Category Archives: Renault Zoe Blog

Comment and opinion on the Renault Zoe electric car and related subjects

The Fall of the Wall

Here’s the most recent publicity video for the ZOE (it came out in March). It’s called ‘La Chute du Mur’ (‘The Fall of the Wall’) and emphasises the quietness of the ZOE:

It’s a fair point – how things would be different if our roads and motorways were populated by EVs.

As a bonus, here are a couple of other videos from Renault France. They are in French, but at least we learn the French for ‘wall box’.

l’Autonomie Révolutionnaire (Revolutionary Range)

la Recharge Simplement Pratique (Simple Practical Charging)

It’s interesting to note that the ZOE reverses into and drives forward out of its garage – I’m thinking of doing this at home (not safe with a fossil fuel car) and will be arranging my charge point to make it an option.

Finally, an English language video in a different vein:

(see what I did there?!)

The Renault ZOE Will Be a Great Success!

ZOEs Take Over the World – Lisbon Launch (Image: Viedegeek.com)

ZOEs Take Over the World – Lisbon Launch (Image: Viedegeek.com)

There, I’ve said it: The Renault ZOE will be a great success. It’s public, so we can come back next year and argue about whether I was right or not!

First of all I should probably qualify what I mean by ‘a great success’. I’d love to say that it will sell in huge numbers and revolutionise personal transport as we know it. While I think that’s a possible outcome, I don’t think it’s a likely one. The reasons are not technical – the ZOE is a fantastic design and engineering achievement – it is cultural. Most people are just not ready to drive an electric vehicle – certainly not in the UK, and probably not in most of Europe. I see a lot of hostility even to the idea of EVs in the British media so I know we have a long way to go in that respect.

Instead of ‘cultural’ above I nearly wrote ‘political’ but actually, in this instance, I don’t think it’s fair to criticise politicians – in both France and the UK they are generally significantly ahead of the population in preparedness for a change to electric transportation. It’s worth pointing out that the UK has particularly strong cross-party political support for EVs, something that isn’t true in the otherwise politically similar US, for example. Here we have a £5000 subsidy at point of sale on the car, plus a 75% subsidy on a home charge point; these are both very generous. Plus beyond that there’s free car tax, and exemption from congestion charges.

So anyway what I mean by ‘a great success’ is that it will achieve at least the same status and similar levels of sales to those in the club of leading electric vehicles in the world: the Nissan LEAF, the Chevrolet Volt (alias Vauxhall/Opel Ampera) and the Tesla Model S. I include the LEAF and Volt as they are leaders and pioneers in the field and have sold significant numbers around the world (60,000+ and 40,000+ respectively). I include the Tesla as its relatively low sales numbers (10,000+) are made up for by astonishing aesthetics and technical design, and its future sales potential. I exclude the Mitsubishi i-MiEV as its relatively healthy sales (20,000+) do not make up for its often poor performance when reviewed against the other vehicles, and its apparent current dramatic sales decline.

I expect to see significant monthly sales of the ZOE across Europe, though particularly in France and the UK, and I expect to see the sales numbers increase over time. The reasons are simple: it’s a fantastic electric car, it’s cheaper to buy than an equivalent internal combustion engine (ICE) car, and it’s cheaper to run and maintain than an equivalent ICE car.

However, not everyone agrees. According to InsideEVs.com this week ‘Falling Renault Zoe Sales in France Could Indicate Zoe is Suffering From Twizy Syndrome’:

“Although we would have liked to see more growth, it seems that Zoe may be suffering from ‘Twizy syndrome,’ which we define as high initial sales in the first few months of availability, followed by declining sales in the months that follow.”

Similarly MotorNature.com says ‘Much disappointing sales for the electric Renault Zoe in France’:

“It looks like the Zoe in France stands where the Nissan Leaf was in the U.S. in early 2012. Once all the early adopters got their car, demand just slowed. What nobody expected for the Zoe was that demand would slow only a few weeks after the car’s launch.”

