121 - The Farizon Electric Van owner review, and our Skoda Reviews

NRMA Insurance is an Australian insurer that sponsors the podcast segment. In this context, they’re being mentioned as a provider of car insurance quotes for electric vehicles.

A dash cam is a camera mounted on the dashboard that records what’s happening while you drive. In this episode, they recommend getting one with rear cameras for better coverage of what’s behind you.

UNIDAN is an Australian brand of dash cams mentioned as a recommendation. The hosts specifically highlight UNIDAN’s rear-camera dash cam options and their wide range of models.

“Rear cameras” refers to dash cams that include an additional camera facing backward, usually mounted at the rear of the vehicle. This expands recording coverage to traffic behind you, which can be useful for incidents like lane changes or reversing.

Zika is referenced as a “new brand” in Australia, and the hosts discuss concerns about its service network. The segment frames this as a key factor when deciding whether to buy one of their EVs.

A service network is the set of dealerships or repair workshops that can maintain and fix a brand’s vehicles. For EVs, it matters because you may need software updates, diagnostics, and repairs—and you want those supported locally.

X-Ping is mentioned as another EV brand under consideration, with the hosts calling out service-network concerns. The speaker’s takeaway is that they would avoid buying it “right now” due to those support worries.

“Subaru Uncharted” doesn’t match a widely recognized Subaru model name, so it may be a mishearing or a nickname used in the podcast. Given the context about shortlisting vehicles and “major concern,” it sounds like the hosts were discussing an EV or upcoming Subaru option they were considering. If you can share the exact wording from the episode, I can map it to the correct model more accurately.

BYD is a major Chinese EV and battery manufacturer that has expanded internationally. In this segment, the hosts reference BYD as an example of how a brand’s push into new markets can create friction around sales, service, and parts availability.

This refers to an insurer refusing to continue coverage after an incident, based on risk assumptions. The hosts connect the cancellation to the insurer’s belief that repairs may be difficult due to parts and support constraints for the EV brand.

A service model is how a brand plans to deliver repairs and maintenance—who performs the work, how parts are sourced, and how customers get support. Here, the host says the company built its service model deliberately instead of relying on a traditional dealer arrangement.

A dealer account is a relationship where a brand sells through an established dealership network. The hosts imply that simply signing up dealers isn’t enough if the brand can’t ensure parts supply and repair capability.

Trickle charging is a low-power way to charge an EV, typically using a standard outlet or a very small charger. Because it’s slower, it may not replenish the battery enough for daily driving, which is why the caller says they were charging about once a week at a fast charger instead.

A supercharger is a high-power DC fast-charging station used to recharge an EV quickly compared with home charging. The caller contrasts it with trickle charging, saying they had to rely on supercharging about once a week before installing home charging.

Three-phase power is an electrical supply method that can deliver more usable charging power for EVs than single-phase setups. The caller mentions having a three-phase setup, which helps explain why overnight charging could become efficient enough to support daily commuting.

AGL is an Australian energy retailer, referenced here because the caller chose an AGL electricity plan to support cheaper overnight charging. The point is that electricity pricing can materially affect EV running costs.

“Eight cents overnight” refers to a time-of-use electricity rate, where electricity is cheaper during off-peak hours. For EV owners, charging overnight at a lower rate can significantly reduce the cost per kilometer.

“Public charges” refers to charging stations available to anyone, typically at workplaces, shopping centers, or along highways. The speaker contrasts relying on home charging versus needing to use these public chargers.

“Fast charges” are higher-power EV charging sessions (often DC fast charging) designed to add significant battery in a shorter time. They’re typically used for road trips or when you need to top up quickly rather than daily charging.

The Volvo V40 is a compact car that Volvo produced with petrol and diesel powertrains, and it’s often discussed as a practical, smaller alternative in the used market. In the transcript, it’s mentioned as a diesel car the speaker owns that’s around 11 years old, with attention on running costs. That makes it relevant to EV discussions because it sets a baseline for what the owner is trying to replace or compare.

