The ZEV mandate is a government rule that tells car companies how many electric cars they have to sell. If the target is reduced, companies don’t have to push EVs as hard as they would otherwise.
This refers to a specific ZEV sales target for the UK by 2030—an 80% share of new car sales being zero-emission. The episode says it could be reduced to 50%, which would slow the pace of EV adoption the policy is designed to achieve.
An EV premium is the extra cost people often pay to buy an electric car instead of a similar petrol one. The host says this Skoda doesn’t have that extra cost.
AC and DC are two different kinds of electricity. EVs can handle both, but how fast they charge depends on whether the power coming from the charger is AC or DC.
Your home usually provides AC electricity, but the EV battery needs DC to charge. That difference is why charging can be slower or faster depending on the setup.
The Dodge Charger is a sporty car made for fast driving. It’s known for having strong engines and a performance look. People talk about it when they’re discussing which cars are built for speed and how they’re sold or regulated.
This means the percentage of a carmaker’s sales that are truly “clean” cars with no exhaust emissions. The government uses that percentage to decide whether the company is meeting the rules.
SMMT is an industry group for car makers and traders in the UK. In this segment, they’re providing estimates for how many electric cars are expected to be sold.
Battery-electric cars run only on electricity from a battery. The segment is using that category to estimate how much of the market will be fully electric.
“Flexibilities” are ways car companies can shift how they count meeting the rules. Instead of only using this year’s results, they can save credits, use future credits, or trade credits with other companies.
The policy includes a penalty that charges car makers money for each car that doesn’t meet the mandate requirements. That financial threat is what drives their pushback.
Charge UK is an organization that represents companies that build and run EV charging. They’re warning that if the rules change in the wrong way, it could make charging companies less willing to invest.
The idea is that government policy affects how confident charging companies feel about spending a lot of money. If the policy looks less committed, they may hesitate to build enough chargers.
The government plans to stop selling new gas and diesel cars by 2030. In this discussion, the ban stays, but the question is how much of the remaining market will be EVs versus hybrids.
Plug-in hybrids (PHEVs) are cars that can run on electricity from a battery, but also have an internal-combustion engine for longer range when the battery is depleted. The segment highlights that, under proposed rule changes, PHEVs could count for a much larger share of what qualifies as “compliant,” reducing how many full battery-electric cars manufacturers must sell.
In this context, “compliant” means meeting the mandate’s regulatory counting rules—i.e., which vehicles qualify toward the required zero-emission volume. The host’s point is that changing the definition of what counts as compliant (including how plug-in hybrids are treated) can shift manufacturers’ sales strategies without changing the overall end goal.
“Devolve” means some decisions are handled by regional governments, not only the UK government in London. The point is that EV charging plans need sign-off from Scotland and Wales too.
This is a group of UK MPs who review and challenge government decisions. Here, they’re saying the EV mandate could be a big threat to the UK car industry, so they wanted the government to review it sooner.
Public charging is where you charge an electric car at places you don’t live—like parking lots or on-street chargers. The worry here is that if those chargers don’t show up when promised, people who can’t charge at home may struggle to use EVs.
The Skoda Epiq is an upcoming small electric car. The podcast is talking about why it matters, likely because it could affect prices and choices in the EV market. It’s mentioned as a model the host is about to show or explain.
Car
Skoda Epic
The Skoda Epic is a new Skoda electric car. The host is talking about how much it costs, how far it can go on a charge, and how quickly it can charge—so you can judge if it’s a good deal for everyday use.
“On the road” is the price you’d actually pay to have the car registered and ready to drive. It usually includes taxes and fees, not just the sticker price.
Charging speed is how quickly the car can take in electricity from a fast charger. Faster charging can mean less time at the station, but it’s not always perfectly linear as the battery fills up.
Bi-directional charging means the car can send electricity back to your home, not only charge itself. With the right equipment, you could use the EV to power things at home or act like backup power.