The argument seems to be that low sales in France during May indicate that everyone in France who wanted to buy one has now done so, and demand has permanently dropped. I think this is wrong on three counts:

  1. I believe sales are supply limited. The ZOE is officially launched in the UK and Germany early this month. This means that during May Renault had to deliver, as a minimum, a large quantity of demonstrator and test drive ZOEs to these two countries – as well as ideally a quantity of examples that can actually be sold. These have to come out of the May production supply. Since the ZOE is built on a shared production line with the Clio – and that’s selling pretty well – there is a limit on the total number that can be built in a month. Therefore there must have been fewer available to sell in France during May.
  2. EV sales are notoriously intermittent, they come in fits and starts. It took time for sales of both the LEAF and Volt to take off and they did so to a large extent through word of mouth. They have unusually high scores for consumer satisfaction, and very often new customers come to them from meeting and talking with current customers. The same will happen with the ZOE – and certainly initial indications from the French ZOE forum are that current customers are extremely pleased with their ZOEs.
  3. Renault are doing very little to promote the ZOE. In fact, it is the poor relation in the Renault family. Its French launch was put back in preference to the Clio launch, so that it wouldn’t distract attention from the Clio. In the UK its launch this month coincided with the launch of the Captur. The Captur had a big launch event yesterday, with the TV wildlife presenter Steve Backshall fronting it at the Westfield shopping centre. The ZOE? Nothing. Real meaningful sales numbers will only kick in once Renault begins to promote the ZOE seriously – I trust that it will do so at some point (but see below).

The ZOE is a great car – arguably the only real competitor to the LEAF for most people in the market for an all-electric – but with better looks, range and charge technology. I expect increasing total sales across Europe, strong and steady growth, but with sales in any particular country being variable with economic and other fluctuations. Overall I would like to see by the end of the year sales of 3000-5000 vehicles per month, significantly higher than the LEAF has achieved so far.

So, returning to the bigger question, could the ZOE usher in a new and radical shift in electric transportation across Europe? Could it be the new iPhone (or BBC Micro, to those of my generation!) breaking down old barriers and entirely changing – or arguably creating – a marketplace? I would love that to happen, and I believe it still could happen. As touched on above, compared to a fossil car it’s cheaper to buy and run, looks good and provides a better driving experience (quieter, smoother, non-polluting, no smell, no unnecessary trips to refuel). So it should succeed. All it lacks is range – is that such a deal-breaker? Well, from online articles and comments it seems that is the sine qua non, that everything else counts for naught if it can’t go 300 miles without a break. However, it may only take another petrol price hike for that attitude to change.

What I think is actually the biggest barrier to the success of the ZOE is not the usual suspects. I think it’s Renault: if ZOE succeeds it will be despite, not because of, Renault. It is in a similar situation to its partner Nissan with the LEAF – its primary business is combustion vehicles and within that market it’s probably fair to say that Renault’s greatest strength is its engines, as demonstrated by its engine dominance in Formula One racing. It is almost certainly the case that Renault makes more money from a conventional car than an electric one, and a sale of a ZOE must often cost it a sale of a Clio. The push for EVs is coming from the top – from Carlos Ghosn alone, perhaps – and doesn’t seem to be reflected across the company. Many of those trying to purchase a ZOE have reported a common experience of poor communication, support and enthusiasm in dealings with Renault dealers and other representatives, in France and the UK.

Renault dealers are in the front line – every sale of a ZOE likely costs them a higher margin sale of a Clio. Worse, however, is that dealers often have very low sales margins anyway that are compensated for, in part, by the servicing income they get for each vehicle they sell. If the ZOE turns out to have as low maintenance requirements as has been demonstrated for the LEAF and Volt then they have the double whammy of little income at point of sale and low recurring income afterwards. Where then is the incentive for a Renault dealer to make the effort to sell the ZOE, especially as it likely requires additional investment in training, charge points, diagnostic equipment, and so on?

It could be argued that Tesla is going from strength to strength precisely because it doesn’t have this problem – it only makes EVs. Also, it’s interesting to note that at the inception of its EV program BMW realised there would be tension with its existing combustion business. It didn’t come up with a sophisticated solution – instead it created a whole new business. According to the Guardian, Uwe Dreher, the head of marketing for their electric car, said this was necessary in case traditional engineers unintentionally sabotaged the project:

“So we had to create a new platform. We got the power from the board and they told us to come to them if we were having problems, if people in the business wanted to kill it. It has been sitting aside as a separate structure in the company to protect it.”

