Comparing the Active E, Model S, and the Roadster, a deep dive from an owner (Electronaut in the case of the Active E)

Almost ALL EVs are fun to drive. You can’t say the same for all ICE (gas) cars.

However, there is obviously a pecking order and this is obviously one man’s opinion (and ONLY one man’s opinion, I’m sure that my better half will have her own opinion of all three vehicles). The models being compared are a 2008 Tesla Roadster 1.5, 2011 BMW Active E, 2013 Tesla Model S S85 (firmware as of today’s publication February 2014 v5.8.4 (1.49.57)).

However, I found one of the best analogies of the differences between driving a Model S and a Roadster through a Retweet by J-C St-Pô

ModelS vs Roadster : Model S is the Enterprise Next Generation but the Roadster is Luke Skywalker bombing through Death Star pure emobility

— Ulrich Hopp (@Talkredius329) September 18, 2013

So… What does that make the Active E… I would put that closer to a Tie Fighter. Needs a Star Destroyer or Death Star to get from place to place and no long range flight or warp capabilities.

Aside from the SF analogies, how do we compare three vehicles that continue to be near and dear to my heart.

Let’s look at the three vehicles in eight categories. Range, Speed, Maneuverability, Telematics, Infotainment, Integration with Work, EV Efficiency, and Cost.

Range

With just the raw range, the Model S is the hands down winner for this category as the expansion of the Supercharger Network and the speed with which one can recharge at these Supercharger stations makes it a moot point, for long distance charging. Living thirty miles from the Hawthorne Superchargers makes this a potential refill before topping off at home for the fastest recharge of the 265 miles that the Model S can go. At home I have NEMA 14-50 and 6-50 outlets that provide me with 40 Amp charging for either the Model S and the Roadster and the car can turn around quick enough to make range a non issue.

The Roadster with its 170+ miles of range is also rather easy to fill up. Living near several Tesla Stores and Service Centers that still have the 70A Roadster High Power Wall Chargers (HPWC) give me the public option to top off rather quickly. Furthermore the NEMA 14-50 and NEMA 6-50 outlets at home will let me recover faster than my 30A J1772 EVSE from Chargepoint.

So, the Active E must be the loser in the range battle, right. Well, not really, with a 240V plug at both ends of a daily commute, living in Southern California with ready access to many public J1772 stations, the Active E is a solid contender for this title for traveling within the Los Angeles Basin. I have done several 140 mile days with no real problem and even a few 300+ mile days.

Though the Model S is the clear winner, the other two vehicles do a decent showing in my garage. As I’ve said about the Active E in the early days of “ownership”. The range of the Active E is unlimited, as long as you have access to electricity AND the time to wait for it to recharge.

The Model S has 3 points, Roadster with 2 points, and the Active E with a point.

Speed

Well, how do we measure speed? Top Speed? 0-60 MPH (0-100 KPH)? Yes and Yes.

So, the Roadster is built for speed and though the P85+ will challenge the Roadster, our S85 is NOT a P85 or P85+. The Active E is quicker than MANY vehicles on the road, but not as fast as either the Roadster and S85.

So, Roadster 3 points, Model S 2 points, and Active E has a point.

Maneuverability

Maneuverability is a function of size and handling. The Model S is a great car. It’s just too big for me. It’s nimble and everything, but, so are both the other two cars. The Roadster is small, nimble, and quick. But it’s tiny and hard to see. It makes driving the Roadster harder to drive day-to-day. The Active E is just right. It’s quick. small, but easy to see and spot.

When driving in traffic, the Active E is the best one of the three. The Roadster is in the middle and the Model S is in last place.

So, Active E 3 points, Roadster 2 points, and Model S has a point.

Telematics

The Telematics of the vehicles become a more complicated calculation because the Roadster, as originally equipped had no Telematics. However, thanks to our friends at openvehicles.com and the development of OVMS, the Roadster is comparable to other modern EVs. You can read my original post on telematics to compare the Active E, Nissan Leaf, and Tesla Roadster. So, how do we score the Roadster. It’s my blog and post, so I say that we rate the Roadster WITH OVMS as that’s the only way to really get the most out of this category for the car.

Telematics on the Roadster equipped with OVMS is top-notch. Once configured properly and the correct SIM card plan is purchased from AT&T, it works great, however, it costs $100 a year to keep the service going. The Active E included the Telematics for the entire two year program and the Model S has yet to determine whether Tesla will begin to charge for that.

The Active E has had its problems with the iOS My BMW Remote App in the past and just recently took out support on iPads. (Now, the car is going back to BMW NA on the 23rd, so I can forgive them for that.)

The Model S has an API that has allowed folks to control the car better with the VisibleTesla project (as well as the github for it here) and the GlassTesla App for the Google Glass that pretty much gives the Model S owner multiple avenues to control and view the status of the vehicle.