The host says the Skoda Epic will be built at a factory in Pamplona, Spain. They’re pointing out it’s a big production plant that will make both gas and electric cars.
The Raval is a car that’s being described as sharing the same basic design foundation as other upcoming models. The podcast also notes it will be built in Spain for Skoda. That helps explain how the car is made and how it relates to other new models.
Car
Citroen E-C3
The Citroen E-C3 is one of the cars the host says the Skoda Epic is competing with. The takeaway is that there are more similar EVs to choose from.
The ë-C3 is a small electric car. The podcast points out that it has a front storage space that can hold charging cables, which makes it easier to live with day to day. It’s also being compared with other small electric cars to see how it stacks up.
The Kia EV2 is another EV the host says you should consider alongside the Skoda Epic. It’s part of the idea that this segment is getting more competitive.
This is a UK government program that helps lower the cost of buying certain electric cars. If your specific EV qualifies, it can reduce what you pay, sometimes by a lot.
It’s the UK government’s EV discount program. If your car meets the rules, you get money off—so the final price can drop further than the sticker price.
The Volkswagen ID.4 is an electric SUV, meaning it runs on electricity instead of petrol. It’s meant to be practical for regular family or commuting use. The podcast brings it up because changes in pricing and incentives can make it more or less affordable compared with other electric cars.
The 5 E-Tech Electric is an electric version of the Renault 5. The podcast mentions it because pricing and incentives across electric cars have changed, affecting what buyers pay. It’s included as one of the options people compare when choosing an affordable EV.
A lease is when you pay a monthly amount to drive a car for a period of time. The host is saying EV incentives can make those monthly lease payments drop too.
The Ford Puma Gen E is a Ford model the host uses as an example. They’re saying that when a car qualifies for the biggest incentive, it can lead to cheaper monthly lease deals.
Price parity means the electric version costs about the same as the gas version. If that happens, people don’t feel like they have to “pay more for the idea” of going electric—they can just pick what fits them.
The onboard charger is the EV’s built-in power converter. It takes the electricity coming from the charger and turns it into the kind the battery can store, and its limits can cap how fast you charge.
11 kilowatts is the typical maximum AC charging power many EVs can accept at home, due to their onboard charger limits. The host’s point is that advertised home AC charger capability doesn’t automatically translate into faster charging for every vehicle.
22 kilowatt AC chargers are faster AC charging stations you might find in public. But your EV may not charge at the full advertised speed if its built-in charger can’t accept that much power.
Term
AC
AC charging is the common type of charging you’ll use at home and at many public stations. How fast it charges depends on the car’s charger and what power your setup can provide.
Single phase is the way many UK homes are wired for electricity. It limits how much charging power your home can provide, so you may not get the fastest home-charging speeds even with a better charger.
A wallbox is the EV charger you mount at home. It helps you charge more conveniently, but it can’t magically make your home wiring deliver more power than it’s designed for.
Three phase supply is a higher-capacity way your house can be wired. It can allow faster home charging, but it usually requires an electrician to install it.
DC fast charging is the quick-charging setup you find on rapid chargers. The charger station does the heavy conversion work, so the car can accept much higher power—if the car is built to handle it.
“150 kilowatt” is basically how powerful the charger is—how fast it can push energy into the car. It doesn’t guarantee you’ll get a full charge instantly; the car controls the real speed.
Term
DC
DC is the fast-charging type of electricity used by many public chargers. Your car usually charges quickly at first, then slows down later to keep the battery safe.
“10 to 80” is a charging test range people use because it’s where most EVs add energy quickly. Going from 80 to 100 usually takes much longer, so full-charge times are often worse than ads suggest.
The consumer unit is the main electrical box in your house that controls power through breakers. If it can’t handle the extra load, you may need upgrades before installing a faster charger.
Type 2 is a common EV charging plug shape/standard, often used for home or AC charging. The episode is about how it connects to the faster CCS charging world.
