to read that estimate helps you plan when to unplug and how to schedule charging for off-peak electricity rates.
charging at 80% vs 100%
"You don't want to set your car to charge at 100% every single time... The 80%, that last 20% takes a lot longer to do... If you're just going to be driving around town, then having 80% charge or 70% is fine."
Instead of always filling the battery to the top, you can choose a lower “max” like 80%. That usually helps the battery last longer, and you only charge to 100% when you really need the extra range.
Many EVs let you set a charge limit (like 80% or 100%). Charging to 100% more often can be harder on the battery over time, while stopping at 70–80% is usually a better daily habit and still gives plenty of range for errands.
Dodge Charger
"...rging port is, how it plugs in, where to keep the charger in the car, and all those different things, the ..."
The Dodge Charger is a car that can be discussed in terms of how you charge it. The podcast is likely covering where the charging port is, how the plug connects, and where you keep the charging cable in the car. This helps you know what to do when you’re charging at home or away.
The Dodge Charger is a performance-focused American sedan that’s often discussed in EV charging contexts when people talk about how to plug in and where charging hardware fits in the vehicle. In a podcast about electric cars, it’s likely mentioned to explain practical charging details like connector type, charging port location, and in-car storage for the charging cable. That makes it useful for listeners who want to understand the day-to-day “how it charges” side of ownership.
home Wi-Fi
"Then you want to set your car up so it's able to connect... if it allows this to your home Wi‑Fi... any over-the-air software updates that are available will be available there."
Home Wi‑Fi is just your internet at home. Connecting the car to it can make updates and app features work more smoothly.
Home Wi‑Fi is used to connect the EV for tasks like downloading OTA updates and improving connectivity reliability. A stable connection can reduce the chance of update failures or delays.
over-the-air software updates
"When you pull into the driveway, the garage, if it's on your home Wi‑Fi, any over-the-air software updates that are available will be available there."
Your EV can get software updates automatically over the internet. If it’s connected to your home Wi‑Fi, it can download updates without you doing anything complicated.
Over-the-air (OTA) updates let an EV receive software improvements via the internet without visiting a dealer. When the car is on your home Wi‑Fi, it can download and install updates more easily and reliably.
SIM card
"If your car doesn't have a SIM card in it, it might also allow you to connect remotely to the car through apps."
A SIM card is what lets the car use the mobile network for internet features. If your car doesn’t have one, it may only be able to do certain things when it’s connected to Wi‑Fi.
Some EVs use a built-in cellular SIM card to connect to the internet for remote features even when you’re away from Wi‑Fi. If the car doesn’t have a SIM, remote connectivity may be limited or require Wi‑Fi.
remote app control
"it might also allow you to connect remotely to the car through apps... download the app... because you can do things like on my Merc, I've left my doors unlocked, I can lock the doors through the app, I can open the doors, I can set the climate..."
With the phone app, you can control parts of the car from far away—like locking doors or turning on the air conditioning. It uses the car’s connection to the internet to send commands and get updates.
Remote app control lets you manage EV functions from your phone, such as locking/unlocking doors, starting climate control, and receiving notifications. It typically relies on cellular connectivity (SIM) or Wi‑Fi, depending on the vehicle.
Merc
"because you can do things like on my Merc, I've left my doors unlocked, I can lock the doors through the app, I can open the doors, I can set the climate..."
“Merc” is short for Mercedes-Benz. They’re just using their Mercedes app as an example of what you can do from your phone.
“Merc” is a casual reference to Mercedes-Benz. In this context, the speaker is using their Mercedes-Benz app as an example of remote functions like locking doors and controlling climate.
range estimate
"The last thing I think is really important in that first day is the range estimate. Now the thing is, don't panic about it. It will change for years... the driving that you do actually determines that range number, and every car does it differently."
The EV’s “range estimate” is a calculated number based on recent driving, battery state, temperature, and charging history. It can change over time and may look different depending on how you drive and how you charge.
dynamic range versus a fixed range
"have a toggle, I've noticed, of a dynamic range versus a fixed range, which is basically a way of saying, do you want me to use my, this is the car speaking..."
Your EV’s “range” number isn’t always one permanent value. It can change depending on how you’ve been driving and the conditions. So if it shows less than the factory number, it’s usually because of your recent efficiency, not because something is wrong.
EVs can show a range estimate that changes based on recent driving and conditions, rather than a single fixed number. “Dynamic range” uses your driving behavior and efficiency to update the estimate, while “fixed range” is closer to the factory-rated figure. This is why the same EV can display different miles/km before a road trip.
Kia EV9
"And that's really critical, because when you get our Kia EV9, for example, 512K range or something like that, so out of the factory 100%, there it is, 512K. But right now, if I charge it to 100%, so just before we go on a road trip, it might say 600..."
They use the Kia EV9 as an example of why your EV’s range estimate can move around. Even if you charge to 100%, the car may predict less range if you’ve been driving in a way that uses more energy. The point is to trust the estimate you’re seeing for today’s trip.
The Kia EV9 is referenced as an example of how an EV’s displayed range can differ from the factory-rated figure. The hosts mention a large “from the factory” range number, then explain that after charging to 100% the estimate can drop based on recent driving. It’s a practical illustration of dynamic range behavior.
charging at home vs at work
"I know a lot of our listeners can charge at home. 95% of drivers charge at home... But there's also other, other drivers that maybe have the option to charge at work and so charge on the way..."
The hosts emphasize that where and when you charge matters because it affects your daily energy availability and convenience. Charging at home is often straightforward for routine top-ups, while charging at work can support commuting and longer days. This is a key ownership consideration for EV buyers.
granny charger
"Something we talk about a lot is we call them a granny charger, the trickle charger. This is the charger that comes with nearly all cars."
A “granny charger” is a nickname for the slow charger that’s usually included with an EV. It’s meant for charging over longer periods, like overnight. It’s not the kind of charger you’d use to quickly refill on a road trip.
A “granny charger” is a slang term for a slow, basic EV charger—typically the portable charger that comes with many cars. It’s designed for everyday charging when you have plenty of time, not for fast road-trip top-ups. The hosts connect it to the included “trickle charger” setup.
PowerPoint
"...but at the other end, it's just a normal PowerPoint. It's just a normal Aussie power plug."
They’re talking about a normal wall plug. The portable charger uses that outlet to send power to the car. It’s useful because you don’t always need a special charger installed at home.