This is a hard one for me to score as it is such a critical feature for the car and one of the Telematics feature that I often use has been the SEND TO CAR feature that Google Maps supports. The big car manufacturers have allowed end users to send a destination to their vehicle. Tesla does not currently support this, but all current BMWs with BMW Assist have access to this and therefore the Active E has this capability as well. However, the new version of Maps has this feature currently disabled, so it’s a non-issue.

Here is a picture of the Active E receiving destinations from Google Maps

All three iOS versions of the Telematics Application overlays the vehicle location on a map. Both OVMS and Tesla’s Model S will show you the vehicle location anywhere that you have Internet access. The Active E application limits one to view the location of the vehicle when you are about a mile away from the vehicle. Once you are further, the vehicle will not be displayed on a map. This deficiency is a drag on the capability of the Active E Telematics.

The preconditioning controls and remote charge start/stop of the Active E is better than either of the iOS versions of the Tesla Controls. However, the Roadster can be configured to chargestart and the like via SMS and the Model S can be schedule charged using the VisibleTesla application. The Active E allows one to schedule a delayed charge start as well as start to precondition the car. The difference in Active E preconditioning from Tesla Model S preconditioning is the Active E one actually warms up (or cools down) the battery to ensure that it gets to an ideal temperature and then takes care of the cabin. Whereas the Model S one just takes care of the cabin. The Roadster does not allow for either preconditioning cases,since I live in mostly ideal weather part of the country, where it is rarely too cold or too hot, it’s a non issue. One of the drawbacks to the Active E is its lack of community support it for App development, so in totum, it’s a wash.

So, as configured, Roadster 3 points, Model S 2 points, Active E 1 point.

Infotainment

With the big touch screen we should just hand the Model S the top score.

Not so fast. One thing that we can count on is the fact that the Roadster does hold the bottom part of this section. How could the Active E score better than the Model S in THIS section?

1) iPod integration.

The Active E has one USB port, the Model S has two USB ports, and the Roadster has a solo iPod 15 PIN connector. The Model S port only allows for music to be played on a USB drive on it OR use the port to charge an iPod/iPhone on either USB port. The Active E port can read music from a USB Drive or support an iOS device to play from its directories. Playlists and everything. The Roadster will allow an iOS device to play, but it will not support charging a modern 15 pin device. Score one for the Active E.

2) Auxiliary port connection.

If you don’t have an iPod or music on a USB drive, can you connect any audio device via an analog connection. Both the Model S and Roadster is a no. However, the Active E includes that in its package. This means that you can even bring a cassette player in the car… Not that I ever did, but I could have.

3) Sirius Radio.

The Model S can get Sirius XM on it. However, you have to spend $2,500 to have the capability added to your build. (This is a $1,550 increase over the original price for the package). Both the Roadster and Active E have this built in and works just fine.

Am I just ignoring all the cool Internet Radio things that the Model S has? Not really, I just feel that all that cool Internet Radio gets eliminated by the practically nonfunctional AM Radio in the vehicle. I live in a major metropolitan area and like to listen to AM Radio for my Local Sports Talk and when the Lakers are playing. That station AM 710 KSPN Los Angeles does have a streaming feed that works fine for talk radio. However, because of their licensing, they do NOT broadcast the Laker game. Granted the Lakers have not been playing well this season. But it still is content that I wish to receive that I have difficulty doing so on the Model S. Additionally, we’ve been living under the threat of losing the cool Internet Radio stuff, so don’t really feel like counting on that.

So, surprisingly, the Active E takes the lead here and the Model S takes the second spot with the Roadster third.

Integration with Work

This is a funny section for most people that are comparing vehicles, but when you drive as I do and commute as far as I do, it is important that I am able to conduct business calls, etc. while I drive. A critical first feature to this integration is Bluetooth.

All three cars can connect to a bluetooth source and play music from a bluetooth source. Both Teslas can only connect and stream to one bluetooth device, whereas the Active E can have MULTIPLE bluetooth devices connected to the car. A primary and secondary telephone as well as identify one of these sources for bluetooth audio streaming. When using Siri on an iPhone 4s, the audio will play through the vehicle. I don’t have that happening on either Tesla. Granted, I may not be doing this correctly on the Model S, in which case the Model S still fails BECAUSE of the requirement to only connect one device at a time via bluetooth, instead of having a standby device be recognized and paired. Therefore, on a long commute, when I need to make a call, there is a delay for me to get back to my entertainment when my call disconnects. Especially since I may be streaming my iPod through the same connection that I am making calls with it.

Here is the Active E set up to connect to two bluetooth devices at the same time.

The BMW allows me to see my text messages, emails, and service messages on the screen while I drive. Additionally, I can have the vehicle read these out loud for me.

Emails on the BMW Active E

Granted, the Model S does have that large browser on the screen, but it really isn’t safe to load Outlook Web Access while driving.

Internet access is obviously much better on the Model S, but the Active E is no slouch either. The Model S Internet is currently free, but this is under threat of changing “any time” so, the Active E can hold its own under these conditions.

