Tesla Chief Designer Franz von Holzhausen talks EV design on Ride the Lightning podcast

Tesla Chief Designer Franz von Holzhausen talks EV design on Ride the Lightning podcast

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It’s rare for any current Tesla exec whose name isn’t Musk to speak to the press, so Ryan McCaffrey pulled off a coup when he scored an interview with Tesla Chief Designer Franz von Holzhausen for his Ride the Lightning podcast.

Holzhausen, the designer of Models S, X, 3, Y and the Tesla Semi, discusses Tesla’s design language and the challenges of creating compelling EVs in a lengthy interview that’s well worth listening to in its entirety.

Holzhausen worked for VW, GM and Mazda before being personally recruited to Tesla by Elon Musk. Why leave a steady gig for what was then a shaky startup? “Designers always want to figure out the next thing, and the next thing at Mazda was not as interesting and alluring as what Elon was selling,” Holzhausen tells McCaffrey. Furthermore, “Everywhere else in the industry, sustainability, which was important to me, was kind of a side thing…and Elon was all in, it was do or die – we make it work or we are not a company.”

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Another thing that Holzhausen found frustrating at the majors was their habit of designing concept vehicles that are never destined to go into production (a frustration shared by certain journalists). At Tesla, his masterpieces went from the design studio to the street in record time.

Designing Model S was a challenge no auto designer had faced before. With no need to design around an engine, transmission tunnel or exhaust system, Holzhausen had endless possibilities. However, that unprecedented freedom was also a bit “scary.”

The electric powertrain allowed Model S to be designed with a tremendous amount of interior space – more than many SUVs.

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Unlike earlier EV designers, who created goofy-looking “spaceships,” Musk, Holzhausen and their team understood that car buyers wanted elegance, but also conformity. Superlative aesthetics have always been very much a part of their quest to build “not just the best electric cars, but the best cars.”

Tesla’s famous self-presenting door handles reflect a desire to make a driver’s first point of contact with the car a memorable experience, as Holzhausen told GigaOm in 2013. “It’s such a shame when you see other vehicles that that’s one of the first elements that they cost-reduced. The first contact you have is the cheapest part on the car.” (I know exactly what he means – both of the plastic door handles on my 2015 LEAF are already falling apart, although otherwise the car is in fine shape.)

Holzhausen’s involvement with his creations is ongoing. Model S has undergone continuous improvement, and both the exterior and interior have been updated several times. Tesla’s vehicles will “never be constrained by something we’ve done in the past,” Holzhausen told Ride the Lightning – there will be no “Tesla Bible” that has to be followed. It’s all about creating “beautiful products.”

Source: chargedevs.com

Karma Automotive Unveil 800 kW - 14,000 Nm SC2 EV Concept

Karma Automotive Unveil 800 kW - 14,000 Nm SC2 EV Concept

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Karma Automotive today launched its SC2 concept car during AutoMobility LA and the 2019 Los Angeles Auto Show. Featuring cutting-edge technology and design, SC2 is a bold demonstration of Karma's emergence as a high-tech mobility incubator, embodying world class luxury design and Karma IP."Karma's SC2 is a signpost to our future as a technology-driven brand. More than that, it previews our future design language, and is a thought-provoking expression of Karma's future Intellectual Property and product offerings," says Karma Automotive CEO Dr Lance Zhou. "Our open platform serves as a test bed for new technologies and partnerships, where we are to provide engineering, design, technology and customization resources others."

 

 

A striking full BEV concept, SC2 delivers an impressive 1,100 HP and advances from 0 to 60mph in under 1.9 seconds. Front and rear mounted twin electric motors deliver 800 kW peak power, with 10,500 lb.-ft (14,000 Nm) wheel torque. SC2 provides 350 miles of pure electric range, and is equipped with carbon ceramic brakes, a push-rod operated racing suspension and a Karma torque vectoring gearbox. An ultrasonic dynamic regenerative panel gives SC2 high performance handling and hand braking expected in an electric hyper car. The result is a vehicle as adept at navigating the tight curves and adrenaline-inducing straights of California's mountain, canyon and coastal regions as it suited to stun Hollywood's elite along Los Angeles's famed Rodeo Drive. "SC2 presents an optimistic and bold message about Karma's future as we enthusiastically accept the challenge of elevating experience-driven mobility," says Karma VP, Global Design and Architecture, Andreas Thurner. "In creating SC2, we have enhanced the thrill of the open road through connected, interactive patented technology, beyond that of a traditional high-performance luxury vehicle."