“PowerPoint” here refers to a standard household power outlet (the Australian term). The hosts explain that one end of the portable charger plugs into the EV, while the other end plugs into a normal wall outlet. This highlights that some EV charging can be done without dedicated home charging hardware.
kilowatts
"...It's a two kilowatts, two to three kilowatts... range, I think, for speeds of between 7 kilowatts, 11 kilowatts, 22 kilowatts."
Kilowatts (kW) tell you how powerful the charger is. More kW usually means faster charging, though the EV may still slow down as the battery gets fuller.
Kilowatts (kW) are a measure of charging power, which largely determines how quickly an EV can add energy. Higher kW generally means faster charging, but real-world speed also depends on the charger type and the battery’s state of charge.
charging to 80%
"...I want to just come back to that for a minute. If you set your car to charge at 80%, the reason is when you go to a fast charger on a holiday... I only go to 80%... But to get from 40 to 100 could take 35 minutes... Because it's about safety. It's about keeping the battery safe..."
Most EV batteries don’t need to be filled all the way every day. Stopping around 80% is gentler on the battery, and filling from 80% to 100% usually takes much longer than the earlier part.
Charging an EV to 80% instead of 100% is a common habit because it reduces stress on the battery. The last portion of the charge (roughly 80% to 100%) typically takes longer and is managed more conservatively to protect battery health.
fast charging vs slow charging
"...when you go to a fast charger on a holiday... it might take me 15 minutes to get from 40 to 80. But to get from 40 to 100 could take 35 minutes... Because it's about safety... That's the fastest of charging. And then there's the slowest of charging, the trickle at home."
EV charging speed depends heavily on the charger type and the battery’s current state of charge. Fast charging is quickest for mid-range percentages, while the final top-up slows down to protect the battery, so 80% to 100% takes disproportionately longer.
wall box
"...the in-between is having what we call a wall box. That's a brand, but it's also just a style... You need an electrician to install them... But these ones... range, I think, for speeds of between 7 kilowatts, 11 kilowatts, 22 kilowatts."
A wall box is a dedicated home EV charger mounted on the wall, typically installed by an electrician and connected to your home’s electrical board. It provides a faster and more convenient charging option than trickle charging, with power levels commonly in the single- to double-digit kilowatt range.
trickle at home
"...That's the fastest of charging. And then there's the slowest of charging, the trickle at home. And the in-between is having what we call a wall box..."
Trickle charging is the slow, gentle way to charge at home. It’s okay if you’re not in a hurry, but it can take a long time to add much battery.
“Trickle charging” refers to very low-power home charging, typically using a basic setup that adds charge slowly over many hours. It’s generally fine for overnight top-ups, but it’s the slowest option compared with dedicated home chargers.
Zappy
"...That's a brand, but it's also just a style. You know, car dealers will sell them to you. There's brands called Zappy. You can buy them at Bunnings for crying out loud."
Zappy is just one example of a company that makes home EV chargers. When choosing one, you mainly care about how fast it charges and whether your electrician can install it safely.
Zappy is mentioned as an example of a wall-box EV charging brand. The key takeaway is that multiple manufacturers sell home chargers, but the important differences are typically power output and installation requirements.
AC32 charging
"My it's capable of 32, but it's not going to get any of that unless the car can handle it. And I don't think there's any car that does AC32 charging, right?"
AC32 is a way of charging an EV using regular power (AC) at up to 32 amps. Not every car and charger can do that exact speed, so you can’t assume you’ll get it.
AC32 charging refers to an AC (alternating current) home/work charging mode that can deliver up to 32 amps. It’s a mid-to-high AC rate, but only works if both the EV and the charger support that exact capability.
AC22 charging
"There are a couple that will do AC22 charging, but very, very few. But that's the in-between. And that's what we've opted for,"
AC22 is another home-charging speed setting, using AC power up to about 22 amps. Some EVs can do it, but fewer can do the higher AC32 level.
AC22 charging is an AC charging rate commonly associated with up to 22 amps. The hosts are contrasting it with AC32, noting that AC22 is more widely supported than the higher AC32 capability.
weekly top up
"because sometimes I do drive a bit of distance in a day or a week. And we also have two electric cars. So sometimes I don't have the ability to charge mine every day. So it just gets a weekly top up."
A weekly top up means you charge your EV once a week instead of every day. You do it just enough to cover your normal driving, especially if you don’t have daily charging access.
A “weekly top up” is a charging routine where you don’t charge to full every day, but instead add enough energy once per week to cover typical driving. It’s a practical strategy when you can’t reliably charge daily, and it helps match charging to real-world usage.
charging at home vs public charging
"So talking about, this is talking mainly about charging at home. Yes. What about when you get on the road?"
They’re comparing home charging with charging out on the road. Home charging is easier and more predictable, while public charging requires more planning because not all chargers are the same.
The hosts distinguish between charging at home (predictable, usually slower/AC) and charging on the road (public chargers, typically faster/DC). This matters because your trip planning depends on charger availability, type, and speed.
trip planning for public chargers
"A lot of people think, okay, I'm going on a road trip. I need to know where the charges are. So this is where there's a bit of planning you might need to do."
Trip planning is about figuring out where you can charge during a drive. You also want to know what kind of charger it is and how fast it charges so you don’t get stuck.
Trip planning for public charging means checking where chargers are, what connector they use, and the expected charging speed before you arrive. EVs can vary widely in how fast they charge, so knowing the charger details helps you avoid delays.
fast chargers
"And this is usually on the road. There's these are normally fast chargers. They want to get in people in charge fast."
Fast chargers are public chargers meant to add energy quickly. The real charging speed still depends on the charger and your specific EV.
“Fast chargers” are public charging stations designed to deliver higher power than typical home charging, reducing charging time. In practice, the actual speed depends on the charger’s output and the EV’s maximum charging capability.
50 kilowatt charging
"a big box, what looks like a fast charger might only do 50 kilowatt charging, which sounds amazing compared to what you've got at home."
50 kW is a measure of charging power for a public charger. Even though 50 kW sounds “fast,” it can be much slower than higher-power chargers (like 150 kW), which affects how long you’ll need to stop.
Chatham
"There are actually two types of plug. There's what we call CCS and Chatham. So basically, every car except a Nissan Leaf, and there might be one other now that still has Chatham uses the standard same charger."
“Chatham” is the name they’re using for a different charging plug type than CCS. Most EVs use CCS, but some older/legacy models use the other connector.
“Chatham” appears to refer to a legacy EV charging connector standard (often associated with CHAdeMO). The hosts are explaining that most cars use the same connector (CCS), while a small number—like the Nissan Leaf—use the other standard.