Internet Apps on the Active E

Reading the news on the Active E

And on a last note, bluetooth audio calls are best on the Active E, not so great on the Model S, and downright poor on the Roadster, which is also how I ranked them on this section.

EV Efficiency

How do I measure EV efficiency? Vampire Drain and how well the car does sitting idly and plugged in waiting for me to drive. My driving style isn’t the most Eco Friendly in the world, but I’ve been able to sustain 4.1 Miles per kwh (or 244 Wh per mile) for a 50 mile commute on the Active E and yet to do that on either Tesla. The Model S is just too heavy and the Roadster is too fun. So, Active E on top, Roadster in the middle, and Model S at the bottom. Though it was a tough one between the Roadster and the Model S as the Roadster sounds like a racket and quite inefficient when it is charging itself and the energy losses when it is parked is greater than any vampire drain for the Model S (and I’m currently on 5.8)

Cost

This is an unfair competition as we received our gently used Roadster as part of Tesla’s Certified Pre-Owned program and with the 37,000 mile and 37 month warranty that goes with it it makes the Roadster the hands down winner in the cost department. The Active E with the unlimited mileage lease could have taken the lead, but I discounted it because it is a lease. The Model S was definitely the most expensive of the three vehicles to own and operate… Though after three years, perhaps the Roadster would be more expensive. We shall see.

Winner

If we tally up the points, the Model S is at the bottom with fourteen points and we have the Active E and Roadster tied at seventeen points each. How do I pick a winner?

That’s easy… It’s me… I get to choose which car to drive depending on what I’m doing that day (unless it’s the Roadster, in which case, I have to borrow it from the better half.)

Seriously, the three points that the Model S is deficient in can easily be fixed with a Software Update after the 5.8 that it currently has in firmware. A software patch can be sent out to that vehicle to give it better Bluetooth handling or be able to read the file system of a connected iPod to the USB port. These sort of things can easily bridge the three point gap between itself AND either the Active E or the Roadster. That’s what makes the Model S amazing.

I’ve already voted for these vehicles with my pocket book. We’ve purchased the two Teslas and committed to the Active E for the two years that we’ve been fortunate enough to lease it.

Now, if only Tesla added coat hooks to these vehicles, they would be perfect.

EV Thanks on Thanksgiving 2013… 50,000 all electric miles!

So, my favorite EV News site at transportevolved.com asked what do you have to be EV Thankful for… (Interestingly they’re based in the UK, but with a LARGE audience of the American EV Community)

After over 21 months of EV driving and meticulous postings of my electric mileage, it’s finally happened. Sometime in the past few weeks I’ve passed 50,000 all electric miles of driving!

I would have been more precise, however. Sharing EVs with my wife, I can’t tell which are her driving miles versus my driving miles. I do know that I drive 95-98% of the time, so I can claim most of the miles.

So… What does that mean… Well, I’ve calculated a cost of approximately $0.008 per mile since I’ve moved to Solar power on my roof. Well, let’s assume that with the addition of the Tesla Roadster and Model S to the fleet, my costs have gone up to $0.012 per mile. I’m using this figure because both the Roadster and Model S exhibits more Vampire Drain (defined as the energy consumed by the EV while idle) than the Active E has in its approximately 48,000 miles of service. So, using this figure, let’s say that we’ve spent approximately $600 during these 50,000 miles. Well, I’ve used paid EV Charging Networks as well. Not too often, but enough to approximate an additonal $50, let’s double this figure to be really conservative. So, we’re talking $700 for the 50,000 miles. Now, if we had driven all those miles in our least expensive ICE (Internal Combustion Engine (gasoline engine)) car was at $0.15 per mile. These same miles would have been $7,500 in energy costs.

So, I guess after 50,000 miles, I have at least $6,800 to be thankful for.

What else do I have to be EV Thankful for… Frankly, living in Southern California has given me the ability to choose amongst the widest selection of Electric and Plug-in Hybrid vehicles on the market. I’ve been lucky enough to have been able to drive this gallery of electric vehicles.

Ranging from failures like the Coda (which I reviewed early on the blog’s existence) and Fisker Karma.

Coda

Fisker Karma

To California Compliance limited production run EVs such as the Honda Fit EV and Fiat 500e.

Honda Fit EV

Fiat 500E

Is the Spark EV a compliance car or production?

Chevy Spark EV

To hand converted beauties like the ZElectricbug.

ZElectric Bug #1

To full production EVs, like the Mitsubishi iMiEV, Ford Focus EV, Nissan Leaf, Smart 3rd Gen ED, and my latest temptation the BMW i3. Not pictured are the Chevy Volt, 2nd Gen Toyota RAV4 EV, and the Plug-in Prius.