ABRP (A Better Routeplanner) is an EV route-planning app that estimates charging stops and predicts whether you’ll arrive with enough battery. It’s especially useful on longer trips where you need to plan public charging around your vehicle’s range and charging speed.

In EV context, “range” means how far the car can drive on a full charge under expected conditions. It’s a key planning input for deciding whether you can reach your destination or need charging stops.

In EV navigation, “origin and destination” are the start and end points you enter so the route planner can build a trip plan. For electric cars, that plan often includes charging stops and timing based on battery state and charging behavior.

“Battery degradation” is the gradual loss of battery capacity over time. EV route planners may let you account for it (e.g., by setting a degradation percentage) so the trip plan uses more realistic range estimates.

DC fast charging is a method that sends direct current straight to the battery, allowing much higher charging power than standard AC charging. EVs often charge fastest at lower state of charge and then taper as the battery fills up.

Kilowatts (kW) measure charging power—how fast energy is delivered to the battery. Higher kW usually means faster charging, but the actual rate can vary with battery temperature, state of charge, and charger behavior.

Charging to a target state of charge (like 70–75%) is common in EV trip planning because it balances time spent charging with the need to reach the next stop. Many EVs also slow down as they approach higher percentages, so planners often avoid charging to 100% unless it’s necessary.

EV charging speed is strongly affected by battery temperature. If the battery isn’t in the right temperature range, the car may limit charging power to protect the cells, which changes how long each stop takes.

The hosts are describing how charger throughput can drop when multiple EVs share the same charging site power. When a location is crowded, the available electrical capacity gets split across several cars, so each vehicle may see lower charging power than it would alone.

This describes site power constraints: the electrical supply feeding the charging location has a maximum capacity. When more cars plug in, the charger system may throttle output to stay within that limit, causing lower kW readings for each vehicle.

The Dodge Charger is a well-known American muscle car that’s typically discussed in EV conversations when people talk about charging capacity and how multiple vehicles share limited charging infrastructure. In a podcast context, it may come up as an example of how real-world charging time and available power can affect what you can do day to day. The key point is usually not the car’s “EV-ness” itself, but how charging constraints can limit usable range or convenience.

Tesla is referenced as the speaker’s first EV brand, and the charging behavior they learned comes from Tesla’s Supercharger network. Tesla owners often share practical tips about how to position cars across multiple stalls to avoid sharing power too tightly.

The speaker is describing a practical charging strategy: if several stalls are connected to the same power “group,” placing cars across different groups can reduce how much each car has to share. This can help maintain higher charging power versus clustering cars on the same shared hardware.

In EV charging, “kilowatts” (kW) describe how much power the charger can deliver. A charger’s advertised kW rating doesn’t always translate to the same kW you’ll actually pull from the plug, especially if the car can’t accept that much power.

Charging limitations are the constraints that determine how much power an EV can accept at a given time. These limits vary by car and can depend on factors like battery state and temperature, which is why two EVs on the same charger can charge at different rates.

22 kW and 32 kW refer to higher AC charging power levels that some EVs and home/installation setups can support. If the car’s onboard charger and your electrical supply can handle it, these higher kW ratings can reduce how long you need to charge.

State of charge (SOC) is the battery’s current charge level, expressed as a percentage. The speaker is describing a practical SOC strategy (not leaving a charge too low) because charging speed and planning stops can change as the battery fills.

The speaker is using a target state-of-charge (SOC) like “30%” to decide when to stop and charge during a trip. This kind of planning helps avoid arriving with too little battery and can align with how the car charges more efficiently at certain SOC windows.

This describes EV route planning that estimates charging time at stops. Charging time depends on the charger’s power, the car’s charging limits, and the battery’s starting SOC, so the planner may recommend a specific duration rather than just a target percentage.

The speaker reports “31” kW at a later stop, showing that charging power can vary even within the same trip. Differences can come from battery state-of-charge, how full the battery is when you arrive, and how the car manages charging as it approaches higher SOC.