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Through Karma's one-of-a-kind Drive and Play® technology incorporated in SC2, automotive and gaming enthusiasts can re-live their previous drives through simulated driving experiences in their own vehicles. A triple high definition camera under the windshield and frequency-modulated continuous wave (FMCW) lidar sensors provide 360 capture of the car in motion, within a 3D environment. Simultaneously, SC2's intelligent technology captures the entire driving experience in real-time; turns, braking, acceleration, light simulations, sounds, air temperature and audio playlist. After the drive, SC2's adaptive laser projector replays the journey while the vehicle is parked, while a mounted smartphone acts as the cabin's rear-view mirror; transforming SC2 into a driving simulator where the user can re-experience their drive and fine-tune their skills. Drivers can then share their Drive and Play® experience with others, and also stream drivers' routes from around the world within their own vehicles, experiencing driving simulations at world-famous roads and race tracks. "SC2's extreme design and proportions are expressive of Karma's unique intersections of technology, performance and luxury," says Thurner. "We challenged ourselves to design a street-ready hypercar concept, using Karma's in-house IP and components. Now, through Karma's open-platform, SC2's technology can be integrated into a variety of future vehicles."

 

 

SC2 embodies Karma's distinct design identity in its stance and surface. A bespoke Vapor Gray hand-painted body draws inspiration from the brand's sleek, technology-focused future, while optimized aerodynamics leads the exterior design. Generous length from front axle to windscreen remains a distinct Karma design characteristic, while patented articulating hinge winged doors gently rising upward and forward to reveal a fiber optic headliner and stunning silhouette. Inside SC2, an I-shaped 120kWh battery is housed in the center tunnel beneath the dashboard and seats.

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Long-range radars, cameras, and FMCW lidar sensors throughout ready SC2 for a safe and realistic autonomous future, while Karma's Ultra Sonic Sensor Stalk technology supports launch control and regenerative braking, lending itself to a harmonious blend between regeneration and friction brakes. Vehicle entry is through fingerprint and facial recognition sensors. Inside the cabin, intelligent technology enhances the user experience: Biometric seats and steering wheel provide both control and comfort, 3D audio creates individual sound zones for driver and passenger, and electro chromatic glass shifts from clear to opaque for privacy and light sensitivity.

 

 

Beyond its growing technology story, Karma's current momentum is also driven by a period of rapid product introduction, including the U.S. launch of its 2020 Revero GT luxury electric vehicle, to be followed by a new Karma global platform in 2021 and supported by a rapidly increasing retail footprint.

 

Source: electric-vehiclenews.com

Adding Value to your Property with EV Charging

Adding Value to your Property with EV Charging

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There was a time when all parking spaces in a particular location were basically created equal. So long as it was fairly secure, sufficiently flat and sized to fit your car, then you were pretty happy. The emergence of electric vehicles (EVs) will likely add a bunch of value to those spaces that have an electric vehicle charger.

Home charging is a huge convenience win

The defining convenience win of driving an electric car is that it fuels itself while you are getting on with your life. You no longer find yourself detouring regularly to refueling stations when you were trying to drive to your destination, you simply “top-up” once you’re at your destination. And everyone’s number one destination is their home. It is increasingly possible to have an EV without home charging, particularly if you can charge at work, but there’s no doubt it’s easiest if you do. If you charge at home you can also better control the costs, arranging for the optimal tariff means the running costs of an EV can be ~20% of a conventional car. All of this means a home that can have an EV charger is far more valuable to an EV driver than one without.

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Does anyone care?

But there’s hardly any EV drivers, right? Yes. A small proportion of (hugely fortunate and pioneering) people currently drive EVs. But how about in 10 years time? In summary the 2020s will see an absolute explosion in EV uptake. By 2030, it will likely be the dominant mode of propulsion for cars. This means that the home with EV charging will become far more valuable to the majority - and thus a property value consideration for all.

 

See where we’re going? Be it a new build or existing development, if you’re responsible for a property, you will be potentially hamstringing its future value by failing to provide EV charging, or at least the capability to easily install EV charging. If you are buying one today, you will be saying goodbye to a large chunk of its value over the next 5-10 years vs a property that does or can have EV charging.

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Show me the money

So the only question remains how much this EV charging premium will be worth? We invite property experts to provide detailed insight here. A rule of thumb is that a parking space is typically worth 5% of your property value today, which is probably a reasonable figure to use for the first approximation. 5% of the average Vancouver BC house price ($928,000) is $46,400k. 

 

Food for thought, isn’t it?

Source: pod-point.com

IONITY increases electric vehicle charging prices 500% starting January 31

IONITY increases electric vehicle charging prices 500% starting January 31

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IONITY, a European EV charging network owned by BMW, Daimler, Ford, Hyundai, Kia, and VW Group (with Audi and Porsche) has announced that prices will be going up over 500% starting January 31 as they transition to a pay-per-kWh system.

Previously, IONITY charged a flat, fixed rate of €8 for a DCFC charging session. This was a good deal if you showed up with an empty battery and filled most of the way. If you arrived with, say, 10% battery remaining, and added 60 kWh during your charging session, then you’d get away with paying about €0.13 per kWh. For context, in France, electricity costs about €0.19 per kWh at home, and €0.24 per kWh at Tesla Superchargers. In Germany, you pay €0.30 per kWh at home, and €0.33 at Tesla Superchargers in Germany.

