Recharging Round Britain Day 6 - 18 July 2026

The Hyundai Ioniq 5 is a battery-electric crossover designed for everyday use and long-distance charging capability. It’s a common choice for route-based testing because its charging performance and real-world range can be measured during trips. In the podcast context, it’s discussed as the vehicle used for a “Charging Round Britain” style run around the UK.

“Miles per kilowatt” is an efficiency measure for an electric vehicle, telling you how many miles you can drive per unit of electrical energy. It’s the EV equivalent of fuel economy, but expressed in electricity terms instead of gallons or liters.

EZO is described as a charging operator that has taken over charging provision in Scotland under a long contract. In this context, it’s the company running and maintaining public charging hardware and managing the network.

“ChargePlace Scotland” refers to a former EV charging network/operator in Scotland whose units are being taken over and rebranded. The mention implies those chargers were deployed widely and now need upgrades to remain usable.

“Kilowatt” (kW) is a measure of charging power. A “seven kilowatt charge” means the charger is delivering about 7 kW, which is typically slower than higher-power charging and can be enough for overnight charging.

A “22 kilowatt supply” refers to the charging power available from the station. In practice, whether you actually get 22 kW depends on the charger, the vehicle’s onboard charging limits, and the station’s ability to deliver that power reliably.

A “70 or 75 kilowatt charge” indicates a much higher charging power than 7 kW or 22 kW, which generally means faster energy delivery. The fact they “eventually” got it working suggests the station and/or setup had issues before reaching that higher power level.

“Tapping your card” refers to using contactless payment at a charger instead of relying on an app. It’s a practical fallback when the charging app fails, but it still depends on the charger supporting contactless and the payment system working.

The Dodge Charger is a full-size American muscle sedan that’s known for strong performance and a long-running presence in the performance-car world. In a news-style discussion, it may come up because of real-world reliability experiences—such as whether a particular Charger had issues compared with other vehicles in the same group or test. That kind of “one car had a problem” context is exactly what makes it notable in a podcast segment.

The BMW M6 is a high-performance version of BMW’s 6 Series, built for serious power and performance driving. In the podcast context, it’s mentioned during a motorway run where the car’s range appeared to drop quickly, which can be relevant to how it’s used in real-world conditions. That kind of “range kept dropping” observation makes it notable even for a performance-focused car.

The M6 is a major UK motorway, so it’s a good place to see how EV range estimates behave under sustained highway speeds. Higher speeds increase energy use, which can make the “range kept dropping” effect more dramatic.

In an electric car, “range” is the estimated distance you can drive before the battery runs out. It’s usually calculated from your current battery level and recent driving efficiency, so it can drop quickly if conditions or speed change.

That “delta” is the gap between your remaining battery charge and the distance you still need to cover. In EV planning, it’s a practical way to judge whether you’re on track to reach the next charger or risk running out.

T-Base South is a charging location the hosts planned to use as an EV stop. The discussion highlights real-world charging availability issues—like chargers being busy or out of service.

A body kit is a set of aftermarket exterior parts—like bumpers, side skirts, and spoilers—installed to change the car’s appearance and sometimes its aerodynamics. The host mentions it as part of the Twingo Sport’s standout look.

The “80%” reference is about charging to a target state-of-charge. Many EV drivers aim for around 80% on road trips because charging is often faster up to that point, then slows as the battery fills.

An “eB charging network” refers to Gridserve’s branded network of EV charging sites across the UK. The key point is coverage—how many locations are available and where they are—so drivers can plan routes with fewer “unknowns.”

Using a “debit card” is a payment method for charging that doesn’t require a subscription. The podcast contrasts this with app-based charging, implying you can charge on the go even if you’re not set up for the network’s membership.

“Charging rates” are how quickly an EV can add energy to its battery at a specific charger. Higher rates mean faster charging, but the actual rate can vary with charger power, battery temperature, and the car’s own charging limits.

“Grid serve plus” is Gridserve’s paid membership that offers discounted EV charging. In this segment it’s described with a specific monthly price and cancellation flexibility, plus added perks beyond charging discounts.

“EV health checks” are a membership perk offered while charging, intended to assess aspects of the vehicle’s condition. The podcast frames it as part of the seasonal benefits, suggesting it’s an on-site service rather than a DIY maintenance item.

Sat nav is short for satellite navigation, the in-car system that uses GPS signals to show your position and provide turn-by-turn directions. In this segment, they mention turning it off, which affects how they track remaining distance and arrival timing.

Charging networks are groups of EV charging stations operated under a common system (often with shared apps, payment methods, and station availability). The hosts are evaluating how reliable the networks they used were during the trip, which directly affects trip stress and planning.

“Grid service” appears to refer to Gridserve, an EV charging operator. The hosts say Gridserve was “100%,” using their experience to judge how dependable that charging brand was on the road trip.

Osprey is an EV charging network/operator brand. The hosts describe it as “a piece of cake,” meaning their charging experience with Osprey stations was easy and trouble-free.

The “Tesla app” is Tesla’s smartphone app used to manage charging and vehicle functions for Tesla EVs. Here, they mention an issue with it during the trip, which highlights how app connectivity can affect real-world charging convenience.

This is a practical EV road-trip planning constraint: covering long daily distances forces you to spend significant time traveling and (depending on the car) charging. The hosts emphasize that even with EV improvements, the time cost of distance remains unavoidable.

The North Coast 500 is a popular UK road trip route in Scotland, often used as a benchmark for how well a car can handle long-distance travel. The hosts mention it to illustrate that even in a high-performance car, you still have to plan stops and arrival timing.

“Iced” is EV slang meaning a charger is blocked by a non-EV vehicle (often an internal-combustion car) parked at the charging bay. It prevents access to the charger even if the station itself is working.

A charging network RFID card (like a “Chargemaster card”) is used to authenticate and start charging at compatible public EV chargers. It matters because some networks require their own access method, especially when apps or mobile data are unreliable.

A “Trigulus card” is another RFID access card used to authorize charging on specific public EV networks. In practice, carrying multiple cards can reduce the chance you’ll arrive at a charger that won’t accept your usual access method.

ChargePlay Scotland refers to a regional EV charging network in Scotland. Network operators often have their own access requirements (cards/apps), so the name matters because it indicates which chargers and authentication methods are involved.

In public EV charging, a “mobile network” connection is often needed for app-based authentication and remote charger control. If coverage is poor, charging can fail even when the physical charger is available.

7kW is a charging power level (kilowatts) that typically corresponds to slower AC charging. Lower kW generally means longer charging sessions compared with higher-power options like 22kW.

22kW is a higher charging power level (kilowatts) than 7kW, commonly associated with faster AC charging. In general, higher kW can reduce charging time for the same battery energy added.

An RFID card is a contactless identification card used to start charging at many public EV stations. It’s useful when app access or mobile data is unreliable, because the charger can authenticate you instantly via radio.