The EV charging sector is the whole industry that builds and runs charging stations for electric cars. The discussion is about how big that industry could become for the UK economy.
Charge points are the actual charging stations you plug into for an electric car. More charge points generally means more places to charge, which supports EV adoption.
A payback period is how long it takes for a charging project to earn back the money it costs. Investors plan around expected demand, not just hope that cars will show up.
Forecast demand is an estimate of how many electric cars will actually use the chargers. If that estimate gets less reliable, companies are less willing to build new charging sites.
This is the discussion about whether the government should keep the EV rules strong or loosen them. The worry is that loosening could slow down charging station investment.
Rapid charging is the faster kind of public EV charging that adds range quickly. If there aren’t enough of these chargers, EV drivers may have to wait longer—especially if they can’t charge at home.
Off-street parking means you can park somewhere at home or nearby where you might be able to charge your EV. If you don’t have that, you rely more on public chargers, which can be a problem if those aren’t expanding fast enough.
A hybrid strategy means using more hybrid cars to cut emissions instead of relying only on fully electric cars. The host is saying that if electric-car rules weaken, the government plan leans more on hybrids.
The national grid system operator is the group that manages the country’s electricity network so it stays stable and reliable. With lots of EVs charging, electricity demand can spike, so they have to plan for that extra load.
A balancing challenge means keeping electricity supply and demand in sync. If many EVs charge at once, it can create sudden extra demand that the grid has to handle safely.
Levy funding is money collected through a dedicated charge or fund mechanism and then used for a specific purpose. Here, the host says local authorities in England will apply for levy funding to support local EV charging infrastructure.
Concept
public money in motion
“Public money in motion” is a way of saying government funding is already being deployed rather than just promised. In context, the host argues that because public EV charging funds are already underway, the debate is about whether they’ll be enough if private investment slows.
A rapid charging fund is a government-backed pot of money intended to expand fast-charging availability, especially along high-traffic corridors. The host notes it’s meant to boost provision at motorway services but has been slower to start than expected.
Motorway services are rest stops along major highways that typically offer parking, food, and other amenities—now increasingly including EV charging. The host uses them as the target location for the rapid charging fund, implying chargers there are important for long-distance EV travel.
Charge point operators are the companies that run public EV charging stations. They’re responsible for whether the chargers work, how much they cost, and how the network is managed.
Consolidation means charging companies are buying each other or merging. The result is that a small number of operators end up controlling most of the charging stations.
“Rapid” and “ultra rapid” are labels for faster EV charging. They usually mean DC fast chargers that can add charge much quicker than slower AC chargers.
Tesla’s Supercharger Network is Tesla’s own fast-charging network. The host is using it as a benchmark for how many rapid chargers Tesla has compared with other companies.
Ionity is a company that runs fast EV charging stations. The host is saying it has strong car-industry support, but it still has fewer chargers than the top networks in the UK.
An EV charger is the station that plugs into your car to add electricity. The quality of the charger network can change how reliable it is and how smoothly charging works.
Here, reliability means whether charging stations actually work when you need them. If chargers are often down or inconsistent, people get frustrated and avoid that network.
This means the companies that run AC charging stations. AC chargers are common, and if the operator doesn’t maintain them well, you can show up and find chargers not working.
Skoda is the car brand mentioned in the segment. The point is that Skoda will publish which of its EVs qualify for the grant and what the final eligible price is.
Rapid DC charging is the fast way to charge an EV at public charging stations. It can make the battery run hotter, so frequent use can wear the battery a bit faster than slower home charging.
AC home charging is the normal way most people charge at home using a wall charger. It’s usually slower than fast public charging, which tends to keep the battery cooler and happier.
Battery health is a way to estimate how good the EV battery still is compared to brand new. It’s often shown as a percentage that roughly correlates with how much range you’ll have.
Charging to 100% all the time can be harder on the battery because it keeps the battery at a very full, stressed level. If you don’t need the extra range, charging to around 80% is usually gentler.