Starting next month, however, IONITY will be charging users a whopping €0.79 per kWh. (PDF press release). The Audi e-Tron battery is 95 kWh, so if you “filled it up” with 80 kWh, that’s €63.20 to travel probably about 160 miles, give or take. Terribly expensive.

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The UK’s Alternative Fuels Infrastructure Regulations: 2017 requires IONITY to offer transparent pricing in this manner for non-subscription users. But IONITY also enters supplier agreements with its car makers, referred to as “Connected Mobility Service Partners” (MSPs). This is a subscription service where you pay monthly to get a discounted price per kWh, and generally agree via terms of use or a privacy policy in an app to allow the vendor to harvest data from you to enable other revenue streams for the vendor. IONITY does not offer a complete list of MSPs or prices you’d pay on its website.

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Source: electrek.co

Canoo opens waitlist for subscription-only EV, offers Tesla-like referral perks

Canoo opens waitlist for subscription-only EV, offers Tesla-like referral perks

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The California-based mobility-services company Canoo has officially opened its waitlist.

Canoo will be an automaker by some definitions, with a set of unique, futuristic vehicles; but it diverges from conventional automakers in nearly all other respects. Through an all-inclusive monthly subscription fee—wrapping in maintenance, insurance, registration, and charging—Canoo members will be able to subscribe for whatever period they need the service, with no contract length or designated end date. 

The company is actually gamifying the wait. With the waitlist itself called The First Wave, potential subscribers will earn points based on referrals and survey completion, boosting their position on the waiting list and potentially earning prizes.

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It sounds somewhat like Tesla’s highly successful (and recently revamped) referral program, for leads resulting in the purchase of cars or solar products—resulting in free Supercharger credits, invitations to Tesla events, vehicle discounts, and even the possibility of winning (or earning, depending on how you see it) new vehicles.

Up until now very few automakers in the green-car realm have succeeded with subscription models. Hyundai pulled the plug in October 2018 on a subscription plan for its Ioniq Electric, and Rivian has indicated that it might offer a subscription possibility for its upcoming R1S and R1T electric trucks.  

Canoo revealed the 250-mile, 300-horsepower launch vehicle, as well as a suite of other concepts, back in September. The company was founded in December 2017 and is moving fast; it plans to launch the service in Los Angeles in 2021.

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Source: greencarreports.com

Future Proof Your EV Charging System by Ensuring Flexibility

Future Proof Your EV Charging System by Ensuring Flexibility

When you purchase a cell phone, you would never consider locking yourself in to just one provider, so make sure you feel the same way with an Electric Vehicle Charging System.

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Having options allows you to have a truly open and interoperable EV charging management platform, it also allows you to adopt an open management platform that provides flexibility and expandability.

We highly encourage you when seeking a quote from any EV Charging provider, to ask them about your obligation and freedom with software. As more and more companies are developing software solutions for EV Charging it is important to protect your charging system with the freedom to use any network with your EV system. You want to always make sure to get the most cost-effective option and not be restricted to only using one network.

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Our aim as your service provider is to deliver a service you are happy with and stay competitive in a rapidly changing market, in return we hope to keep your business, but we will always give you the option to use any network you wish. 

 

Source: EV-Solve.com

GM Cruise unveils self-driving electric car for ride sharing

GM Cruise unveils self-driving electric car for ride sharing

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Cruise, GM’s self-driving startup, has unveiled the Cruise Origin, a new autonomous electric vehicle that will power an all-electric, completely autonomous ride-sharing service.

The vehicle is a result of a partnership between GM’s startup and Honda. For a few years now, GM has connected self-driving and electrification together. At first, it started with Cruise using Bolt EV electric cars as test vehicles, but it grew into a new strategy for GM to bring to market an electric vehicle with Cruise self-driving technology. Cruise made three generations of those test vehicles, but it’s now ready to show what it refers to as a “production vehicle.”

At a launch event in San Francisco today, Cruise unveiled the “Origin”:

Cruise CEO Dan Ammann commented on the vehicle’s powertrain:

The Cruise Origin is powered by a brand-new, all-electric platform built by General Motors. It’s got what’s called redundancy, meaning there are no single points of failure across sensing, compute, networking, or power — because there’s no backup human driver. However, they didn’t reveal any specs about this new electric platform. GM confirmed that it is the first vehicle built on its latest electric powertrain technology following the Bolt EV.

Ammann claimed that the vehicle, which is modular and built to last 1 million miles, is going to cost about half of what the Tesla Model X cost to make, but you won’t be able to buy it. Cruise made it clear that this product is meant to be part of a fleet for autonomous ride sharing, not for the general public. Ammann argues the drivers deciding to ditch their car for a Cruise account could save as much $5,000 per year.

He didn’t reveal the price to ride in the Origin, but it is expected to be extremely affordable if it is autonomous, all-electric, and the cost of the vehicle is amortized over 1 million miles. A study looking at the cost of a possible ride-sharing service powered by self-driving cars showed that it could end up reducing the cost of travel to - $0.60 per mile. 