CCS
"There are actually two types of plug. There's what we call CCS and Chatham. So basically, every car except a Nissan Leaf, and there might be one other now that still has Chatham uses the standard same charger."
CCS is a type of charging plug used for fast charging. If your EV supports CCS, you can use many of the DC fast chargers you see on the road.
CCS (Combined Charging System) is a common EV fast-charging connector standard used by many automakers. It’s designed for DC fast charging and is typically the “standard same charger” referenced for most EVs in the segment.
adapters
"And are there, can you buy adapters? Aren't there adapters you can buy? I wouldn't recommend it even if there are. Like it just sounds dangerous to me."
An adapter is like a plug converter so your car can use a different charger. But adapters can be unsafe or unreliable, so it’s best to use the correct charger type for your car.
Adapters can sometimes let a car use a different connector type than it was designed for, but they’re not always safe or reliable. The hosts caution that some adapter setups can be risky and may not be appropriate for real-world charging. It’s usually better to match your car to the charger standard rather than rely on an adapter.
chargers that don't have a cable
"Well, the other thing too we should mention in the charging space is that there are some chargers that don't have a cable. Yes. There are some chargers that are just a plug."
Some public EV chargers are “plug-in” style where the cable is built into the charger, while others provide only a connector (no cable). If the charger has no cable, you must bring your own charging cable that matches both the car and the charger. This is a common real-world trip-up for new EV owners.
BYO cable
"If not, you'll need to BYO cable. Yeah. If you've got a car that came with a charger, it's probably a granny charger."
BYO cable means you have to bring your own charging cable. If the public charger doesn’t include one, you can’t charge without the right cable. So it’s smart to check what cables came with your car.
BYO cable means “bring your own cable,” referring to EV charging setups where the public charger doesn’t include a cable. This matters because some cars include only one cable (often for home charging), while public charging may require a different cable or connector. New EV buyers should check what’s in the box and plan for BYO cable situations.
Bunnings or Harvey Norman
"If I'm you and you've just bought a brand new electric car, check what you got and get one of each. Head to Bunnings or Harvey Norman and find a cable because there are good brands out there."
Bunnings and Harvey Norman are retail stores where the hosts suggest buying EV charging cables. The point is practical: new EV owners may need to purchase a missing cable if their car didn’t include one for public charging. This is a buying/ownership tip rather than a technical concept.
Taronga Zoo
"A lot of local shopping centers have these chargers. Taronga Zoo, I was at Taronga Zoo last week, and they've got four charge fox chargers, but no cables."
They use Taronga Zoo as an example of a place with EV chargers where you might still need your own cable. So even if a charger is there, you can’t assume it will work without the right cable. Always check the charger details before you arrive.
Taronga Zoo is used as a real-world example of a location with EV chargers that may not include cables. The hosts note that some sites have chargers available but require you to bring the correct cable. This reinforces the “check for cable included” advice.
Chargefox chargers
"Taronga Zoo, I was at Taronga Zoo last week, and they've got four charge fox chargers, but no cables. So the second"
Chargefox is the company behind the chargers they saw. Even with a known network, the charger might not include a cable. So you may still need to bring your own charging cable.
Chargefox is referenced as the charging network/operator for the chargers at Taronga Zoo. The hosts’ point is that even when a known network is present, the physical charger setup (like whether a cable is included) can vary. That affects whether you need to bring your own cable.
don't rely on anyone charger on a road trip
"So what I always say is don't rely on anyone charger on a road trip."
For road trips, don’t bet everything on one charging station. If it’s broken, you’ll want a backup nearby so you can keep going.
This is about redundancy in EV trip planning: don’t build your route around a single charging stop. Because chargers can be out of service, having alternates reduces the risk of getting stranded.
Plug Share
"So one of the things I recommend... there is an app called Plug Share, which allows you to just see a map."
PlugShare is an app that shows where EV chargers are. People also leave notes about whether chargers actually worked for them, which helps you avoid broken ones.
PlugShare is an EV charging app/community that maps public chargers and lets users review real-world experiences. Those crowd-sourced reports help you judge whether a specific charger is working reliably before you arrive.
apps
"So one of the things I recommend, and we'll talk about apps in a minute in detail, but there is an app called Plug Share..."
With EVs, apps are how you find chargers and check if they’re likely to work. They can also tell you where the charger is and what other people experienced.
In EV ownership, apps are a core part of trip planning because they provide live or recent status, location details, and user feedback for chargers. Using apps helps you find the right connector, understand station layout, and avoid unreliable sites.
EV charging misconceptions (takes hours and hours)
"...and I think the speed of charge, that's sort of one of the misconceptions of EV charging is that it takes hours and hours. That's not true. On a road trip, by the time you go to the bathroom, buy a coffee, get a sandwich, eat it, you'll be ready to go."
They’re addressing a common misconception that EV charging always takes hours. On a road trip, fast charging is typically used in shorter sessions, so the car can be ready again while you’re doing normal stops like eating or using the restroom.
80% real
"...that comes back to that really important thing. We'll touch on it again, the 80% real, right? ...And it's critical because 80 is probably going to be enough for you."
For most EV road trips, you don’t usually need to charge all the way to 100%. Stopping around 80% gets you most of the range without the extra time that comes from charging the last part.
The hosts are emphasizing that for EV road trips, charging to about 80% is usually the practical sweet spot. Charging beyond that (toward 90% or 100%) typically takes longer for smaller gains, so it’s often inefficient unless you truly need the extra range.
set the car's charging target (80% / 90% / 100%)
"...go to a public charger. And then on the screen of your car, set it to 80%. And it'll say reaching target in 23 minutes... And then drag that little target up to 90%... And then drag it to 100. And it'll say like 47 minutes."
Many EVs let you set a target battery percentage before you start charging. The last part of charging is usually slower, so going from 80% to 100% can take much longer than you’d expect.
The hosts recommend using the car’s charging target setting to choose how full you want the battery to be. They point out that the time estimates increase sharply as you move from 80% toward 90% and 100%, illustrating why “top-ups” are often more efficient than filling the battery.
fast charging road-trip strategy (arrive with buffer)
"...I've only got another 150Ks to go. ...But I also need to charge when I get there and I need to have a bit of bit of buffer zone. So I want to be at 250Ks. I want to be able to come back as well. So I go to 80 and is that enough?"
They’re describing a road-trip planning strategy: don’t just charge randomly—plan your next stop and keep a “buffer” so you can comfortably reach the charger you intend to use. This reduces stress and helps avoid arriving at low state-of-charge when options may be limited.
charging etiquette (charge to 100% when you don't need it)
"That's important too to discuss. That's sort of part of the etiquette of charging. So there's EV charging etiquette where if you want to charge to 100% and you don't need it, you're just wasting your time at that point and potentially wasting the time of someone else who's waiting to charge."