EV charging stations usually use a phone app to start and pay for charging. If that app or its payment system has problems, a backup app can save your trip.
An EV target for 2030 is a government goal for how many cars should be electric by then. If that goal is lowered, it can mean fewer charging stations get planned or built.
They’re talking about building charging stations more slowly, not necessarily that each charge takes longer. If demand is expected to be lower, companies may invest less and roll out fewer chargers.
Platform economics means the cost of building cars can be cheaper when many models share the same basic design. The host says that’s why some EVs can be priced more like petrol cars.
A platform is the shared “car foundation” that many models use. The host says Volkswagen’s MEV plus platform is built for high-volume production, which helps lower the cost of making EVs.
Volkswagen Group is the big car company behind the EV platform the host is talking about. Because it sells a lot of cars, it can spread development costs across many models, helping keep EV prices down.
Charging infrastructure just means the public (and sometimes private) places where you can plug in and charge an EV. If it’s limited, it can make EVs harder to live with day to day.
A rapid hub is a place with multiple fast chargers. It’s the kind of charging site that takes time to get approved and connected to the power grid.
Concept
buying market share than to build it organically
Instead of building new charging stations slowly, companies can buy an existing charging network. That’s quicker because the hard parts—like permits and working chargers—are already in place.
A cable gully is a safe, protected path for the charging cable in the street. Some local councils may allow it, fund it, or block it, which affects whether you can install a charger.
running the back end payment systems and a long supply chain of cable and hardware manufacturers
who only invest in uk capacity if they believe the demand is actually coming
uk charging infrastructure jobs the logic is straightforward even if the politics aren't
charging companies plan years ahead if they believe demand is locked in because the mandate
guarantees a great number of electric cars on the road they build accordingly more rapid hubs
more curbside points more investment in places that don't have driveways soften that guarantee and
the investment case gets shakier nobody builds a charging hub for cars that might not show up in
the numbers everyone expected that's not me being dramatic that's literally how infrastructure finance
works these are projects with payback periods measured in years financed against forecast
demand not hope ev charging investment uk this is exactly the tension we talked about earlier in
the show with the mandate review one side says that the targets are unrealistic and costing
manufacturers billions in discounts the other side says weakening them risks billions in infrastructure
that never gets built and right now the uk only has under just 1000000 just under 1000000
public charge points according to charge uk's own figures so this isn't a sector that's anywhere
near job done yet worth saying plainly this is the bit that actually affects ordinary ev drivers
not just car company balance sheets slower infrastructure rollout means longer queues
fewer rapid charges and the driveway gap getting wider not narrower 40 percent of uk households
don't have off street parking they're the ones with most to lose if the investments slow down
because they don't have the home charging fee fallback the rest of the us take for granted
uk net zero transport there's a wider context too transport is the single biggest source of
uk greenhouse gas emissions over a quarter of their total and cars and taxis make up more than half
of that figure on their own the zv mandate was always designed to be the main lever pulling
that number down soften the lever and the whole net zero transport plan leans more heavily on a
hybrid strategy there wasn't really the original plan there's also a grid angle worth mentioning
more evs more means more electricity demand a national grid system operator has already flagged
the balancing challenge that comes with millions more cars charging at once none of that's a reason
to slow down if anything it's a reason to keep the investment signal strong so the grid and the
charging network scale up together rather than the charging side stalling while everyone waits to
see what happens uk ev infrastructure funding there's already public money in motion here too
which is part of why this debate matters so much right now local authority is going to apply for
levy funding that's the scheme supporting local charging infrastructure in england and there's
a separate rapid charging fund meant to boost provision at motorway services though that one's
been slower to actually get going than anyone hoped both of those funding streams were designed
around the assumption that private investment would scale up alongside them if the mandate
softens and private investment pulls back public funding alone almost certainly isn't enough to