It may take an approach as radical as this – for Renault ZE to be split off as a separate, independent business – for the ZOE to be the great success it has the potential to be.

At Last – Contact From Renault UK

(Image: Jerry King/CustomerServiceManager.com)

(Image: Jerry King/CustomerServiceManager.com)

Today I was contacted by Renault UK for the first time (I’m not counting the handful of automated emails or gifts I received last year, or contacts I have made to the local Renault dealer) – I got a call on my mobile at work.

I was contacted because of my pre-registration for a ZOE. The ’phone call seemed to have four main aims, to:

  1. Inform me that test drives are now available. I mentioned that I’d already had one.
  2. Confirm my address and let me know that I’m eligible to receive a free Renault ZE jacket. These are available in 5 chest sizes: small (40”), medium (42.5”), large (45”), XL (47.5”) and XXL (50”). One is now on its way to me.
  3. Let me know that my local dealer would contact me about getting a charge point installed.
  4. Tell me about the Renault 4+ Package (4 years of warranty, roadside cover, servicing and option finance) if my dealer hadn’t already.

After that I was able to ask some questions. I asked whether those who had pre-reserved were really getting priority and was assured that this was “absolutely” the case. Those who had pre-reserved would get their cars before any new customers. However, the order in which pre-reservations were delivered could depend on the options ordered, as ‘just as with any Renault car’ those with the same options and trim levels were produced together in a batch.

This contact is surely an encouraging sign that Renault is finally waking up to the UK launch and are serious about doing some customer service and making sales. Whether Renault will make up for lost time – and a year of slipping delivery dates and poor communication – remains to be seen.

The Joy of Solar 4: A Second Installation

8 of the 16 Panels in Place – Including One on Dormer (Image: T. Larkum)

8 of the 16 Panels in Place – Including One on the Dormer (Image: T. Larkum)

Today is a big day as we’ve having a second solar array installed – this should provide sufficient electricity to cover the remaining usage for the house, plus enough left over to charge the ZOE.  The rear roof of the house is completely covered by the existing system so this one has to go on the front. That means it will be north facing so I’m prepared to have a lower than average yield. However, the predictions I’ve seen imply that it will still be economic, it will just take a little longer to pay off – perhaps 10-11 years rather than 8-10.

Rewiring Around Consumer Unit (Image: T. Larkum)

Rewiring Around Consumer Unit (Image: T. Larkum)

Last night after the scaffolding went up I cleaned the moss off the roof tiles – not necessary, but the only opportunity I’ll get to do it. I finished that this morning just before the installers (Greenday Renewables) turned up. It’s now the afternoon and so far most of the panels are up on the roof, and the inverter is in the loft, and currently all the connections into the consumer unit/fuse box are being made.

Two Hours Later – 15 Panels in Place (Image: T. Larkum)

Two Hours Later – 15 Panels in Place (Image: T. Larkum)

Update: It’s now the evening, the installers have gone, and I’ve finished tidying up. The weather was foul for most of the day, with almost non-stop rain from late morning, which made things harder (and a bit messier) than usual. Nonetheless the system is complete and working, although the amount of energy being generated at the end of a day when the sky is overcast is relatively small, making it harder to confirm that it is wired and operating correctly.

Inverter and Isolators in Loft (Image: T. Larkum)

Inverter and Isolators in Loft (Image: T. Larkum)

The inverter in the loft is fixed to a wooden upright as the prime location (the end wall nearest the consumer unit) has the inverter for the existing solar array. I made up a wooden board and that went across the upright to mount the isolators.

View Along Roof Ridge – New System (North-Facing) on Left and Old System (South-Facing) on Right (Image: T. Larkum)

View Along Roof Ridge – New System (North-Facing) on Left and Old System (South-Facing) on Right (Image: T. Larkum)

This time around the system includes the addition of a Wattson Solar Plus Energy Monitor. It displays total solar generation less usage, so you know how much ‘free’ electricity there is to spare (which might prompt you to switch on the dishwasher, etc.). More on Wattson in a later post – suffice to say for the next few days I’ll be switching things on and off to see the real-time effect on our usage and so work out where in particular our energy (and therefore money) is currently going.