Cruise didn’t disclose a timeline to production, but Ammann said that it will start once they will achieve “superhuman” driving: We’re on track to crack the superhuman threshold in urban environments, and expect to be well past that threshold by the time the Cruise Origin enters production. We’re looking at safer roads on day one. The company claims to be close to that goal and therefore, it would mean that they are close to producing the Origin.

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Source: electrek.co

Production Lucid Air To Debut In New York This April

Production Lucid Air To Debut In New York This April

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Like many other EV startups, Lucid Motors has had a bit of a rocky ride the past few years. However, the California-based company looks like they have righted the ship, and are on course to producing their first car, the Air, by years end. 

While the Lucid Air concept has been shown on display for a few years now, we now know when Lucid will introduce the production version of their electric luxury sedan. That will take place in New York this April, during the New York Auto show. Lucid hasn't said specifically whether the introduction will occur during the show, or at a special event before the show. But we do know for sure that it's happening at or near the New York Auto Show.

Making progress

Lucid had a busy 2019 after securing a one-billion-dollar investment from the Public Investment Fund of Saudi Arabia. Since then, they have moved into a new 305,000 square-foot headquarters in Silicon Valley where they are currently building 80 prototypes for validation and crash testing. They broke ground on their new manufacturing facility in Casa Grande, Arizona, and currently have most of the structure's steel in place. They also announced a vehicle charging network partnership with Electrify America. 

Now that we have a clear path to production and expect to unveil the final design of the Air in April, Lucid is now focused on engaging with potential customers and really showcasing what differentiates our all-electric luxury sedan from the competition. - Doreen Allen, Director of Sales, Lucid Motors

We reached out to Lucid for comment on the recent announcement and was told that the company is now shifting on engaging customers since they are on a clear course for production before years end. To be specific, Lucid plans to begin producing production versions of the Air in early Q4 2020, and have customer copies rolling off the production line before the end of 2020. To that end, Lucid recently lowered the (fully refundable) required deposit amount from $2,500 to $1,000. Interested persons can make their reservation on Lucid's website.

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When Lucid first broke onto the scene, they estimated the Air's base price to be $60,000, before incentives. That was for the base version which was rear-wheel-drive and had a 75 kWh battery. There were also all-wheel-drive versions with 100 kWh and 130 kWh battery packs, and the top-spec version boosted 1,000 horsepower. It's unknown if Lucid has changed the price, the specifications or configuration offerings. We'll have to wait until April to get all of those important details. 

 

Source: insideevs.com

THE CYBERTRUCK DOESN’T NEED SIDE VIEW MIRRORS

THE CYBERTRUCK DOESN’T NEED SIDE VIEW MIRRORS

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The new Cybertruck doesn’t need side view mirrors because it has something much more advanced and simpler than those. It has cameras. Check out the image below to see an up-close photo of the Cybertruck’s side-view cameras, which are located just above the tires. These cameras make things so much simpler. Raise your hand if you always had to adjust those side-view mirrors in previous vehicles. No more!

The cameras lend a sense of conveniences and simplicity as well as safety.

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Some questions do arise since this is rather new tech in a pretty much antiquated industry. New or different is rarely embraced with open arms. That can certainly be said for Tesla in many areas, ranging from its sales model (selling directly to customers and eliminating the dealership) to the touchscreen it put in the Model S to the design of the Cybertruck. Skipping mirrors and using cameras instead makes a lot of sense, but will it be allowed?

Will the cameras work in all conditions? Seemingly, at least as well as the current system (looking in mirrors to see behind us) works.

The Cybertruck will not be here yet — for at least another couple of years. I reserved the Single Motor RWD Cybertruck, which would be great for travel and craft events throughout the state — so I am looking forward to seeing how Tesla advances just in the next two years. We have already seen how much faster Tesla is as it gets larger (prime example: Gigafactory 3) and hopefully by then Autopilot will have advanced quite a bit as well. It’s something to look forward to.

Perhaps those side mirrors may actually return. Or perhaps they’ll go away forever. Who knows? What we do know is that the Cybertruck (and Tesla) are here to stay and the innovation isn’t stopping.

 

Source: EVObsession.com

Rivian’s VP of Propulsion

Thermal issues are the dominant limiting factor for maximizing EV performance

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Richard Farquhar, Rivian’s VP of Propulsion spent 15 years as Powertrain Director at McLaren Automotive, designing and developing some of the highest-performance propulsion systems in the world for sports cars, supercars and hypercars – first internal combustion engines, and more recently hybrid and electric systems. For the next chapter of his career, Farquhar “desperately wanted to be at the forefront of electric propulsion systems for electric vehicles, which is undeniably penetrating our industry right now.” So, he joined Rivian as VP of Propulsion and now leads all of the engineering teams for the company’s powertrains, batteries, power electronics and thermal systems.