kill fill the gap on its own there's no easy answer here and i'm not going to pretend there is but
15 billion pounds and 300 000 jobs is a big number to risk on the assumption that hybrids
can quietly fill the gap without anyone noticing the infrastructure side stalling worth keeping
a close eye on what the consultation actually lands on over the next few months there are some
major charge point operators that are really innovated in the uk and they put in a fantastic
infrastructure and are continuing to do so let's hope that sticks because we're really we've really
got a long way compared to many many countries and i've been looking at it around europe and so on
and we're way ahead so let's hope that this continues okay quick closer who owns the most
ev charges in the uk now i'm just going to switch back to my other uh rolling slide of prices i
haven't updated this week but i will be next week or the next time we do a show um so that you can
see uh prices but these uh prices were updated only the other day so um they're relatively recent
remember that the prime time ev club updates pricing uh every month with you who owns the most ev
charges in the uk now the charging network landscape keeps shifting through consolidation
bev has just acquired mer's uk public charging arm instantly jumping the network up the rankings
and adding hundreds of ac charge points concentrated mostly in the south of england
uk ev charging network 2026 quick one to close on bev mostly known up north has just bought
mer's uk public charging business mer ran a widespread of slower ac charges a lot of them in
the car parks across the south that deal jumps be ev up into the mid teens nationally by charge
point count almost overnight they're already known for a decent off pig rate 39 pence a
newly acquired sites let's hope the south gets some of that as well then ev charging network
consolidation this is the pattern across the whole sector right now by the way uberticity
buying short charge a few weeks back now this over a hundred operators in the uk but the top
10 control more than half the charge points between them and in the rapid and ultra rapid
graphic kits specifically the top five operators control nearly half on their own worth naming the
bigger players while we're here instavolt and tesla's supercharger network are roughly neck and
neck at the top of the rapid charging table with around 2200 points each ionity despite having
mac car manufacturer backing behind it sits well behind both and around 660 it's worth asking why
consolidation keeps happening at all running a charging network well keeping chargers actually
working handling customer support negotiating electricity contracts at scale gets cheaper
per charger the bigger you are smaller operators often get bought not because they've failed but
because someone bigger can run the same charges more efficiently and more reliably ev charger
reliability uk reliability is actually the thing worth watching most closely after a deal like this
mer's network like a lot of smaller ac operators has had mixed reliability scores historically
nothing disastrous but the kind of occasional uh charges down experience that puts people off
charging generally if bv brings their own maintenance standards to those sites that's a
genuine win for anyone using them if the acquired sites just get left running on old infrastructure
under a new logo that's a missed opportunity worth checking back on in this in a few months just
once the dust settles consolidation isn't necessarily bad news for drivers fewer stronger
networks can mean better reliability and more consistent pricing but it's worth watching who
ends up owning the charges near you because pricing strategy can change fast after a buyout
okay we've got a bunch of questions this week as well will the zed ev mandate change affect the
price of evs i can buy right now not immediately the mandate review is a consultation process
not an overnight rule change so manufacturers pricing and discount strategies for 2026 models
are already locked in regardless of what happens to the 2030 target longer term if the targets soften
manufacturers may feel less pressure to discount evs as heavily as heavily to hit the yearly quotas
so today's deep discounts might not stick around forever remember manufacturers have spent over 10
billion pounds on ev discounts in the last two years specifically to hit mandate numbers take
that pressure away and there's less reason to keep cutting prices that aggressively if your ev
shopping now this year's pricing is probably about as good as it gets for a while i genuinely treat
this as a if you've been on the fence this is the year your year's situation because i don't think
these discount level survivors soften mandate into 2027 and beyond question two is the scoda epic
eligible for the government ev grant it hasn't been officially confirmed yet but several outlets
expect the epic to qualify for the electric car grant given its sub 25 000 pound starting price
which sits comfortably within the scheme's lower price bands the electric car grant
currently offers up to 3750 pounds of qualifying models and over 55 cars are already on that list