Mitsubishi iMiEV

Ford Focus EV

Nissan Leaf

Smart 3rd Gen ED

BMW i3

And of course, our EV fleet… The Tesla Roadster, Tesla Model S, and the one that got me hooked on EVs our BMW Active E.

Our Tesla Roadster

Our Model S

Our BMW ActiveE

So… EVeryone in the EV world. From rEVolutionaries and those that are curious (join us, the water is fine)

Happy Thanksgiving!

Announcing… The new blog title

Since I first started publishing my thoughts on this blog, I had chosen the title

My ActiveE made me Accidentally Environmental

The trials and tribulations of a BMW ActiveE driver in Southern California

Well…

As I indicated in a previous post, we’re adding to our focus… I would have been happy to pursue more experiences with the Active E, solely, alas, I am finally letting go of the idea that I may be able to keep my Active E. The i3 is launched and scheduled for delivery in the United States (if my source at one of the local LA dealerships is to be trusted) on March 18, 2014. (Yes, the day after Saint Patrick’s Day.)

So… Without further delay…

My ActiveE made me Accidentally Environmental

And Tesla made me a rEVolutionary!

It was either that or

And Tesla Model S is the vehicle that BMW should have made

The importance of Telematics…

After over twenty months of driving electric vehicles (EVs). I was thinking of advantages that EVs have over internal combustion engine (ICE) cars.

One of the things that I feel is critical to have in a production Electric Vehicle is proper telematics. Telematics is the intersection of telecommunications and information. The ability to monitor and get feedback as to the status of the vehicle is a feature that I think should be supported by all EVs.

What are some baseline features of Telematics that I would like to see from EV manufacturers.

1) Support for Multiple Mobile devices as well as the Web.

2) Near real-time status updates of the vehicle and its current state.
A) Battery Charge Level
B) Charging/Not Charging (Plugged/Not Plugged)
C) Estimate of how long charging will take

3) At least several years of access to the systems should be included with the price of the car.

Granted, this post is occurring before we’ve picked up our Tesla Model S, so I’ll have to provide an update with that one later.

As many of you know, I recently installed the Open Vehicle Monitoring System on my wife’s Roadster. So, I can now compare BMW’s My Remote with the OVMS system on a Tesla Roadster 1.5. Additionally, I have been experienced with the Nissan Leaf Carwings system as a function of being “tech support” for my 60+ mother in her 2013 Ocean Blue Nissan Leaf SV (OB-8).

First, I will be using the iOS version running on an iPod Touch and/or iPad, unless I specify otherwise.

So, how do they compare?

First, the My BMW Remote Application and Active E.

1) BMW has an application for iOS and Android. No access via the web or Blackberry.

2) Near real-time status updates of the vehicle and its current state.
the My BMW Remote provides good feedback of this status on the iPod Touch version by giving the user the “Status from: Date and Time” on the upper right of the application. The iPad version only gives the “Status from: Date” on the same location. It makes the iPod Touch version an edge even between the same mobile OS.

As above, the iPod version

and the iPad version [NOTE: I edited out the map on the left corner for the location]

A) Battery Charge Level

BMW does provide this, but it’s been somewhat unreliable. For example, most recently, I was unable to get any of this status on the iOS application from October 23, 2013 to October 29, 2013. It finally started working again.

if the status is frozen, have to hit the refresh button to get a refresh. And it’s hit or miss whether that works.

B) Charging/Not Charging (Plugged/Not Plugged)

The My BMW Remote does show this status and enable one to change the scheduled time of charge as well as initiate a charge directly. It also monitors whether or not the car is plugged in at the location.

C) Estimate of how long charging will take

The My BMW Remote does a good job of providing this feedback in the same manner as the vehicle does as far as when it expects to complete the charge to 100%. It Actually provides the hour:minute estimate of how much time is left to complete the charge. However, this algorithm is actually toward 99% charge and not full stop as the slow down for the last few minutes can last a while if the user wants to unplug when the car is completely stopped its charge.

3) At least several years of access to the systems should be included with the price of the car.

This is not an issue on the Active E as the close end lease from BMW will run out before access to these systems are in place.

OTHER FEATURES AND OBSERVATIONS.

The My BMW Remote App requires the end user to enter a PIN code every time the application is launched. This can be annoying, but the more paranoid would enjoy the security of such a feature.

Additionally, the vehicle’s GPS coordinates will be provided ONLY if the vehicle and the mobile device are “close” to each other (

Older versions of the application allowed the end user to unlock the vehicle, this has since been removed. [added 2013-11-07 The feature still shows up but directs users to CALL BMW Assist]

The end user can start preconditioning of the vehicle remotely, once again the challenge is the actual connection between App and vehicle can be unreliable. [added 2013-11-07 The end user can also SCHEDULE the preconditioning and charging behavior through the App, but it is somewhat unreliable, I personally set these before I leave the vehicle which is why I had an oversight.]