During our interview, Farquhar described overcoming some interesting engineering challenges, including designing an EV that can be submerged in one meter of water, what it claims is the highest volumetric energy density battery pack in the world, and a symmetrical drive system with four identical motors and drives.

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However, when we asked about the limiting factor for various EV specs (acceleration, towing capacity, fast charging, etc.) the dominant challenge always landed on the mitigation of thermal issues.

“To bring the best out of battery electric vehicles, we need excellent thermal control and thermal management, and that’s something we focused on a lot to really maximize performance and efficiency,” Farquhar said.

“EV system design is always about trade-offs and optimization, and thermal management always comes right to the top of the list. In terms of the corner cases of EV performance, whether it be DC fast charging, power deployment at a constant rate, or towing and high torque, it comes down to thermal limits in the electric motors, the inverter and the battery.”

Rivian’s solution is to separate the liquid cooling system into three loops and use “some intelligent valve control” to maximize the cooling potential and achieve the highest performance.

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“The battery has a dedicated circuit with heating and a chiller so we can intelligently prepare the battery for the optimum temperature for whatever it needs to do,” explained Farquhar. “If we’re in a very cold environment, we can heat up the battery temperature to maximize its efficiency and therefore the vehicle’s range. The same principles go into the separate circuit for the traction system to keep the motors and inverters at an optimum temperature. The motor and inverter has a water-glycol circuit to cool the stator and the power electronics. Then the third loop is for the passenger cabins and the heating, ventilation and air conditioning circuit. So, for those three separate circuits, we’ve got intelligent valves and control systems to optimize their performance.”

Rivian says its vehicles will also use intelligent control elements through its connected car controls. So, if you’re on the way to a DC fast charger, for example, the vehicle will determine the optimum temperature condition the battery en route.

Farquhar said that Rivian’s first vehicles are currently in the validation, reliability and durability testing phase with “tens” of production-intent vehicles, and the company is set to launch production at the end of next year.

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Source: chargedevs.com

Protect Your Car & Your MPG This Winter

Protect Your Car & Your MPG This Winter

Winter is not going to be the best time of year for your car. Winter is when everything sort of falls apart, especially for cars with bigger batteries. Unless you like the extremely short night’s and the cold weather, you’ve probably been wishing the weeks away until you can finally get to see the sun again.

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But, the summer months are always better for driving around, and some of you will absolutely hate winter because of how much trouble it creates on the road as well as the impact on your electric range. Even if the weather isn’t that bad, the roads always seem to be worse when there’s not as many light hours in the day. We want to show you how you can make sure the outside of your car stays in perfect condition this winter, so that when the summer comes around, you’re cruising around in a near showroom perfect car.

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Protect Against Bad Weather

Bad weather is what all car enthusiasts dread. There’s bad weather in terms of the snow, which is yet to come, but may well happen before we see the summer sun. It turns some cars into Bambi on ice, such as BMW and Audis. Rear-wheel drive cars suck, so it might be worth getting some chains for the wheels to help to add more traction.

What you will have seen more of this year is rain. It creates rocks as well as leaving your car muddy and dirty. And a car with clean emissions should also have a clean exterior. Roads are potentially full of loose stones that could chip the paint on your car. Cquartz coatings is a highly effective wax-like coating that would protect your paintwork all year long. It gives it that luxurious gloss finish and is far more effective than a basic wax you might get with a car wash. That stuff pretty much does nothing!

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Avoid the Mayhem

Mayhem on the roads is getting worse each year, especially during the winter months. At night time it’s as though people forget how to drive just because it’s dark. The same goes when it’s raining, which we’ll see a lot come the summer anyway. We’d always recommend avoiding the main highways during rush hour traffic and during bad weather. Take public transport, you’ll reduce your environmental footprint and probably end up saving yourself some money! If you have a brand-new car or a car you really value, this is such a good idea!

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Keep Up with Maintenance

Maintenance of your car is key during these months where you’re probably not going to be driving as much. You should be topping up the oil and windshield washer water levels, as well as the water for the engine. Checking the tire pressures and treads before you do a long journey is also essential and pays benefits in fuel economy. As long as you can do these simple things, your car should keep running throughout summer without any issues and deliver you the kind of mpg you expect.

Source: cleanfleetreport.com

Check Out Tesla Model Y Testing In Winter Storm, Deep Snow

Check Out Tesla Model Y Testing In Winter Storm, Deep Snow

The Model Y heads up over Donner summit and conditions are not good.

There's nothing quite like the white-knuckle, heart-racing feeling of passing a large semi-truck on the highway in deep snow. As you can see from the video above, this Tesla Model Y prototype is out testing in the slippery stuff. In addition, it's dark, reportedly storming, and the all-electric crossover is heading up over Donner summit in the Sierra Nevada Mountains in California.

The above could all prove to be a recipe for disaster, but that's exactly what Tesla needs to assure that the car is appropriately tested prior to beginning deliveries in the near future.