if the epic lines lands in that band you could be looking at a meaningful extra saving
on top of an already competitive price worth checking scoda's site directly once order books
open in july for the final confirmed figure worth saying two grant eligibility isn't just
about price it also depends on where the car and battery are manufactured are manufactured so don't
assume it's automatic just because the price fits will confirm as soon as scoda publishes it
officially so check where the car's being built question three does rapid dc charging damage
my battery faster than ac charging occasional rapid charging causes negligible extra wear the
bigger factor is heat and how often you do it using dc rapid charging as your only method
every single day can accelerate battery degradation slightly faster than predominantly ac home
charging for most people doing the school run and weekly shop this is a non-issue only really
matters if you're a high mileage driver relying relying entirely on the public rapid public
network day in day out for context the uk's largest battery health study tested 8 000 evs and found
average battery health sitting at 95 percent even cars at eight or nine years old were averaging 85
percent so this isn't something to lose sleep over either way if you do rely heavily on rapid
charging the only the one habit that actually helps is avoiding charging right up to 100 percent
regularly and not leaving the car sitting at a very low charge for long periods either both ends
of the range generate more heat stress than the comfortable middle and if you charge from 80 to
100 percent it's going to take a lot longer even on a dc rapid charger so you're best off
charging to 80 percent as many people say question four what happens to my charging app or account
if my network gets bought out like with bev or mur typically your existing app and rf id card
continue working through a transition period while the new owner migrate systems through pricing and
tariffs can change once the accident but the pricing tariffs can change once the acquisition
completes and the new owner sets its own rates keep an eye on emails from the operator
during any buyout that's usually where pricing changes get announced first often with more notice
than you'd expect it's just worth it's also worth downloading a couple of alternative charging apps
as backup regardless just so you're never caught out mid-journey if one network's app or payment
system has a wobble during a transition one practical tip screenshot your current tariff
before any migration completes just so you've got a record of if anything looks off once the
new owner takes the billing on question five if the 80 percent ev target 2030 gets cut to 50 percent
does that mean fewer charging points will get built not necessarily fewer but potentially
slower charging companies plan infrastructure investment around based on expected demand
so a softer mandate could mean some plan roller gets delayed or scaled back rather than cancelled
outright this is exactly the tension charge uk flag this week investment decisions get made years
in advance and uncertainty now could mean fewer charges showing up exactly where they're needed
most by 2030 the 15.5 billion pound figure that was covered earlier in the show was explicitly
tied to the mandate staying on track so that's the number worth watching as this consultation
plays out over the coming months if you're in an area that's currently underserved for public
charging this is genuinely the kind of policy detail worth paying attention to because it directly
affects your whether your area gets prioritized or pushed back for charging question six why does
scoda get to charge the same as petrol when other evs still cost more it comes down to platform
economics the epic is built on Volkswagen groups a new mev plus platform at a high volume Spanish
plant already optimized for combustion electric models side by side which keeps manufacturing
costs down in a way smaller volume ev platforms cannot match yet scale is doing most of the work
here vw group can spread the cost of battery development the platform and the factory tooling
across multiple brands and multiple models scoda kupra vw itself a manufacturer building evs on a
smaller dedicated platform without that shared volume simply can't hit the same cost base yet
expect more price parity models to follow from manufacturers with similar scale and expected
to take longer from brands without it question seven is now a bad time to buy an ev if the
government might change the rules no the rules under review affect manufacturer sales targets
not anything that changes how your car works what you're allowed to drive or what charging
infrastructure exists today if anything the uncertainty works in your favor short term
because manufacturers are still discounting heavily to hit this year's targets regardless
of what happens in the consultation the only genuine risk is the slow in the slower term
infrastructure rollout we discussed which matters more if you're relying entirely on public charging