It’s nice that the Application tells the end user the battery temperature, the outside temperature, and the inside temperature of the vehicle. In SoCal, this is used to COOL the cabin down before picking up the car, I’m sure in other parts of the country it is used to HEAT the cabin before getting to the car.

[added 2013-11-07 The user can also link their vehicle to their Google account and send Map destinations to the vehicle via the registered email address of the car. I believe this is a capability of newer BMWs, not just Active Es. I use this feature sporadically, as the others which is why I had the oversight. The Address is received by the vehicle as a “Service Message”]

Lastly, the end user has the option of loading the office and home locations and the application automatically computes whether the end user has enough range to get to either location with the SOC of the vehicle.

Second, the OVMS Application and the Tesla Roadster

The Open Vehicle Monitoring System was launched approximately two years ago (November 2011) and constant improvements have been occuring. In fact, there is a thread on Teslamotorsclub.com that discusses the Technical improvements to OVMS.

I recently chronicled my install of OVMS on the blog.

I installed the formerly current release I believe it was 2.3.2 (prior to the release of 2.5.5 on October 28, 2013) of OVMS firmware in our Roadster 1.5. The behavior and features available to each instance of OVMS is constrained by the vehicle that you connect it to and the firmware release of OVMS.

More information on OVMS can be found on openvehicles.com.

1) Support for Multiple Mobile devices as well as the Web.

OVMS has Apps for iOS and Android. Additionally, it can be configured, controlled, and monitored using SMS.

2) Near real-time status updates of the vehicle and its current state.

OVMS tells you on the upper right hand the status of the data. Live means within a minute of looking at the app. The product updates to a server graciously donated by the teslamotorsclub.com for folks to host their OVMS status. When the antenna is green and lit up, it’s good.

A) Battery Charge Level
B) Charging/Not Charging (Plugged/Not Plugged)
C) Estimate of how long charging will take

OVMS does a great job on A) and B) but C) is constrained. This is probably a vehicle by vehicle challenge as I don’t remember seeing whether our Roadster tells us how long it will take to charge to “full” (i.e. based on the mode that you have the Roadster set to (Storage, Standard, Range, or Performance).)

3) At least several years of access to the systems should be included with the price of the car.

Nothing is free on OVMS except for the development effort (which one should really support AFTER purchasing the necessary pieces, etc.) Give what you can to the guys. They really made the Roadster a more modern EV with the Telematics that was added.

I’m still discovering what we can do with it and I do enjoy the difference in the interface between the iPod and iPad. In the iPod, the screens are paged to three different pages. On the iPad, it uses the whole screen.

iPod screens –

and on the iPad

Showing progress on the better half’s drive on the way home…

Note that the car icon shows that her lights were on while she was driving in the evening (on the iPad version.)

OVMS also uses the feedback available on the connection to the vehicle to alert the user via text message or the app when the car stops charging unexpectedly. This is useful when one needs to ensure that one gets a full charge. The BMW My Remote does not do this and I often rely on Chargepoint or Blink’s networked EVSE to provide this intelligence rather than the vehicle’s feedback.

The support on teslamotorsclub.com by markwj is top notch. He single-handedly beats out BMW on the Telematics support. As I mentioned between October 23-29th the App was inoperative without a peep to the user community and Mark replies within several hours (the guy is in Hong Kong, so please be cognizant of when he “should” be sleeping.) Recently, we had a connectivity issue that was reported [starting with my post here and resolved in subsequent posts] on teslamotorsclub.com and the user community was able to give feedback to each other to ascertain that the problem was NOT to our individual instance, but something “in the cloud.”

Top notch product and service. Yay user community!

We still have not taken delivery of the Model S, so I’ll have to update on that when we do (coming soon…)

Third, CarWings and Nissan Leaf.

1) Support for Multiple Mobile devices as well as the Web.

Carwings is deployed on iOS, Android, AND Blackberry. It’s kind of cool in that. However, the command structure seems to employ either SMS or a query/response system between the user App, a server, and finally the vehicle.

2) Near real-time status updates of the vehicle and its current state.

As a result of this query system, one must be cognizant of the Updated field in the middle of the application to see when the status was polled from the vehicle.

If you do not set the Application for auto-poll at start up, you need to initiate one.

Then wait for the response to get the update.

A) Battery Charge Level
B) Charging/Not Charging (Plugged/Not Plugged)
C) Estimate of how long charging will take

Aside from the pause, stop, start, nature of a manually requested polling system, the Leaf and Carwings knock A – C out of the park. It gives a status on what speed the vehicle is charging at, an estimate of how long it will take to charge over differing conditions, it lets you know easily whether the car is plugged in or not, whether it is charging, or not, etc.

3) At least several years of access to the systems should be included with the price of the car.

At time of lease (this is my mom’s vehicle that we’re reviewing.) CarWings was included for three years. Nissan has announced that European ones will be free past their initial period, I have not really paid attention to the US Nissan program, so I really shouldn’t comment on that.