This is describing how EV charging behavior changes as the battery fills—often meaning charging slows as you approach higher state-of-charge. Many EVs reduce power near the top of charge to protect the battery and manage heat.

In EVs, “battery preconditioning” means warming (or sometimes cooling) the battery before charging. That helps the battery accept high-power DC fast charging more easily, so you reach strong charge rates sooner. The host is saying that without preconditioning, the car may start charging slower until the pack warms up.

Here, “mileage” is being used in the EV sense of how far you can go on the remaining battery energy. Preconditioning uses electricity to warm the battery, so it can reduce the estimated range (or “mileage”) slightly. The host says the trade-off is usually small—about a few minutes of extra ramp-up time.

PlugShare is a community app where EV drivers share real-world information about charging stations, including what speeds they actually get. The host suggests using it to compare sites and avoid “rubbish” chargers by checking recent user reports before you plug in. This is about practical charging reliability rather than vehicle hardware.

The “MG4” is the MG brand’s electric hatchback, and the host is discussing it specifically in the context of a road trip and real-world charging performance. They call out charging-speed behavior as an “anomaly,” implying the MG4’s fast-charging results can vary by location and conditions. This makes the MG4 relevant to the episode’s EV ownership and charging-experience focus.

“PV5” appears in the transcript as part of a mention of “the Kia PV5,” which suggests the hosts were discussing a specific upcoming or newly discussed EV model. In an EV podcast, this kind of mention is usually about what’s coming to the market and how it might fit into buyers’ choices. The key significance is that it’s being positioned as an option relative to other shortlisted vehicles.

“10 000 kilometers” is being used as a maintenance interval for the speaker’s current non-EV fleet. It’s a reminder that conventional vehicles often have scheduled service mileage/kilometer intervals, which can differ from EV servicing needs.

Toyota is referenced as the speaker’s current fleet brand. The point is that they’re used to maintaining Toyota vehicles on a regular service schedule, and they’re now evaluating electric alternatives.

Load capacity is the maximum weight the van can carry safely, including cargo and sometimes passengers/gear depending on configuration. For electric vans, load capacity affects whether the vehicle can do the same jobs as a diesel or petrol van without sacrificing payload.

“Charging space” refers to the business of installing and operating EV charging infrastructure. It covers everything from site planning and electrical work to selecting charger types for different customer needs.

“Electrify their fleets” means replacing or adding electric vehicles to a company’s fleet operations. It usually involves more than buying EVs—like installing chargers, planning routes, and handling charging costs and logistics.

Vehicle tracking is using GPS/telematics data to monitor where vehicles go and how they’re used. Here, it’s mentioned as a tool to calculate charging reimbursements for clients as part of fleet electrification.

A “DC charger” is an EV fast charger that uses direct current to deliver power to the vehicle more quickly than standard AC charging. The segment ties it to practicality by mentioning a specific power level and how easily the van can be charged on-site.

“25 kilowatt” is the charger’s power rating, which strongly influences how fast the EV can add energy. Higher kW generally means faster charging, though real-world speed also depends on the vehicle’s onboard charging limits and battery state.

Aerodynamics refers to how air flows around the vehicle, which affects energy use at speed. The hosts note that roof racks create aerodynamic “challenge,” which can reduce EV range, but they didn’t see a dramatic drop in this case.

Public chargers are charging stations available outside your home, typically in workplaces, shopping areas, or along highways. The hosts say they used one once and didn’t have any problems, framing it as part of real-world EV practicality.

A “granny charger” is a common nickname for a basic, lower-power EV charging setup (often using a standard household outlet). The “15 amp” detail matters because it determines how quickly the van can recharge compared with higher-power home or public charging.

Plug-in hybrids (PHEVs) combine a gasoline engine with a battery that can be charged from an external power source. This segment highlights a common misunderstanding: people compare PHEV range to EV range without accounting for how PHEVs can run on fuel when the battery is depleted.