without home charging as a backup if you've got a driveway in predictable journeys none of this
changes your calculation at all question eight which is why is bev buying networks instead of
just building more charges themselves buying an existing network is faster and often cheaper
than building from scratch you inherit live sites existing planning permissions and paying customers
immediately rather than spending years finding sites and going through council approval processes
one by one building new public charging infrastructure in the uk is genuinely slow going
council planning permission grid connection applications groundworks a brand new rapid hub
can take well over a year from first application to switch on buying mer's existing footprint
means bev gets hundreds of working sites on a one instead of waiting years to build the equivalent
from nothing expect more of this it's quicker to buy market share than to build it organically
right now and that's exactly why we're seeing this wave of consolidation across the sector rather
than everyone racing to build new sites independently question nine does this go to epics bi-directional
charging actually save me money or is it just a nice feature it can genuinely save money but only
only if you pair it with the right home setup and an electricity tariff that rewards exporting power
without both of those bi-directional charging is a feature sitting unused the idea is you
charge your car overnight on cheap rates then the car can feed power back into your house
during expensive peak hours effectively acting as a home battery on wheels
the catch is you need a compatible bi-directional home charger which still costs more than a
standard one and a tariff structure to actually pay or you or save you money for doing it right
now that still is fairly small slice of the uk market but it's growing and having the car ready
for it now means you're not locked out when the tariffs do catch up okay that's the show
it was a big week we got a lot we got through a lot of mandate under review a genuinely affordable
ev that costs the same as a petrol twin the start of a new series will be running every
friday for the next month if you want the cheapest home charging rates for every month
plus the best lease deals sign up to the prime time ev club completely free links are in the
description if you're trying to figure out which council you're in you're in for charging purposes
we've got a free tool for that work too link is there as well so you can put your accounts put
your postcode in it'll tell you whether your council will allow you to put a cable gully into
your street or whether they've got funding for it or not some councils are blocking it at the moment
and if you're next week on ev charging boot camp i'm going to be in france but i'm planning to try
and get the show done there so i'm going to do something around french charging because i'll be
broadcasting from can the connectors type 2 ccs ccs 2 and the one that's basically already extinct
i'm planning to go deeper on the connectors next week for the ev charging boot camp thanks for
watching thanks for listening if you're catching this on the podcast i'm danny this has been prime
time ev see you next week have a great weekend don't get too hot thank you bye bye
About this episode
The episode connects UK ZEV mandate cut talk to real-world EV charging outcomes, explaining how weakening targets could reduce investment signals and delay charger rollout—especially for people without driveways. It then kicks off an EV charging bootcamp, starting with AC vs DC and why your house and battery “don’t actually speak the same language,” including onboard charger bottlenecks and single-phase limits. The hosts also spotlight the Skoda Epic’s pricing, charging features, and how grant rules and charging network consolidation shape costs and reliability.
00: 02:00 Is the UK scrapping its electric car sales targets?
00:09:10 How much does the new Skoda Epiq cost in the UK?
00:15:18 What's the difference between AC and DC EV charging?
00:21:54 How much could the EV charging sector be worth to the UK economy?
00:27:00 Who owns the most EV chargers in the UK now?
00:30:00 Your questions answered
00:38:15 Join the Primetime EV Club
ZEV MANDATE UNDER REVIEW — The UK government is reportedly cutting the 2030 EV sales target from 80% to 50%, with PM Keir Starmer overruling his own energy secretary after pressure from carmakers and unions. We break down what's actually changing and what isn't.
SKODA EPIQ HITS PRICE PARITY — Skoda's new compact EV starts at £24,950 — exactly matching its petrol sibling. No EV premium, bidirectional charging as standard, and a 272-mile range on the bigger battery.
EV CHARGING BOOTCAMP BEGINS — Episode 1 of our new 5-week series: AC vs DC charging explained simply, and why your car and your house don't speak the same electrical language.
CHARGEUK'S £15.5BN WARNING — A new report says weakening the mandate risks billions in infrastructure investment and 300,000 jobs.
NETWORK CONSOLIDATION — Be.EV acquires Mer's UK public charging arm.
Join the free Primetime EV Club for the cheapest home charging rates every month: primetimeev.com/club