Grid Electricity Usage

Domestic Electricity Imported from the Grid (Image: T. Larkum)

Domestic Electricity Imported from the Grid (Image: T. Larkum)

Looking at how much electricity our solar array has generated prompted me to look at how much electricity we’ve been using over the last few years. I was able to dig out most of my energy bills back five years and used those in a similar process to graph our usage – see the chart above.

One of the first things that is obvious is that there is only data for the four quarterly bills in a year, there is no data per month never mind per week. This general point highlights how poor are the systems in place for tracking energy usage. I didn’t realise it before this exercise but our meters are only read about twice per year (typically in May and November) so there’s no real indication of how much energy you are using at any time, and the bills in between these readings are just based on estimates.

Of course the government has plans for everyone to get smart meters installed to give better tracking of energy usage. However, the start of the rollout was planned for next year and has just been delayed by a year. They won’t be fully in place before 2020 which is a long time to wait. In the meantime to address the issue of a lack of detailed information on energy usage I have started to manually record the electricity (and gas) meter readings once per week.

Anyway, back to the chart. Given the lack of data, and its questionable accuracy (since it includes estimated readings) it is dangerous to deduce too much from it. It fairly clearly and as expected shows higher electricity usage in winter months compared to the summer – presumably from more use of lighting, and perhaps more time spent indoors watching television, etc.

I would also like to conclude from it that our usage of electricity from the grid has reduced since installing solar, i.e. that the values for 2011 and 2012 are lower than previous years. However, that is not obvious, and in particular the usage for Jan/Feb 2011 is particularly high. It would probably be wishful thinking anyway, since we are often out (and hence electricity usage is low) when the sun is shining brightest. So what can be done to get more benefit from solar?

There are three key income elements to the government’s solar feed-in-tariff system:

  1. You get paid a generation amount for each unit of electricity generated.
  2. You get paid for each unit exported to the grid. However, since there are no smart meters in place yet this is done notionally: you get paid an export amount for exactly half of what you generate as though you exported it.
  3. Given that the export isn’t metered, you can use the electricity you generate for whatever you want for free.

This means that there is a clear economic benefit to using as much of the electricity you generate as it is being generated, since it deemed to be exported but is actually available to use. This ignores, of course, the complex moral question of whether you should just export it anyway so as to reduce your neighbours’ carbon footprints regardless of the economic cost to yourself, and I may return to this question in a future post.

Anyway, assuming for now the aim is to get the best economic benefit from the solar array, I have been considering some ideas on how to achieve it:

  1. We need to defer our electricity usage to the times when most electricity is being generated. This means, for example, operating the dishwasher and washing machine during the day rather than in the evening (and so using their timer functions if we are out during the day).
  2. Use some electricity storage such as batteries. However I believe such systems are still too expensive to be economically justifiable.
  3. Heating our water electrically to save on gas usage, i.e. operate our electrical immersion heater from solar during the day. There are some technically advanced systems for doing this such as Immersun but they are expensive and so payback would take a long time. I am currently looking into simply running the immersion heater from a timer during the summer months so it operates during daylight hours.

As well as economic benefits I am determined to reduce our family’s carbon footprint – getting the solar array and the ZOE are the key elements to this. There are also other approaches and lifestyle changes that I will be investigating; others are further along this road than I am and I recommend anyone interested to research further. I have put some starting links on the Links page, for example the excellent Earth Notes site.

The Joy of Solar 3: Making Electricity

Solar Array – South Facing (Image: T. Larkum)

Solar Array – South Facing (Image: T. Larkum)

I previously described the installation and setup of the solar system on the back (south facing) roof of our house. It was installed by Greenday Renewables who I highly recommend – we have had no trouble with it and it works very well.

The most important information, however, is of course how successful it has been at generating electricity. The system is a 3.7 kWp array, consisting of 10 panels each of 185 Wp (plus an inverter in the loft), where Wp indicates ‘Watts peak’. What this means is that in an ideal (‘peak’) situation the 185 Wp panels could each produce 185 Watts of electrical power, so all ten together could generate 3.7 kilowatts. Of course, they are never used in perfect conditions so an estimate is generally provided of the likely total amount of power generated for a particular system arranged at a given angle, direction and latitude. For our system this was 3333 kWh per year, where 1 kWh of energy is a kilowatt of power provided for one hour.