I really enjoy the configurations for Carwings to NOTIFY the user via email and text messaging of the charge status whether the charge was interrupted or not. Additionally, the user can configure the vehicle to recognize (via GPS) when the vehicle is near a preferred parking location that it should plug in at. For example, since my mother is >60 years old, we have it set to notify her (and me) when she’s home and forgot to plug in.

This particular feature combined with the stopped charging notifications that we set up on the car enabled me to remotely diagnose when my mother’s 2013 Nissan Leaf started to exhibit the 6.6kw charger problems that was reported with earlier batches of the vehicle. This then enabled her to take the time to get the vehicle back to Nissan for service.

My mother loves the ability to remotely engage the cooling (warming) features of CarWings so that she can initiate cabin control when she is a few minutes away from her vehicle.

Telematics is an important part of the EV experience. It is this feedback experience that enables EV drivers to be more “in tune” with their vehicles than their ICE counterparts and allow EV drivers with a superior experience on the road.

[added 2013-11-07 In the interest of covering other EVs, here are links to Jamie Mueller’s Ford Focus EV blog for what Ford allows its EV drivers to do:

It’s refreshing to see such capabilities demonstrated on so many vehicles.]

DIWHFOC… Or… Welcome our Roadster to Telematics enabled EV driving.

So, DIWHFOC… (or Do It with help from online community) project for the Tesla Roadster is the implementation of the OVMS (Open Vehicle Monitoring System).

Had some challenges with the initial install, specifically in getting the SIM card to run on GPRS. Thanks to the folks that have created OVMS it was really quite straightforward.

So, what were my challenges.

First, I picked up a SIM card from AT&T and activated it on the Pay as You Go 10cent per minute plan. I tested on an original iPhone, which was a mistake because it defaults to try to connect as a smartphone, so that doesn’t work.

Second, I forgot to activate the 200 message plan (for configuration). Each command uses TWO text messages as you send a command and the box replies (using two messages), if you forget to buy the $4.99 200 message plan, you end up using $0.40 per command.

Third, the GPRS stops allowing access to the commands when you reach $5 or less. So, the combination of forgetting to activate the 200 text message plan AND finally trying GPRS after the balance fell below $5.00 meant I was stuck sending commands, but NOT being able to use GPRS.

After I recharged again (to go above $5.00), then it started to work.

Any useful hints… Instead of using a cell phone to text commands to the OVMS Module at setup, you might want to consider using Google Voice or some web based SMS program. The reason for this is this will allow you control of the module from your registered number via various devices easily rather than passing along the syntax of COMMAND PW in a text message. There are arguments both ways about whether this is secure or not, the most secure thing would be to unplug OVMS when you don’t want to use it. Then again anyone can text command your Roadster if they know your number and password.

So, a picture IS worth a thousand words.

Here is what it looks like before AND after the install (on the passenger side)

Here is a picture of the box installed at the footwell of the Roadster.

Here is the link to the full set.

I opted to follow the instructions to install the antenna behind the passenger seat. So, I did tuck the antenna wire around the door and up to behind the seat.

Here is where I plug in the DIAG port to the OVMS box.

Tucking in the DIAG port and OVMS cable back in the trough between the driver and passenger.

Ran the antenna cable as decribed in the guide. I installed the antenna behind the seat and ran the cable back to the box through the gasket and door panel. It is a little tough to pull the panels, but it does give way and come back.

Tuck the slack around the space before you plug the antenna into the OVMS bug.

Then tuck it all into place.

Test on the app, and it should all work.

National Plug in Day 2013… Over 200+ EVs in Long Beach

Been on a trip for a few weeks and finally had the time to do my homage to National Plug in Day… Apparently, this is the third year of the event, so I’ve attended three of these events over the past three years… However, I did TWO events last year, so not really the same, is it.

In 2012, I went to two events in two different locations in the same day. The El Segundo one and the Cypress one. This year, I had a flight to catch to Dubai later in the evening, so I could only attend one event.

So, I picked the one in Long Beach.

They did a really cool thing at this event and had a space in the front of the event to highlight one of each vehicle that came by for the event.

It was definitely much bigger than either event last year.

The event was well attended and well organized. Adopt-A-Charger was opening a new sponsored charger at the California State University Chancellor’s office in Long Beach. They were demonstrating the Tesla Roadster that was listed on eBay as a donation to Plug In America. It’s a pretty sweet little red Roadster.

There was also a Nissan Nismo Racing Leaf in attendance. Didn’t get to drive it, but got some cool pictures of it.

There were speakers, including Plug In America’s Paul Scott (also known as the guy who was given his money back when he publicized what he would spend to speak to President Obama).

and EV Advocate Chelsea Sexton

and others (this year, I got to meet the “other” Lowenthal that represents me in Long Beach, Bonnie Lowenthal whose ex-husband, Alan Lowenthal, was at last year’s event in Cypress.)