Charging etiquette just means being considerate at public fast chargers. If you only need enough to get to the next stop, don’t charge all the way to 100% and take up the charger longer than you have to.
They describe “charging etiquette” at public chargers: if you don’t need a full charge, you should avoid sitting at the station longer than necessary. This helps reduce queueing and makes the charger available for other drivers who may have less flexibility.
idle fee
"But also too, once you've finished charging, don't sit there. There are some chargers that give, that charge you an idle fee. So I think that that's, that's to encourage people to get out of there."
Sometimes a charger costs extra if you leave your car plugged in after it’s done charging. It’s meant to encourage you to move your car so someone else can use the spot.
An idle fee is a charge some EV charging networks apply when a vehicle stays plugged in after charging has finished. The goal is to discourage people from occupying a charger longer than necessary and to keep chargers available for others.
EV
"Create a folder called charging and you download an RMA, charge box, EV, Tesla and plug share, put them all in there, BP."
In the transcript, “EV” appears to refer to an EV charging app/network used for starting sessions and managing payments. The hosts emphasize that you should download and then log in to set up payment so charging can be initiated smoothly.
BP
"Create a folder called charging and you download an RMA, charge box, EV, Tesla and plug share, put them all in there, BP."
BP is a fuel and energy company that also runs some charging. The hosts are saying you may need their app too, depending on which chargers you use.
BP is referenced as part of the charging app ecosystem (“BP” among the apps to download). This implies some charging networks are tied to specific brands/apps for locating chargers and handling payment.
NFC
"If you have no knowing about NFC or you join the Australian EV Association, you can order a card, a single looks like a credit card, a single tap and go card, and it has a number on it."
NFC (near-field communication) is the short-range wireless tech used for tap-to-charge cards. The hosts describe an RFID/NFC-style “tap and go” card that can start charging by tapping it on the charger, reducing reliance on a phone app.
Australian EV Association
"If you have no knowing about NFC or you join the Australian EV Association, you can order a card, a single looks like a credit card, a single tap and go card, and it has a number on it."
The Australian EV Association is mentioned as an organization that can provide a charging card. The idea is you tap the card on the charger to start charging more easily.
The Australian EV Association is mentioned as a place where you can order a tap-to-charge card. That card can be used to initiate charging on compatible chargers without needing to open an app every time.
tap and go card
"You can order a card, a single looks like a credit card, a single tap and go card, and it has a number on it. And on some of these apps, EV and charge box, you can actually put that number into the app."
A tap-and-go card lets you start charging by tapping the card on the charger. It’s handy because you don’t have to pull out your phone, but not every charger supports it.
A tap-and-go card is a contactless payment/authorization card used to start charging by tapping it on the charger. The hosts note it won’t work on every charger, but it can be a convenient alternative to using an app.
Tesla
"So EV, for example, has a thing which Tesla has had forever with Tesla cars, but on some of their charges, probably 50 to 60% of them, if you set up an auto charge, it will recognize your car and you won't need to even use the app."
Tesla is an EV brand. They’ve built charging features that can make it easier to start charging automatically when your car is recognized.
Tesla is an EV manufacturer whose charging ecosystem includes features like automatic recognition for compatible charging sessions. The hosts mention Tesla’s long-running approach to making charging easier without constant app interaction.
auto charge
"So EV, for example, has a thing which Tesla has had forever with Tesla cars, but on some of their charges, probably 50 to 60% of them, if you set up an auto charge, it will recognize your car and you won't need to even use the app."
Auto charge means the charger can recognize your car and start charging for you. It’s not guaranteed everywhere, but it can save you from using the app each time.
Auto charge is a setup where the charging network can recognize your EV and start a charging session automatically. The hosts say it works on some chargers (not all) and can reduce or eliminate the need to use the charging app during the session.
JetCharge
"They go, this says JetCharge. I went, no, no, that's the company that built it, but it's actually on the charge box network. So you don't need it."
JetCharge is an app/service that helps you pay to use some public EV chargers. If your charger supports that network, you can use the app to start charging without extra hardware.
JetCharge is a charging-network/payment service that works with compatible public charge points. In the segment, the host explains that you don’t necessarily need a separate device—JetCharge can be used through the charge box network once your app/payment authority is set up.
publicly charge
"Don't wait till your first road trip to publicly charge. Just go for a coffee somewhere. Go to Woolies and charge."
Public charging means charging your EV at chargers you don’t own, like at malls or public stations. They suggest doing a quick test charge first so you know how the app and payment work.
“Publicly charging” refers to using EV chargers outside your home—typically at shopping centers, workplaces, or public networks. The hosts recommend practicing the app/payment flow before a first longer trip so you’re not learning the system under time pressure.
difference in driving
"the third thing we want to talk about is the difference in driving. ... I love the fact that it's a quiet drive. I don't miss the revving of an engine."
They’re talking about how driving an EV feels different from a gas car. One big change is you don’t hear the engine revving, so the car feels quieter and you have to adjust to that.
The hosts discuss how EVs change the driving experience compared with internal-combustion cars. They highlight the lack of engine noise (no revving) and the overall “quiet drive,” which can take some getting used to—especially if you’re coming from a V8.
V8
"I don't miss the revving of an engine. I didn't have a V8. That's one thing when I got my first EV many years ago."
A V8 is a type of gas engine that usually sounds louder and more dramatic than smaller engines. The host mentions it to explain what they don’t miss after moving to an EV.
A V8 is an internal-combustion engine configuration with eight cylinders arranged in a “V” shape. The segment uses it as a reference point for the kind of engine noise and sound character EV drivers may miss when switching from gas.
one pedal driving
"Now, there's a thing called one pedal driving... Basically, it needs to be turned on. The idea of one pedal driving... is to take you to a complete stop... so that you're only using the accelerator to drive the car."
One pedal driving means you can mostly drive using just the accelerator. When you lift your foot, the car slows down a lot (using the battery’s energy recovery), so you use the brake much less.
One pedal driving is an EV driving mode where lifting off the accelerator causes strong deceleration, often bringing the car close to a complete stop. It relies on regenerative braking and is designed to reduce how often you use the brake pedal in normal driving.
Nissan Leaf
"For some cars, it's the default. So Nissan Leaf, for example, it's like the default. And it's a gear shift. For other cars, it's a button."