The size of the system was determined by the roof space – it was the largest system that could fit. It is eligible for the government feed in tariff (FIT) which applies to any domestic system up to 4 kWp. We would have gone for the full 4 kWp if there had been the space.

The system was installed in September 2010 so we now have two full calendar years of data on electricity generation, covering 2011 and 2012. Up until the start of 2012 I recorded the meter reading virtually every day but since then I’ve been doing it once per week. The data is recorded manually and then transcribed into an Excel spread sheet (soon I hope to replace that process with an automated system, but more of that in a later post). From the spread sheet I have been able to graphically chart the data – see below (and click to enlarge).

Electricity Generated by Solar Array in 2011 and 2012 (Image: T. Larkum)

Electricity Generated by Our Solar Array in 2011 and 2012 (Image: T. Larkum)

Considered in broad terms the chart shows pretty much what you would expect – low generation in the early part of each year, building up through the summer and dropping again as winter returns. However, looking in more detail it is perhaps surprising just how much the rate of generation varies week by week as well as year by year. It is possible for one week to generate twice as much energy as another week in the same month. Similarly each year can have very different weather, so for example 2011 had generation peaks in April and May, while 2012 had peaks in May, August and September. In fact 2012 was significantly more variable than 2011.

Fortunately over a whole year the peaks and troughs average out pretty well, and the system has performed well. It generated 3650 kWh (3.65 megawatt hours) in 2011 and 3500 kWh (3.5 MWh) in 2012, and these numbers compare very favourably with the 3333 kWh that was predicted. Over these two years it was eligible for FIT payments of £3130 which is about one-fifth of its installation cost (£15750) so it is on course to pay for itself in about 10 years without even counting the cost of the electricity saved.

After it’s paid off the benefits don’t stop, of course – it is eligible to get FIT payments for a further 15 years – index linked – and after that we will have free electricity for life.

Overall it has been a great investment, so much so that we are looking to add another system on the front of the house with a view to using it to power our ZOE – more to follow on that in a future post.

[The Joy of Solar 4: A Second Installation]

[See also Grid Electricity Usage]

ZOE Test Drive – 3: Driver’s Controls

ZOE Display with Selector Button, left-hand drive version (Image: TheRegister)

ZOE Display with Selector Button, left-hand drive version (Image: TheRegister)

[Part 2 is here]

During the test drive I had a chance for the first time to try out some of the driver’s controls. First of all there is a display selector, just to the left of the main dashboard TFT display screen. This cycles between three different forms of display – as I recall one that’s primarily a numeric display of speed, energy consumption, mileage and so on; one that’s like a speedometer dial going up and down as electricity is used or generated, and one that has a more artistic display showing lines of energy moving to the right, from battery to car, when accelerating or moving to the left, from car to battery, when regenerative braking.

ZOE Display, ‘speedometer’ version (Image: MyElifeNow)

ZOE Display, ‘speedometer’ version (Image: MyElifeNow)

Next I tried out the cruise control. I believe this is initiated by the button to the left of the gear lever (it was actually done by the salesman) but then I was able to operate it using buttons on the steering wheel. When switched on the vehicle will accelerate or decelerate to the currently set speed; this speed is shown top centre on the driver’s display. The set speed can be adjusted up and down by a centre-biased switch on the left side of the steering wheel – pushing the top half of the switch (marked ‘+’) increases the set speed and pushing the bottom half (marked ‘–’) decreases the set speed.

Cruise control buttons on steering wheel (Image: T. Larkum)

Cruise control buttons on steering wheel (Image: T. Larkum)

The cruise control was certainly a novelty to me, perhaps because I’ve never driven a car before that had it. It was mildly disconcerting having it speed up or slow down apparently under its own control, though I can certainly see the attraction and use of such a system, particularly on the motorway. Pressing the accelerator or brake disabled it.

The cruise control can be engaged or disengaged by pressing the centre-biased switch on the right side of the steering wheel – pushing the bottom half of the switch (marked ‘O’) turns it off and pressing the top half (marked ‘R’) re-engages it.

The other button on the right of the steering wheel is to turn on voice-activated commands. I didn’t get a chance to experiment with it beyond pressing it and having the R-Link respond ‘Say voice command’ or something similar.

I certainly had the impression from my test drive that the ZOE is loaded with technology and clever controls, and look forward to experimenting with mine when it arrives.