It’s reassuring to have representatives of my district both in State and Federal level be “EV” friendly. Here’s to hoping that more will represent us in other parts of the country.

The challenge with being in such an EV friendly location is that it skews ones perception of the “challenges” of EV adoption. I suppose, “act locally and think globally” is an appropriate slogan here. However, let’s contrast this once again to the EV situation in the Middle East. It would be foolish to think that we would convince folks in the Middle East to abandon oil. However, there is no reason for the middle of the United States to be as devoid of EVs as the Middle East. However, it is important to note that the challenge will become similar to the Middle East situation as the United States becomes one of the larger net producers of oil and gas with the discoveries of oil reserves throughout the Bakken, Barnett, Eagle Ford, Marcellus Shales and others.

Oh, and for the full flickr set… Click Here

EVs in the Middle East?

So… I was going to post about my Plug In Day 2013 experience in Long Beach this year, but I had a funny thought as I sit in the Club Executive Lounge at the Jumeirah Beach Hotel in Dubai waiting for my ride (probably a fully kitted out Lincoln Navigator) to the airport to catch my flight to LAX via London.

I was in London for business last week and was disappointed at not seeing any EVs in the Congestion Charging zone and being within a few blocks walk of the Park Lane BMWi dealership. Business does get in the way of my EV obsession.

So what was the funny thought…

I wondered where the nearest “official” Plugshare charging station was from my hotel. I was wondering whether it would be within a BMW Active E, Tesla Roadster, or Tesla Model S range…

Turns out, yes, just not easily!

Have to cross borders and find other “un-official” places to charge, but the AC power in the countries in the region would have charged any of the cars as well as any other country, one just needs to carry the EVSE with you. This ability is another thing that Tesla Motors does better than other US EV manufacturers. I say US EV manufacturers because in Europe, they actually carry their plugs with them, so, I suppose that’s similar to the Tesla method.

What do you get when you carry your plug with you? Well, you get to plug in to many different sockets. The Tesla Roadster UMC or Tesla Model S MC are adapters that handle between 110-240v of charging at amperages that go from 12 Amps to 50 Amps continuous. The Active E used to be rated to get 7.2 kw per hour charging from a compatible J1772 station (this has since been hobbled via software to ensure compatibility with more public charging stations.)

So, have I seen any EVs in Dubai. Expectedly not. However, I was disappointed in not seeing any in Central London. My British EV friends really need some help to convince their fellow countrymen to step up.

UPDATE FIVE HOURS AFTER INITIAL POST:

Saw an Advertisement for Nissan Leaf at the Dubai International Airport Departures Terminal 1… Strange… Then again, they may be advertising CarWings… (does Nissan use Carwings on ICE vehicles?)

Tour de Tesla 2013

So… No Active E coverage on this post… ALL Tesla!

What fun things can one do with a Tesla Roadster…

Well, this past Sunday, September 8, 2013. I took the time to join some fellow Tesla owners on a 52 mile drive around Los Angeles County whilst escorted by 12 police cars. It was a fun drive that started off at the Tesla Supercharging station.

We took a great route starting off at the Hawthorne Superchargers…

There were a lot of Model S

and a few Roadsters

The route took 125 Teslas about 50 miles around LA and a fun time was had by all.

View Larger Map

The difference between Active E drivers and Tesla drivers is sheer numbers. There are 700 total Active E Electronuts and at this event, there were 125 Tesla drivers. Some came as far as Arizona and Oregon. I think I overheard that someone flew in from Belgium for the event.

However, I have to say that Tesla folks are also Electronuts! It was nice to meet some folks and I took on a passenger, Jim, who is awaiting delivery of his Black on Black P85+ Model S that I’m going to have to get him to show off when he gets it.

Here is a link to my pictures.

Here is a link to pictures from a thread on www.teslamotorsclub.com.

[edited 2013-09-04… Added this link from my passenger Jim and his friend Mark… Still waiting for Jim’s P85+ to arrive from the factory!]

AND Finally…

Two days without Roadster #40…

So, after playing with Roadster #40 for two days, we had to bring it in to Tesla for service because of the aforementioned charging disaster on the first day.

Funny enough, there was a new article on Tesla’s service at greencarreports.com that was published today as well. We must all be bringing our Teslas in for work.

So, initial reactions after one full day in service and being notified that Roadster #40 won’t be coming home after two days in the shop… I guess we’ll have to make do with the slower Tesla for a loaner…

Basically spent a vacation day driving around LA and giving rides to family members and friends. A day with a loaner Model S is quite fun. The P85+ is really quick (and smooth), but the loaners are limited to 80 miles per hour. 0-60 is plenty quick and it reaches 80 and stops there.

Did over 200 miles of driving yesterday. Even made a stop at Hawthorne for the Supercharger station. It was not charging as fast as when fully operational because three of the five chargers are out of commission. Still, a lot faster than the Active E.

Got there at 4:35pm and started charging at 5:20pm.