They’re using the Nissan Leaf as an example of a car where one-pedal driving is built in as the normal setting. So when you lift off the accelerator, the car slows down without you needing to press the brake as often.
The Nissan Leaf is used here as an example of an EV where one pedal driving is the default behavior. That means the car’s deceleration characteristics are set up to make lifting off the accelerator slow the vehicle automatically.
regenerative braking
"For some cars, it's a part of the regenerative braking settings. And we'll talk about that in a minute. But basically, it needs to be turned on."
Regenerative braking is when the EV slows down and also recharges the battery a little. Instead of wasting all that speed as heat like a normal car, it recovers some energy.
Regenerative braking is how an EV slows down while turning some of the vehicle’s motion back into electrical energy. In one pedal driving, it’s typically the main mechanism that provides the strong deceleration when you lift off the accelerator.
complete stop
"You'll notice. The idea of the one pedal is to take you to a complete stop, so that you're only using the accelerator to drive the car."
One pedal driving is designed so that lifting your foot can slow the car all the way down, sometimes to a full stop. That means you manage your speed mostly with one control instead of switching between gas and brake constantly.
In one pedal driving, the goal is often to bring the car all the way to a near-complete or complete stop just by lifting off the accelerator. This changes how you time your driving and can make low-speed control feel more like managing speed with a single input.
using the brakes less
"The idea of the one pedal is to take you to a complete stop... But it's actually a brilliant thing because... you're using the brakes less."
With one pedal driving, you slow down mostly by lifting off the accelerator, so you press the brake less. That can help brakes last longer, but you still use the brake when you need to stop quickly or in emergencies.
The hosts connect one pedal driving to reduced brake usage because deceleration is handled largely by regenerative braking when you lift off the accelerator. Using the brakes less can mean less brake wear over time, though you still need the brake pedal for emergencies and for maximum stopping power.
battery percentage recovery on downhill drives
"if you're on like a downhill run, you may see the percentage of your car increase by one or two percent... you drive from Sydney to Bathurst... On the way back, you'll probably only use 30% because it's downhill."
The idea here is that going downhill can “charge” the EV a bit because the car slows itself using regeneration. That can mean you spend less battery on the way back if it’s mostly downhill. So your range isn’t just about speed—it’s also about hills.
The speaker explains that regenerative braking can increase the displayed battery percentage slightly on descents, because energy is being recovered and returned to the battery. They also give a route example (Sydney to Bathurst) to illustrate how downhill return trips can use far less battery. This concept helps listeners understand why EV range can vary dramatically with elevation changes.
Hyundai
"My Mercedes does that. Hyundai KIAs do as well... A lot of cars have three modes. So in a Hyundai and a KIA, it's like one, two, and three levels."
Hyundai is referenced for having multiple regenerative braking levels that change how strongly the car slows when you lift off the accelerator. The speaker describes a progression of settings (often 1–3) and then a stronger “one pedal” mode. This is important because regen strength directly affects how much energy you recover and how the car feels day-to-day.
iPedal
"But the key is if you can bring yourself to go into full regenerative mode or iPedal or one pedal driving if it's available, you're doing the best for the battery."
iPedal is a brand-specific name (commonly used by Hyundai/Kia) for one-pedal driving behavior. In iPedal mode, lifting off the accelerator commands stronger regenerative braking to slow the car and recover energy. It’s essentially the same idea as “one pedal driving,” just with a particular interface and calibration.
instant torque
"another attractive thing for people before they buy the car and even when they're test drivers, the acceleration. EVs have instant torque."
Electric motors can deliver pulling power right away, even from a stop. That’s why EVs can feel like they accelerate immediately when you press the pedal.
Instant torque is the immediate twisting force an electric motor delivers from zero RPM, so EVs can accelerate quickly without waiting for engine revs. This is why EVs often feel responsive “off the mark,” especially in low-speed situations.
0 to 100 time
"that instant acceleration could be as two seconds, zero to 100. This is crazy. But others, in general, on average, about four to seven seconds is zero to a zero to 100."
“0 to 100” is how fast a car goes from standing still to 100 km/h. It’s a fun performance number, but it doesn’t tell you everything about how efficient or practical the car is day to day.
“0 to 100” is a common performance metric measuring how quickly a car accelerates from 0 km/h to 100 km/h. For EV buyers, it’s a useful headline number, but the episode also emphasizes that real-world driving efficiency and smoothness matter more than chasing the fastest launch.
BYD Shark
"Like the new BYD Shark with a bigger motor that's coming out this year has a 5.5 second 0 to 100 for a big Ute."
They’re talking about the BYD Shark, a BYD electric ute/pickup that’s coming out. The hosts use it as an example of how EVs can accelerate very quickly, even for bigger vehicles.
The BYD Shark is an upcoming BYD electric pickup/ute mentioned here as having a strong 0–100 km/h performance figure thanks to a “bigger motor.” The point of bringing it up is to illustrate how quickly EVs can accelerate, even in larger vehicles.
Byd Shark 6
"...conds is zero to a zero to 100. Like the new BYD Shark with a bigger motor that's coming out this year h..."
The BYD Shark 6 is an electric car. The podcast mentions it because it can accelerate quickly, and they’re also talking about a newer version with a bigger motor. That’s the main reason it comes up: to explain how fast it can go from a stop.
The BYD Shark 6 is an electric vehicle that’s being discussed for its performance, including acceleration figures like 0–100. The podcast context also suggests a “new” Shark with a bigger motor is coming, which would likely change its power and driving feel. It’s mentioned because listeners are interested in what the updated model can do and how it compares in real-world performance terms.
driving style affects EV range
"The point here is, we're talking about driving differently. Yeah. Be careful. Yeah. Because you might get some red and blue lights coming behind you with your heavy right foot."
Your driving habits really change how far an EV can go. If you accelerate hard all the time, you’ll burn more battery; smoother driving usually helps you get more range.
The episode emphasizes that EV efficiency isn’t just about the car—it’s strongly affected by how you drive. Heavy acceleration and aggressive pedal use can reduce range, while smoother inputs help you stay efficient and maximize real-world battery life.
EVs are opposite of petrol cars (city vs highway efficiency)
"We've said many times that batteries, EVs are the opposite of a petrol car. Yes. A petrol car on the highway, that's its most efficient way mode of driving. Whereas an EV loves the stop and start of city driving, that's its most efficient."