ZOE Test Drive – 2: Driving Notes

ZOE Zen demonstrator (Image: T. Larkum)

ZOE Zen demonstrator (Image: T. Larkum)

[Part 1 is here]

For my test drive I had the opportunity to take a long drive out of the town and through the local countryside and so I was able to try out the ZOE in a variety of conditions. The experience of starting up is disconcerting, as is often said when someone used to a combustion engine tries an electric vehicle. You put your foot on the brake and then press the Start/Stop button on the dashboard. At that point the dashboard lights up but of course there is no engine noise – to someone used to a combustion engine it lacks the obvious feedback of a revving engine, though I imagine one could get used to it quickly enough.

To move you engage the gear lever (marked P R N D) from park to reverse or drive. Having always driven cars with manual gearboxes I really don’t like this lever. It seems to be to be a simple sop to those used to driving with an automatic gearbox. Since the ZOE has no gearbox I believe it would be far preferable to dispense with a gear lever altogether and have simple selector buttons on the centre console, or even a simple selector lever on the steering wheel like a sports or racing car. Similarly, as soon as you release the brake pedal there is ‘creep’ and the car starts to move – this makes no sense in an electric car and again, I believe, just panders to those used to automatics.

When starting off and moving at slow speeds it would be fair to describe the travel as ‘silent’. While technically not actually silent the quietness is eerie. There is no detectible sound from the electric motor, and the noise from the tyres is little more than you would get from someone walking past.

At slow speeds the brakes are noticeably ‘grabby’ – this was commented on by each driver. This is presumably because at low speed the friction brakes are being used exclusively. This may have been particularly noticeable on our demonstrator vehicle as it had such a low mileage and the friction brakes may not have been bedded in – it’s possible we would have noticed the same effect on a brand new Clio. At highway speeds the brakes are mostly using regeneration and felt fine – very smooth. When decelerating to a stop there is a point at which the brakes necessarily transition from regenerative to friction, but I don’t notice this changeover particularly.

Leaving the dealership and starting on the test drive I found the ZOE very straightforward to drive and I had to agree with my colleagues’ comments – on the whole it is very much like driving a conventional car. In fact, given the wide range of performance and behaviour of cars, it is fair to say that the ZOE sits comfortably within that range and doesn’t stand out in terms of handling, acceleration, steering, braking, etc. for being electric.

ZOE Zen demonstrator (Image: T. Larkum)

ZOE Zen demonstrator (Image: T. Larkum)

I initially found the acceleration acceptable but not remarkable. However I realised fairly quickly that the ZOE was in ‘Eco’ mode (there’s an indicator at the bottom of the driver’s display) and switched this off (the button is to the left of the gear lever). After that I found the acceleration to be satisfyingly lively at low speeds and still perfectly acceptable at higher speeds.

The ride is good but erring towards firm – the ZOE certainly doesn’t glide over potholes or broken road surfaces (of which there seem to be a lot on British roads at the moment) but nor is it excessively jolting. Overall it gave me the impression of having suspension similar to a ‘hot hatch’ of which I’ve driven a few – a sacrifice of a soft ride to provide good handling. And the handling is good, with the ZOE comfortably managing curving and sharp corners at a range of speeds. Only a couple of times did I have the impression that the car was not responding quite as fast to steering inputs as I expected – the feeling that it was ‘heavier than it looks’. That is a largely unavoidable consequence of carrying a heavy battery pack, only partially compensated for by carrying it low and largely under the centre of the vehicle.

As touched on previously the ZOE is not silent at highway speeds – in fact it almost seemed quite noisy even in the absence of the combustion engine, though of course it’s likely that without engine noise all other noises become relatively more obvious. As well as the road noise there is also noticeable sound from the electric motor. It is much less than that of an engine but it is there. Most of the time it is just a background whirr, but under hard acceleration it produces a distinctive whine which can’t be ignored though – one could argue – it does give back to the driver some of the visceral feedback that you get from a hard-revving petrol engine. Most of the time, though, the motor just produces a background noise that is much less invasive than a combustion engine.