It's often hard to tell how bad a storm is when watching video footage, but you can see that the picture isn't good. Regardless of how much snow is actually falling, it's clear that the roads are in rough shape, the snow is relatively deep, and there are lots of tire tracks in the snow, which can prove difficult to deal with. It's also obvious that the roads haven't yet been plowed.

Tesla vehicles like the Model 3 have proven a reputation for handling well in the snow. This is especially true of those with dual-motor all-wheel drive. There's no reason to believe the Model Y will perform any differently, but it's still nice to learn that Tesla is putting it through the paces.

Video Description via Christopher Radoff on YouTube:

The eYe of the Storm, Tesla Model Y, in the wild. on 80 eastbound going over Donner summit in the storm.

Source: insideevs.com

Hummer to be reborn as GM electric pickup truck

Hummer to be reborn as GM electric pickup truck

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We’ve often accused the legacy automakers of lacking imagination, but now we see that at least someone at GM has a sense of irony. The company’s first announced electric pickup truck will be called a Hummer.

GM will not be reviving the Hummer make, which choked to death in 2010, but will sell the Hummer pickup under the GMC brand.

The Wall Street Journal reports that the e-Hummer “is likely to be sold in small volumes as a rugged, jeep-like pickup truck for off-road enthusiasts,” according to “people briefed on the strategy.” It’s expected to go on sale by early 2022, and will be among the first of several large electric SUVs and pickup trucks from GM.

GM will build this beast, and other electric trucks, at its Detroit-Hamtramck assembly plant, which was marked for closure before the company announced plans for a $3-billion renovation in October.

WSJ says GM plans to run an ad for the new irony-mobile during next month’s Super Bowl.

Aside from the headline-grabbing comedic aspects of the announcement, this is a milestone because it represents a 180-degree turnaround for GM. Until recently, most electric offerings from non-Tesla brands have been small, practical cars, which, as any marketer will tell you, hold little appeal for US buyers. Now GM is going to electrify the biggest and baddest surrogate sex organ in the auto industry. No specs have been announced, but it’s safe to assume that the e-Hummer will boast plenty of horsepower and towing capacity.

A Sierra Club official once said the Hummer “embodied the worst impulses of the American auto industry.” Could it someday become a symbol of a new, more sustainable direction?

Source: Wall Street Journal

Pre-Orders Tell A Story

Pre-Orders Tell A Story

In November Ford debuted the all-new, all-electric Mustang Mach-E SUV. Reservations for the 2021 Mustang Mach-E First Edition model are officially full. Other models, such as the Premium edition and the GT, are still available for a $500 deposit. The MSRP on the Premium lists for $50,600 and the GT starts at $60,500. Ford did not specify the production numbers for the First Edition, but has said it plans to build 50,000 units during the Mach-E’s first year.

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The Ford Mustang Mach-E comes in five trim levels: First Edition, Premium, Select, California Route 1 and GT/GT Performance. The Premium and First Edition will be available in late 2020 with the Select, California Route 1 and GT/GT Performance arriving in early Spring 2021. The design cues are pure Mustang, with a long hood and short rear overhangs. The LED headlights are slim and frame the front nose, which has active air shutters on the lower fascia. The sequential, tri-bar LED tail lamps are true to the current (and historic) Mustang design.

The pre-orders also offer an interesting look at what Mach-E customers like:

  • Carbonized Gray is the most popular color choice, with 38 percent choosing it; Grabber Blue Metallic, 35 percent, and Rapid Red, 27 percent.

  • More than 80 percent of U.S. customers are reserving Mach-E with an Extended Range Battery, which promises up to 300 miles of range depending on the model.

  • About 55 percent are opting for all-wheel drive.

  • Almost 30 percent of U.S. customers are choosing the Mach-E GT.

  • More than a quarter of all reservations are coming from California.

The only disappointing thing is that the first Mach-E will not be available until the end of 2020.

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Source: cleanfleetreport.com

The Five Most Affordable Pure Electric Cars

The Five Most Affordable Pure Electric Cars

2019 Nissan LEAF S (not the LEAF Plus)

2019 Nissan LEAF S (not the LEAF Plus)

According to a recent AAA survey, 40 million Americans say they are considering an electric vehicle for their next car. Perhaps you are one of those so-called EV-intenders. If so, then the key to going electric—and finally kissing gas stations goodbye—is finding an all-electric model with the right combination of driving range, comfort, and affordability.

Here’s the good news: Even if you’re a budget-minding car buyer, you don’t have to put off buying an electric car. With some willingness to re-think your assumptions, there’s a highly affordable EV for sale—between about $20,00 and $30,000—that can meet your needs and satisfy your tastes.

The recent trend among EV-producing carmakers has been to use bigger batteries offering more range. It’s exciting to see models like the Tesla Model 3, Chevrolet Bolt, Hyundai Kona, and the Nissan LEAF Plus granting a driving range of more than 200 miles. Unfortunately, the privilege of owning a 200-plus-mile range commonly costs about $40,000 or more.