A kilowatt-hour (kWh) is a unit of energy used to measure electricity consumption. The host uses a cost per kWh to estimate running costs for the EV based on daily driving and annual usage.

This is the stated maintenance interval for the van—every 30,000 kilometers. For EVs and commercial vehicles, the interval affects operating cost planning and how predictable downtime is.

“Service rate” here means how often the vehicle needs scheduled maintenance, expressed as a distance interval (kilometers). It matters for total operating cost because more frequent servicing means more labor and parts spending over time.

“Intelligent driving” refers to driver-assistance features that help with tasks like lane keeping, adaptive cruise, or other semi-automated functions. The speaker says the EV’s system works well once drivers learn how it behaves.

“750 kilo capacity” is the van’s payload limit—the maximum weight it can carry in addition to the vehicle’s own weight. For commercial EVs, payload directly impacts practicality and can also affect real-world efficiency and range.

The Farizon Electric Van is an EV-focused commercial van, and the key point here is its usable interior space versus its battery/packaging. In this segment, the owner review centers on real-world range on highways and how battery improvements (like higher energy storage per weight) can close the gap.

Battery density is how much energy a battery can store for a given size or weight. Higher battery density usually means more usable range without adding as much mass, which is why the hosts expect the EV van’s highway range to improve over time.

In EV design talk, a “platform” is the underlying vehicle architecture that determines packaging and how components fit together. The segment suggests that adding more battery (and therefore weight) can reduce efficiency and the potential benefits you’d expect from simply increasing battery size.

Towing and payload capability are limited by vehicle weight ratings and how much mass the vehicle can safely move. When an EV adds battery weight, it can reduce the remaining capacity for cargo or trailers.

In EVs, a larger battery pack increases energy capacity, but it also adds mass. That extra weight can reduce practical payload/towing capability because the vehicle has to stay within its gross vehicle weight limits.

A rear-end crash is when a vehicle hits the one in front, usually due to insufficient following distance, braking too late, or distracted driving. The hosts connect it to the value of rear visibility aids like rear cameras.

Failure to give way is a collision category where a driver doesn’t yield the right of way when they should. It’s typically linked to intersection behavior, merging, or turning where another vehicle has priority.

Autopilot refers to driver-assistance software that can help with tasks like steering and maintaining lane position, depending on the system. The hosts mention it in the context of whether crashes are caused by human error versus automated driving.

“Hit stationary object” is an insurance-style crash category for collisions with things that aren’t moving, like poles, walls, or parked vehicles. The hosts suggest it often happens during low-speed maneuvers such as reversing.

Reversing is a common collision scenario because drivers have limited visibility and rely on mirrors, sensors, and cameras. The hosts treat it as a distinct crash category from the insurance data they’re discussing.

Single-vehicle accidents are crashes where only one vehicle is involved, such as leaving the road, hitting a fixed object, or losing control. The hosts note they’re unsure how the category is defined in the dataset.

An animal collision is a crash where a vehicle strikes wildlife on the road. The hosts mention kangaroos as an example, highlighting how local wildlife can shape common crash types.

A rear-end collision is when one vehicle hits the back of another, usually because the following driver didn’t slow down in time. It’s commonly linked to not maintaining a safe following distance or not noticing the car ahead early enough.

A simulator wheel is a steering wheel controller used with driving simulation software. It helps people practice steering inputs and basic driving habits in a low-risk environment.

A blind spot is an area around your vehicle that you can’t see directly through your mirrors or by turning your head normally. Checking it before changing lanes or turning helps prevent side-swipe crashes.

EV quotes are insurance price estimates specifically for electric vehicles. When insurers report quote spikes, it usually reflects changes in risk assumptions, claim costs, or repair/parts expenses for EVs.

The Mazda CX-5 is a compact SUV, and the “turbo” version uses a turbocharged engine for stronger acceleration than the non-turbo models. In this segment, it’s referenced as the listener’s current vehicle shape they like, which they’re comparing to EV designs.