At one point while driving through a pedestrianised area I became aware of another sound that I couldn’t place – a bit like a low frequency rumble as though we were passing a busy factory. The salesman pointed it out as being the ZE Voice becoming activated at our slow speed. I wound down the window to listen to it. I can’t comment on its effectiveness at warning pedestrians of our approach, but as a driver I didn’t like it. I can see me turning it off, or at least choosing my own ‘ringtone’ for it (assuming I can do that) – something like a futuristic Stars Wars-style spaceship sound perhaps. Or just a music track, if that’s possible, such as Ride of the Valkyries.

[Part 3 is here]

ZOE Test Drive – 1

ZOE Zen demonstrator (Image: T. Larkum)

ZOE Zen demonstrator (Image: T. Larkum)

Yesterday, more than a year after pre-ordering my ZOE, I finally had the opportunity to take a test drive in a ZOE. The vehicle had been the showroom model but a new ZOE was on its way, with a higher specification (I imagine it will have the 17” alloy wheels and so on), so this vehicle – a standard Zen – was now the demonstrator. It had less than 300 miles on the clock.

I went with two colleagues from work to our local Renault dealer, Marshall in Milton Keynes. They had a drive each first and were both very positive about the experience. It was interesting that as passengers they commented on how much it was just like a conventional car and I would have to agree – as a passenger it was very difficult to tell it was electric.

A comment was made about how much of the noise in a car while driving is road noise – and this was an interesting point that I would have to agree with. Even though you remove engine noise, as you largely do in the ZOE, the drive is not silent because of road noise – and I think that’s particularly true in Britain at the moment due to the poor state of road surfaces. It’s great not to hear an engine, but it would not be true to say the drive is silent; it is quiet but with road noise evident at most speeds, and presumably there would also be wind noise at high speeds (though we didn’t have the opportunity to try that).

As a passenger in the back I would say that it was comfortable enough, but certainly not roomy. My colleague, at a little under six foot tall, appeared to be sitting slightly sideways to provide enough space for his knees behind the front seat passenger. Similarly, although there was a proper three-point seat belt for the middle seat, it would appear to only really be useable when there are three children sitting in the back – adults would be quite tightly packed.

Marshall Renault, Bletchley, MK with charge posts (Image: T. Larkum)

Marshall Renault, Bletchley, MK with charge posts (Image: T. Larkum)

After their drives finished my colleagues returned to work and I stayed for a longer drive. I asked to see how the ZOE was charged. It was very straightforward: a button inside releases the cover over the charging point, inside this there is a dust cover that you open by hand. The cable connector is inserted – at this point it appeared to become locked into position. Once the charge station is activated (in this case by an electronic card) the charging starts. On completion it is necessary to release the charging connector using a button inside the car – this is presumably to prevent other people (either passers-by or other EV drivers) from disconnecting you while you’re charging at a charge point in a public area.

[Part 2 is here]

A Step Closer…

My ZOE Order Details (Image: T. Larkum)

My ZOE Order Details (Image: T. Larkum)

I rang my local Renault dealer today, Marshall Motor Group in Bletchley, to arrange a ZOE test drive as a demonstrator is due in there later this week.

To my surprise I learned that my order for the ZOE had progressed through the Renault system to the point where I had been allocated a chassis number – a major milestone as far as I am concerned. I drove down and picked up a copy of the order paperwork.

Some comments on it, from top to bottom:

  • It starts with “The vehicle is expected to be delayed ie CPosAAD is > CDD” which is rather worrying.
  • “Owning account no. 037000 MARSHA” presumably is a code for Marshalls.
  • “Flag buy/lease” – it says Lease but this should be Buy, though I haven’t yet discussed finance details, etc.
  • “Date de lancement” (launch date) – I don’t understand the significance of this.
  • “Date d’affectation” (assignment date) – I guess this is when the order finally went onto the computer system.
  • “The vehicle is in factory (not yet built) with flexibility (M+2)” – apparently M+2 indicates that most options can be changed, this will become restricted when it moves to M+1, at that point it may be possible to change the choice of wheels, for example, but not the bodywork colour.
  • “Location UFLINS” – this presumably refers to the Flins factory.
  • “Fcast AAD” / “Prom AAD” – don’t know.
  • “Provisional Factory Exit Date 03/07/2013” – when it’s due to be completed, later than I had hoped.
  • “CCat DDD 29/07/2013” – Dealer Delivery Date (?), much later than I had hoped.