The hosts describe a key EV ownership concept: EVs tend to be more efficient in stop-and-go city driving because regenerative braking can recapture energy repeatedly. In contrast, steady high-speed highway driving is less efficient because the car must continuously overcome aerodynamic drag and rolling resistance, drawing more from the battery.
range dip at highway speeds
"So just, just remember that when you hit the open road, the range is going to dip. You may think you've got 500 kilometres range, but at 110 kilometres"
The “range dip” idea is that advertised range numbers assume a test cycle that doesn’t match real highway conditions. As speed increases (e.g., 110 km/h), energy use rises—so the remaining range drops faster than many drivers expect.
weather can affect your range
"this is something you may not have been told at the dealership or learnt in any reviews is the weather can affect your range. Yes. Exhibit A."
Your EV doesn’t always get the same range. Cold (and sometimes very hot) weather makes the battery work harder and can drain it faster, so you may need to plan for less distance than the estimate.
EV range is strongly affected by temperature. Cold weather reduces battery efficiency and increases energy use for heating, while very hot conditions can also reduce range because the battery and electronics need active cooling for safety.
Hyundai Ioniq
"I took a Hyundai Ioniq to Bathurst in many years ago, 2018, 2017, something like that. And we didn't make it. It was very cold that day."
They’re talking about a Hyundai Ioniq and how cold weather can make an EV go less far than you expect. In winter, the battery and systems use more energy, so the “estimated range” drops faster.
The Hyundai Ioniq is used as a real-world example of how cold weather can dramatically reduce EV range. The hosts describe a trip where the car’s stated range didn’t translate to the actual distance due to freezing conditions.
shrinkage in the battery range
"There's a bit of shrinkage. There's a bit of shrinkage in the battery range. So you can, and a lot of cars will inherently do this."
In winter, your EV’s range estimate can drop because the battery doesn’t perform as well when it’s cold. The car also uses energy to warm things up, so you go fewer kilometres.
The hosts describe “shrinkage” as the noticeable drop in displayed/estimated range in winter. This happens because the battery’s usable capacity and power delivery are reduced at low temperatures, and the car may spend extra energy warming the cabin and battery.
preheat the battery to speed up the charging
"I know, I know the Tesla's and other cars do, they preheat the battery to speed up the charging a little bit too."
Some EVs warm up the battery before you plug in. That helps the charger work faster and more efficiently, especially when the battery is cold.
They mention that some EVs (including Tesla) preheat the battery before charging. Warming the battery improves charging performance, because lithium-ion cells accept charge more efficiently when they’re within an ideal temperature range.
range vs fuel gauge
"And again, you never used to look at range. You only ever used to look at a fuel gauge. And you can still do that. Just look at the, just look at the battery gauge."
The hosts contrast older habits—checking a fuel gauge—with the EV habit of monitoring range and battery percentage. Because charging locations and availability matter, knowing your remaining range helps you plan where to stop.
battery gauge
"Just look at the, just look at the battery gauge. That's okay. But you'll want range because you're worried about where you're going to charge."
The battery gauge is the EV’s way of telling you how much energy you have left. It helps you estimate how far you can go before you need to charge.
The “battery gauge” refers to the EV’s on-screen indication of remaining state of charge (often shown as a percentage and/or estimated kilometres). It’s the EV equivalent of a fuel gauge, but it’s tied directly to how far you can drive before charging.
percentage reading or a kilometer reading
"I know on the Tesla, you could choose to have either a percentage reading or a kilometer reading. So some, my car has both. I want both."
They describe two common EV display modes: battery percentage and estimated kilometres remaining. Percentage is useful for charging planning, while kilometres can be more intuitive for trip distance and deciding when to stop.
EV range variability
"no, it's only good to go 100%. But just remember... that number will vary based on your weekly driving, based on the weather and based on how you've been driving even that day."
EV range can change depending on things like weather and how you drive. Even if the car shows a certain range at full charge, it might be less (or sometimes more) in real life. This matters for planning trips and deciding when to charge.
EV range is not a fixed number; it varies with driving habits, weather, and conditions. The hosts emphasize that the “100%” figure (likely a rated range estimate) can change day to day. Understanding this helps owners plan charging and avoid running low unexpectedly.
servicing schedule
"You should ask the question about the servicing schedule of the car. Yeah, before you buy your car, that's a good question to ask... you're not having to get a service every 10,000 kilometers. It's more likely to be an annual thing..."
Servicing schedule just means how often the car needs maintenance. EVs usually need less frequent maintenance than petrol cars, but you still have things like inspections and brake checks. It’s smart to ask the dealer what it costs and how often they expect you to book it in.
The servicing schedule is the planned maintenance intervals a manufacturer recommends. For EVs, it’s often less frequent than for gas cars because there’s no oil changes and fewer wear items. The key is to ask the dealer for the schedule and expected costs before you buy.
free servicing
"What some brands may include free servicing. They may. Some brands may not... It's unlikely."
Free servicing means the company pays for some maintenance for a while. It can lower your ownership costs, but only if you know exactly what’s included and for how long. Ask the dealer to spell out the details before you commit.
Free servicing is a marketing offer where a brand covers scheduled maintenance for a set period or mileage. EV ownership costs can vary a lot depending on whether that offer exists and what it actually includes. Always confirm the terms, duration, and what services are covered.
oil change
"...don't get too angry at them when they stuff it up because they send you an invoice that has oil change on it."
An oil change is something petrol cars need, because they use engine oil. EVs don’t need oil changes, so if a dealer invoices you for one, it may be a mistake or a generic checklist. Always double-check what you’re being charged for.
An oil change is a routine maintenance item for internal-combustion engines, not EVs. The hosts describe receiving an invoice that included “oil change,” which illustrates how some dealerships may rely on old checklists designed for gas cars. This is a practical warning to review invoices carefully and ensure the service performed matches an EV.
regeneration
"We talked about how regeneration and one pedal is a great thing for your brakes. Yeah. And you're using them less."
When you lift off the accelerator or slow down, the EV can “recover” some energy and send it back to the battery. Because of that, you use the brake pads less than in a gas car.
Regeneration (often called regenerative braking) turns some of the car’s slowing energy back into electricity to recharge the battery. It reduces how often you need to use the friction brakes, which can mean less brake wear over time.
tire pressure
"But we have both noticed tires can be an issue. Yeah, that's right... just go a couple of PSI up because it over inflate... can wear it much quicker."
How much air is in your tires changes how they sit on the road. If the pressure is off, the tire can wear faster, so it’s worth checking more often on an EV.
Tire pressure affects contact patch shape and sidewall loading, which can change wear patterns and ride/handling. The hosts recommend running a bit above the normal range they were told to avoid sidewall/edge wear.