Stopped at 6:39pm. I went for a max charge (or until there was someone waiting for a charge.)

Not as fast as promised (construction woes), but a heck of a lot faster than the Active E.

The rest on Flickr.

I’ll hold off on reviewing service until they’re done. But I can at least assert that after two days of driving a Model S for my daily drive and a bit more that I am assured that our order for an 85kwh Standard one was the right decision. There are still stuff about the S that bug me, but it is a rather well-built vehicle.

Welcome home Tesla Roadster #40… And first disaster…

So, I announced a few posts ago our intent to bring home Tesla Roadster Signature 78. We hit to visit, test drive, and wait… And wait…

Apparently during the pre-delivery inspection (PDI) process they noticed that the motor was making an out of spec noise. It turns out that the solution to the problem is a replacement motor. It was going to take about three weeks to get tis problem fixed.

So, Tesla made us an offer to swap out #78 for #40.

If you looked at our initial picture from the previous post on Roadster 78, Roadster 40 is behind me in the picture.

So, what are the differences between 78 and 40? Frankly, color of the interior and 40 did not have a hardtop. Oh… And mileage, 78 was closer to 21,000 miles and 40 has closer to 2,200 miles. Since the problem was found late and prior to delivery, Tesla offered us a swap of 78 for 40. We deliberated and agreed to the swap with some other adjustments. Namely, we wanted the same hardtop to move from 78 to 40, so Tesla agreed to move it with a price adjustment to cover the hardtop.

Front

Back

Author with that specialized EV Grin known as a Tesla Grin

A View of the Tesla Roadster from its sibling in our garage, the current star of this blog, the Active E… Yes, the one that made us Environmental members of the rEVolution.

Our first day with the Tesla Roadster was awesome. I had planned an ambitious drive and asked the store to charge the vehicle using Range Mode as I was looking at a 170-180 mile range first day to drive around the Los Angeles Basin to show family our new addition. It was suggested by our contact at the sales center (and current Roadster owner) that this might be ambitious for a first day, I capitulate and drove down our itinerary. We ended up with a 120-130 mile drive that was excellent. We arrived home with about 81 miles ideal range (about 70 miles of estimated range).

It was great driving the car around. This warm end of summer day and when we reached home, we decided to try our various charging set-ups. We have an MC240 to use with our Roadster 1.5, this is the pre-cursor to the UMC that has universal ports and supports a NEMA 14-50 on one end and the Roadster plug on another. This runs at 30 Amps and we plugged it in. The port went from white to Red and we encountered the dreaded “Powertrain Problem, Service Required, ID 287” fault. Thinking that we had a bad MC240, we tried using the CAN (a J1772 to Roadster Adapter that is all too elegant) from HCSharp. Adjusted the Amperage to 32A, the maximum that our EVSE can handle, dropped it down to 16A then finally 12. Still the same challenge. This was perplexing and unnerving. We just picked up the car about six hours prior. Numerous attempts and checks with no joy. Even went so far as to use the included 120V mobile charger at 12A (this would be 20-40 hours from empty to charge a Roadster), still with no joy. Same reaction and error.

It would seem that there are a lot of Roadsters with this particular challenge, and Roadster 40 is no exception.

So, called Tesla Service for Ranger Service and was promptly told that the chances were slim to none of getting anyone to pick up until Tuesday. (it is a Holiday on Monday, Sept. 2, 2013). Went scrambling back to Google and read, and read, and read on the teslamotorsclub.com website. And found differing challenges that people had faced and what their resolutions had been. It was a long list of things. And feeling defeated, dejected and downright depressed over the woes of first generation EV car company purchases, we went to sleep.

Flash forward to early morning 9/2/2013. It has been a very hot weekend, and I was jolted awake by the rustling of my better half. I thought to try to just plug the car in. 120V at first. Voila. It worked. 12A, but it started to take the charge. Feeling a little better. I thought to swap out the 120V for the MC240V at 30A, and that started to work as well. Thus, you find me here reporting our success to you, our fine reader. In fact, prior to publishing this post. I went back to the garage to check on the ideal miles on the Roadster (as it still charges), rather noisily compared to our Active E (a negative mark for the Tesla Roadster), shows that it has increased 26 miles since I plugged it in about an hour ago? Not really sure as I was QUITE asleep when I first ventured to plug it in again.

So, what was the resolution? I suppose it was to let the car “cool down” and/or “dry up” before having the charge cycle start. We ran the HVAC unit all day since we got the car and there was a post regarding moisture and the same error (I’ll re-edit a link to this once I find it again.) Or something. Either way, I need to get back to sleep.

So, as the house cools down, I find sleep beckoning again and I think I shall return to slumber.

The tan interior is warm and inviting, so if you don’t see updates on the blog for a while, we’re just busy EVangelizing with our two EV car family!

For more Tesla Roadster pictures (both 78 and 40), though I suspect there will be more 40 as the years progress. Click here for Flickr.