So where does that leave buyers who want to go electric but at a mainstream price? In good shape, actually. We believe that there are at least five viable options in 2019.

Best EV Below $30,000

We would argue that the number one best option is the 40 kilowatt-hour, 150-mile Nissan LEAF, which sells for $30,000 before incentives. After federal and local credits, the net price could drop to around $20,000. That’s an attractive price for a capable and spacious four-door hatchback.

To maintain this price, you’ll need to select the S trim, which lacks some of the bells and whistles offered by competitors. And you’ll have to resist the 62 kilowatt-hour Nissan LEAF Plus variant that increases the range to 226 miles. The upper trim and big-battery versions can increase the price by $7,000 or more. But if your primary goal is acquiring an affordable EV, the 150-mile version will provide more range than you’ll need on a daily commute.

The LEAF S is a compelling and capable all-electric hatch offering tremendous value. Give it a test drive to see for yourself.

The Perfect Middle Ground

If you want more style than the LEAF provides—and can give up about 25 miles of range—then turn your attention to two other fantastic all-electric options with a net price in the low-$20,000s. The Hyundai Ioniq EV and Volkswagen E-Golf are two sporty electric hatches, with 124 and 125 miles of range respectively.

2019 Hyundai Ioniq Electric

2019 Hyundai Ioniq Electric

While 125 miles is obviously below the latest generation of EV’s 200-mile capability, it’s more than enough to kill range anxiety. Think of the electric Hyundai and VW models as right-sized and well-priced.

There’s a strong argument that buying a 200-mile EV means spending thousands of extra dollars for battery capacity than you’ll seldom use. Why shell out the money only to lug around the excess weight?

But there’s an even stronger aesthetic argument. From our perspective, the Hyundai Ioniq Electric and Volkswagen E-Golf are two of the most attractive EVs available—certainly in the sub-$30,000 price range.

The Ioniq EV offers standard 100-kW public Quick Charging that can refill its battery to 80 percent in less than 30 minutes. The Ionic EV is also deceptively spacious, offering five more cubic feet of storage than a Prius liftback. Hyundai sells the Ioniq electric car for $29,500, which after a federal tax incentive, drops the price to $22,000. It’s available throughout the United States.

2019 Volkswagen E-Golf

2019 Volkswagen E-Golf

There are rumors that the 125-mile, all-electric VW E-Golf will be discontinued in 2020 when Volkswagen starts rolling out new battery-powered models. But until then, we believe that the VW EV is among the best handling and most attractive cars in its class. The E-Golf costs a couple of grand more than the Ioniq but is still enticing at $31,300 before incentives.

The electric Golf particularly shines in zero-to-30-mph sprints, making for lively daily commutes and a cheap thrill when turning tight corners at speed. The combination of 199 pound-feet of torque, taut handling, and a tight suspension is a winning formula.

Think Small

Finally, there are two even more affordable all-electric cars—although with some compromises and limited availability. The tiny, two-seat Smart Electric Drive only goes 58 miles on a single charge. But before you quickly dismiss the possibility of the electric Smart, consider that it sells new for $23,800 before incentives. The 2019 version will be the last year of the diminutive EV before Daimler, Smart’s owner, pulls the plug on US sales of the Smart.

2019 Smart Electric Drive

2019 Smart Electric Drive

By the time you deduct the federal tax credit of $7,500 and local incentives, you could get behind the wheel of a brand-new pure EV (albeit in a small form) for below $15,000. While 58 miles of range can be restrictive, it all depends on the length of your commute. If you’re driving fewer than 40 miles in a typical day—as most Americans do—then the Smart could be your ticket to emissions-free driving. Besides, the Smart Electric Drive is fun and cute.

2019 Fiat 500e

2019 Fiat 500e

The remaining option is the adorable Fiat 500e. Compared to the Smart, the Fiat electric’s bump up to 84 miles of range expands the type of trips you can take—while adding the practicality of a small back seat. That said, the extra range and comfort make the 500e relatively pricey at a $33,000 starting price. Nonetheless, the combination of government and dealership incentives can bring the price of a new 500e into the low $20,000s—a damn good deal for a zippy, stylish, all-electric commuter.

The challenge with both the Fiat 500e and the Smart Electric Drive is limited availability in a few cities, mostly on the west coast. However, the Nissan LEAF S, Hyundai Ioniq Electric, and Volkswagen E-Golf are available nationwide. What are you waiting for?

Source: Plugincars.com

‘Cut your energy costs day’

‘Cut your energy costs day’

Save money on your energy costs

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Today January 10th we celebrate ‘Cut your energy costs day’. Here at EV-Solve we look forward to a brighter and better future with zero emissions. 

At EV-Solve we rely on Energy Audits which helps buildings prepare for Electric Vehicle readiness. 

What if your building is constrained? Sometimes even with an adequate load management system, your building simply may not have enough spare capacity to facilitate a suitable EV charging system.