EVs are much heavier
"But yeah, just, just know an EV is much heavier car than what you drove before because the battery is along the bottom of the car."
EV batteries add a lot of weight, so the car is usually heavier than a gas car. More weight can mean tires wear faster, so you should keep an eye on tire pressure.
EVs are often heavier than comparable gas cars because the battery pack adds significant mass, frequently mounted low in the chassis. That extra weight can increase tire wear and makes correct tire pressure even more important.
high voltage system and 12 volt system
"They are very different systems, the high voltage system and the 12 volt system, very different systems."
Your EV has two “battery worlds.” One big battery powers the car, and a smaller 12-volt battery runs the normal electronics. They work differently, so problems can happen in either one.
EVs typically have two electrical systems: a high-voltage battery system that powers the drivetrain, and a separate 12-volt system that runs conventional electronics (like lights, infotainment, and control modules). They’re managed differently, so issues in one system don’t always look like issues in the other.
software updates draining the 12 volt battery
"There have been known issues with some cars... where the 12 volt drains through software updates, they fixed that or they're fixing that."
Sometimes an EV’s software update can cause the small 12-volt battery to drain faster than it should. Manufacturers may patch it later, but it’s still smart to avoid leaving things like lights on.
Some EVs have had 12-volt battery drain issues related to software behavior during updates, where certain modules may draw power longer than expected. Fixes typically come via later software revisions or charging/maintenance guidance.
jumpstart it with the big one
"And the big battery is nowhere connected to the little one. So even when that little battery is dead, you can't jumpstart it with the big one. You're not going anywhere."
You can’t treat an EV like a normal car where you jump the battery from another car. The big battery usually isn’t wired to the 12-volt system, so you need a 12-volt jump starter (or the right EV procedure) instead.
In many EVs, the high-voltage traction battery is not directly connected to the 12-volt system, so you can’t simply “jump” the 12-volt battery using the big battery. If the 12-volt battery is dead, you typically need a proper 12-volt jump starter or charging procedure designed for EVs.
C tech battery
"So I actually am testing one of those C tech battery, you know, jump starters, because it's a great thing still to have in your home."
C-tek makes battery chargers/jump-start tools. The hosts are mentioning it as a practical home option if your EV’s small 12-volt battery needs help.
C-tek (often spelled “C tech” in speech) is known for battery chargers and maintainers, including devices used to support 12-volt batteries. In this context, they’re being used as a home jump-start/charging solution for EV low-voltage issues.
software updates improve the car over time
"...the famous story when I got my Tesla, the guy said to me, today is the worst your car is going to be. It's going to improve over time with software updates. And, and he was right."
With EVs, the software can get better after you buy it. Updates can make the car run more efficiently or fix issues, so it’s not just a one-time setup.
The idea here is that EVs are “computers on wheels,” so their behavior can change after purchase via software updates. That means performance, efficiency, and user experience can improve over time rather than being fixed at the day you buy the car.
Wi-Fi connected into your driveway
"...we spoke earlier about maybe having Wi-Fi connected into your driveway, connect that because there might be an OTA..."
Some EVs can use home internet (often via Wi‑Fi) to download large software updates more reliably than cellular data. The hosts suggest setting up connectivity at home so OTA updates can be run when convenient.
OTA and over the air update
"...connect that because there might be an OTA and over the air update that you can run on the car. But run the updates. I know people get annoyed."
OTA updates are software updates your EV downloads automatically over the internet. They can fix problems and improve how the car works, so it’s usually worth doing even if it’s a little annoying.
OTA (over-the-air) updates let an EV receive software updates without visiting a dealer. These updates can improve efficiency, add features, and address security or bug fixes, which is why the hosts encourage keeping the car updated.
warning lights and errors
"...you're still going to get warning lights and errors. Pay attention to them. Don't ignore them. You still get tire pressure warnings. Look up the manual."
Modern EVs display diagnostic warning lights and error messages when systems detect faults or abnormal conditions. The hosts emphasize checking the manual and addressing warnings promptly because they can signal issues that affect drivability or safety.
mindset shift
"The mindset shift. It's a complete change. It really is because the biggest one is you go from, oh, when the tank gets to a flashing lighter at a quarter, I'm going to go to the station and fill it up."
With an EV, you don’t have to wait until the battery is almost empty. The idea is to plug in whenever you can so you’re never caught with too little charge.
The hosts are describing a key EV habit change: you don’t wait for the “fuel light” like you would with a gas car. Instead, you charge opportunistically—whenever you have access to power—so you start trips with a comfortable buffer of charge.
flashing lighter
"you go from, oh, when the tank gets to a flashing lighter at a quarter, I'm going to go to the station and fill it up."
They’re comparing the gas-car habit of panicking when the low-fuel light comes on to the EV habit of planning charging ahead of time.
This is the gas-car “low fuel” warning behavior being contrasted with EV charging. In an EV, the equivalent warning doesn’t mean you should immediately seek a charger; your strategy should be based on having enough charge for your next trip.
charge it whenever you can
"Just charge it whenever you can. I know there's a lot of people... when they see the little red, the warning light to come on to fill up. They go, oh, I need to fill the car up. That is not necessarily the case here."
Instead of waiting until you’re low, you charge whenever you have the chance. That way you’re ready when you need to leave.
This summarizes an EV charging strategy: plug in whenever it’s convenient rather than waiting for a low-charge warning. It reduces the risk of arriving at a time you need the car with insufficient battery.
topping up the battery
"So it's a good idea to top up the battery whenever you can. Just like your phone."
Topping up just means adding a bit of charge before you really need it. It helps you avoid getting stuck with too little battery.
“Topping up” means adding charge in smaller increments to keep a usable reserve. For EV owners, this is often about daily planning—ensuring you have enough charge for errands or unexpected trips.
OVO energy
"I've got OVO energy, which offers free electricity between 11 a.m. and 2 p.m. and overnight charging between midnight and 6 a.m."
They’re talking about an electricity provider (OVO Energy) that offers cheaper electricity at certain times. If you charge during those cheaper hours, your EV costs less to run.
The hosts reference OVO Energy as an example of a time-of-use electricity plan. These plans can make charging cheaper during specific hours, which directly affects EV running costs.
trickle charger
"You don't need anything but the trickle charger that was provided with the car or that you can buy at Bunnings."
A trickle charger is a slow charger. It’s meant for plugging in for hours (like overnight) so your car gradually charges without needing fast charging.