A “wall charger” is a dedicated EV charging unit installed at home, typically providing faster and more reliable charging than plugging into a standard outlet. The speaker is deciding whether to charge at home or rely on public charging.

“Public charging” means charging an EV at stations outside your home, such as fast chargers or destination chargers in parking lots. It matters because it can affect convenience, charging time, and cost compared with home charging.

A “solar system” here means rooftop solar panels that generate electricity for the home. The speaker is using it to charge the EV with solar first, reducing reliance on grid electricity.

Zappi (spoken here as “zappy”) is a brand of EV home charger designed to optimize charging using solar power. The speaker describes how it can prioritize solar energy and only draw from the grid when needed.

“11 kilowatt” refers to the charging power of a home EV wall charger. Higher kilowatts generally means faster charging (within the limits of the vehicle and your electrical setup).

“Grid” refers to the public electricity network (utility power). In EV charging setups like the Zappi/Zappi-style solar-first charger, the system can prioritize solar and then pull from the grid when solar output can’t cover charging demand.

This describes a solar-first charging strategy: the EV charger allocates charging so it uses solar electricity as the primary source. When solar isn’t sufficient, it can supplement with grid power to keep charging on schedule.

A home charging setup refers to how you install and use an EV charger at your house, typically including the charger hardware and electrical work. It matters because it largely determines how convenient daily charging is and whether you can rely on charging at home instead of public stations.

“All touchscreen” indicates the car’s primary controls are handled through a screen-based interface rather than separate physical controls. This can change the learning curve and how quickly you can adjust settings without looking.

“No physical buttons” describes an interior design that relies on touchscreens for controls instead of dedicated knobs and switches. Enthusiasts often debate it because it can affect usability—especially while driving—depending on how responsive the interface is.

BYD Atto 3 is a mainstream electric crossover from BYD, and it’s specifically called out here as one of the EVs the hosts recommend looking at. The discussion frames it as a “great choice,” implying it’s competitive on everyday factors like range, comfort, and value.

The Audi S5 is a performance-focused version of the Audi A5, built to deliver stronger acceleration and a sportier driving feel than the standard model. It’s often discussed by EV podcast hosts as a reference point for what people give up or compare when moving from performance petrol cars to electric options. The mention in the transcript suggests it was part of a shortlist or comparison conversation.

This segment is part of the show’s Skoda review discussion, comparing two Skoda EVs and talking about what feels different (and what feels the same) in daily use. It also touches on pricing and interior/tech familiarity.

The Skoda Enyaq is an all-electric SUV from Skoda (part of the Volkswagen Group). In this segment, it’s contrasted with another Skoda EV to highlight differences in body style and price, including the idea that one is a more “fancy” variant.

Volkswagen is the parent company behind Skoda, and that corporate relationship is why the cars can share similar platform and software approaches. The hosts point out that the infotainment and overall “feel” are familiar because of that shared ecosystem.

This describes keyless entry with proximity-based locking/unlocking. The car uses sensors to detect the key’s location, then automatically unlocks as you approach and locks as you leave, reducing the need to manually operate the key.

Wheelbase is the distance between the front and rear axles. It strongly affects interior space (like rear legroom) and ride/handling balance, which is why the hosts compare wheelbase between two EVs.

The Skoda L-Rock is an upcoming EV model discussed as a European alternative to Chinese EVs. The hosts frame it as having “European styling” and a “good pedigree,” positioning it as a value-focused option around the ~$50k mark.

The Skoda ENYAK is another EV model the hosts compare on price and perceived quality. They cite an “on road” price of $68,990 and argue it’s “not bad” for what you get.

“On road” is the all-in purchase price after adding government fees and charges (and often dealer delivery), not just the base vehicle price. When the hosts quote “$68,990 on road,” they mean the likely total cost you’ll pay to get the car registered and ready to drive.

An infotainment system is the car’s integrated touchscreen/audio/navigation interface. The hosts specifically praise the “big screen” and say the infotainment system is good, implying it’s a key part of the EV’s day-to-day usability.