A trickle charger is a low-power charger that can safely top up an EV’s battery over long periods, often used for overnight or when you don’t need fast charging. The hosts say you can get by for life with the one provided with the car or one you buy separately.
stick to the 80%
"It's also totally fine to charge your car regularly on a high speed charger, but stick to the 80% in that case."
They’re saying don’t fast-charge all the way to 100% every time. Stopping around 80% is usually faster and can be gentler on the battery.
The hosts advise limiting fast charging to around 80% state of charge. This is a common EV best practice because charging speed typically slows as the battery fills, and frequent high-percentage fast charging can be harder on battery longevity.
Pickles
"We've had great research from Brent and Green at Pickles who has appeared on this show many times showing us that a lot of the data coming from the used cars they're seeing is actually showing that battery life is not,"
Pickles is referenced as the source of used-car research discussed on the show. Used-car auction/remarketing data can be useful for understanding how EV batteries age in real ownership conditions.
battery life
"We've had great research... showing us that a lot of the data coming from the used cars they're seeing is actually showing that battery life is not,"
Battery life is how long the battery stays healthy enough to keep giving good range. They’re saying the evidence from used cars suggests it may not be as bad as people worry.
Battery life refers to how long the EV battery maintains useful capacity and performance over time. The hosts cite research from used-car data to support the idea that real-world battery degradation may be less dramatic than some fears suggest.
battery health
"battery health is not actually degrading. If you charge fast charge every week, there's no battery, there's no evidence of battery degradation. But the most important thing is if you're charging your car on a slow charger all the time, you are absolutely not degrading your battery."
“Battery health” means how well your EV battery still works after months and years. The hosts are saying you don’t need to panic about charging normally, and that using the right kind of charger matters more than trying to constantly drain and recharge. They’re also saying your battery range will change over time, but not in a way you need to obsess over.
Battery health in an EV refers to how much usable capacity the pack retains over time. The segment argues that normal charging habits don’t automatically “wear out” the battery, and that the bigger day-to-day concern is how you manage charging routines. It also contrasts fast charging vs slow charging and frames what actually affects degradation.
slow charger
"But the most important thing is if you're charging your car on a slow charger all the time, you are absolutely not degrading your battery. It's totally cool. Keep topping it up."
A slow charger is a lower-power charger, usually used at home. The hosts are saying you can charge this way without worrying that it will ruin your battery. It’s meant to reassure people who charge overnight or whenever they’re parked.
A slow charger typically means lower-power charging (often AC charging at home or workplaces). The segment claims that charging on a slow charger consistently is not degrading the battery, and encourages simple routines like “topping up.” This matters because many EV owners charge at home most of the time.
range anxiety
"Don't worry about letting it go down and up again. Range anxiety will drive you insane for many months. It will. You'll think about it. You worry about it, but it will fade."
Range anxiety is the stress of wondering if you’ll run out of battery before you can charge. The hosts say it usually gets better after you’ve done a few trips and learned where charging is. Over time, you realize you can plan around it.
Range anxiety is the worry that an EV won’t have enough battery range to reach the next charging point. The hosts describe it as a psychological effect that fades as you learn your real-world driving and charging options. They also connect it to how charging availability reduces the risk.
BP charger
"So on my trip at Merulon, there's one BP charger. You don't drive past, there's someone there where you get one of the kids in the back to check the app and it'll show you whether it's in use or not."
A “BP charger” is an EV charging station run by BP. The hosts are showing how you might check an app to see if it’s busy, and then choose another nearby charger if needed. It’s about making charging feel less stressful.
BP is a major fuel and retail brand that also operates EV charging infrastructure in some regions. The hosts use a specific BP charger example to illustrate practical trip planning—checking whether a charger is in use and then moving to the next one. This is useful for listeners learning how to handle real-world charger availability.
charging network
"the New South Wales government also announced a bit and they're going to put more charges in more places to give people that option and drive the push to EVs... don't be afraid to use these charges because they are it is the best charging network."
A charging network is the set of chargers and the service ecosystem around them (coverage, reliability, and user experience). The hosts argue that more chargers being added reduces range anxiety and makes EV ownership easier. They compare the idea to gas stations being everywhere, emphasizing convenience and availability.
EV community / talking to other owners
"And while you're there, it's not something I do, but it's something Stephen does, be part of the community. Talk to other owners. Yeah, I did that a lot when I've had my Tesla..."
They suggest talking to other EV owners to get real-world tips. When you’re new, it helps to hear how often other people charge and what to expect. It’s like learning from people who’ve already figured it out.
The hosts recommend joining the EV owner community and learning from other drivers’ real charging habits. This is a practical ownership topic because shared tips can reduce uncertainty about charging frequency and planning. It also reinforces that EV learning is partly social and experience-based.
myth busting
"So you might want to, you might want to listen back to our myth busting. You might want to do reading, whatever, but just remember, you are going to get narks."
They’re talking about clearing up common EV rumors. New EV owners often hear scary stuff about range or charging, but myth-busting helps you learn what’s actually true.
The hosts reference “myth busting” about EVs—common misconceptions like range and charging time. In an EV context, myth-busting content helps new owners separate marketing facts from fears so they can plan charging and driving realistically.
solar panels not being required
"But it was weirdly the moment for me, and we talked about solar panels not being required, but given I was lucky enough to have solar panels or put them on..."
You don’t need solar panels to use an EV. You can charge from regular electricity, and the savings come from how much you pay for power and how you charge.
The hosts discuss how solar panels aren’t required to benefit from EVs. Even without home solar, you can still charge from the grid, and the economics depend on your electricity rates and charging setup.
free supercharging deal
"...they used to have a code and my car had free supercharging. So hello, I was charging... It's part of the deal of my car."
Sometimes when you buy an EV, you get a promotion that includes free fast charging. That can make the car feel much cheaper to run, especially for road trips.
The discussion highlights how some EV purchases include promotional charging benefits, like free fast-charging credits or access. These deals can strongly influence the perceived cost of ownership and the decision to switch from petrol.
test drove one
"And I think for some people, that moment was when they test drove one. The first time you drove an EV, for a lot of people, the moment they tipped over the edge."
The hosts attribute many EV “conversions” to the first test drive. This is often where people experience the immediate drivability differences (smooth torque delivery and ease of use) that make EVs feel compelling.
0-4-7-6-5-7-6-5-7
"You'll never look back. You'll never look back. And if you want to talk to us, we'd love to hear from you. 0-4-7-6-5-7-6-5-7. Send us a text."
This is just the show’s text/phone number so listeners can contact them.
This is a phone/text number call-to-action rather than an automotive topic. It doesn’t add technical or ownership value for listeners.
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