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So, what can we do?

This is where we must look at your building as a whole. We work together towards improving the efficiency of your building and working towards net-zero energy buildings. This could prove to be an ideal time to conduct an energy study in accordance with A SHARE (The American society of heating, refrigeration and air conditioning engineers). 

With an energy study, it will allow you to clarify how much capacity your building has available now, outlining potential energy saving actions that are possible and provides a financial analysis. By recognizing opportunities to improve the efficiency of your buildings, this in return may allow us to free up electrical capacity to facilitate an EV charging system. Again, looking at the bigger picture here, we see EV charging as another element of your sustainability goals, by tying all your sustainability goals and practices together we can ensure your building is ready for the future. 

For more on Energy Audits, visit bes-canada.com today, and cut your energy costs.

Source: BES-Canada

Turn any car into an Electric Vehicle

Turn any vehicle into an EV with Electric GT’s crate motor conversion kit

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Conversion shops are the bespoke tailors of the EV world – maverick motorheads who craft custom creations for the wealthiest of car lovers. The California company Electric GT has created a “crate motor” that’s designed to make it easier for professional converters or even ambitious home mechanics to electrify vintage ICE vehicles.

New York Times reporter Lawrence Ulrich drove a vintage Fiat 124 Spider conversion equipped with one of the company’s powertrains. The e-Spider packs 120 hp and 173 lb-ft of torque. It makes 60 mph in about 7 seconds – 3 seconds better than the gas version’s best. A 25 kWh battery pack mounted in the trunk delivers a 75-85 mile driving range. For larger vehicles, Electric GT can provide packs with up to 100 kWh of capacity (the company salvages batteries from low-mileage Teslas).

“The idea is to take something old and mix it with something new, with good design and engineering behind it,” co-founder Brock Winberg told the Times. “A lot of guys go out in a classic car that’s 40 or 50 years old, but it’s a one-way trip – they get a ride home with AAA,” added his partner Eric Hutchison. “This is for enthusiasts who love their cars but want something reliable that’s good for a weekend drive.”

Electric GT’s system is for those who love to drive. It’s designed exclusively for manual-transmission cars. A self-contained “black box” includes a motor and its control unit, and is designed to be installed under a vehicle’s hood. One quaint touch: the system is designed to resemble a vintage V-8 engine, with faux cylinder heads and orange sparkplug cables.

Electric GT told the Times that even a skillful hobbyist should be able to electrify a vehicle in only 40 to 50 hours, equipped with a basic set of tools, an engine hoist and the company’s manual. The plug-and-play components are designed for safety and simplicity. “We’re taking out all the brain work of having to be an expert in battery safety or electrical management,” Mr. Hutchison said. “You can treat it like a normal engine swap.”

Electric GT’s crate motor is sure to make conversions easier and cheaper, but they remain the domain of wealthy car lovers. System prices start at $32,500 and can exceed $80,000. Converting a classic is usually a project for someone who wants to keep a beloved old car alive, Hutchison said. “It’s the guy who says: ‘I already own three Teslas. Now, how do I get my classic Jaguar electrified?’”

Source: New York Times

Sony's Concept Electric Car

Sony has thrown their hat into the ring, showing off new concept electric car

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Sony surprised the CES audience today with a new concept electric car, the VISION-S prototype.

Sony shared a few details of the prototype, which is meant as a showcase for Sony’s technologies for the automotive industry.

Sony focused on three aspects on the car’s technology in its presentation – safety, entertainment, and adaptability.

Under the safety category, the VISION-S prototype includes 33 sensors to monitor the outside and inside of the car.  Sony wanted to “prove the viability of sensing features” by including its sensors on the car, and demonstrate the capabilities of Sony’s solutions for the automotive industry.

Sony’s second focus was to demonstrate how its technologies can benefit in-car entertainment systems.  The VISION-S includes “360 reality audio” for an “immersive audio experience” inside the car. There is also a giant panoramic screen across the dash, similar to the Byton which is also being showcased at CES. This pairs with two screens attached to the back of the front seats, for rear passengers.

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Sony intends the car to be adaptable as well, with a “software-oriented design.”  The car can be accessed via smartphone app, updated through over-the-air updates, and the car’s interface can be personalized for each driver.  This adaptability also applies to the car platform, which could be used for various car types in the future, including SUVs and vans.

As for specs, Sony claims the car is capable of delivering 400kW (536hp) of power through an all-wheel-drive system powered by two electric motors.  This allows 0-100km/h (0-62mph) acceleration of 4.8 seconds and a top speed of 240km/h (149mph).

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Sony developed the prototype in cooperation with several companies, who they thanked during their presentation.  These included Magna, Benteler, Bosch, NVIDIA, Continental, Qualcomm, ZF, Elektrobit, Blackberry, Gentex, and HERE.

Sony mentioned nothing about availability or price in the presentation.

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Source: electrek.co

Tesla Electrifies 20 New V3 Superchargers In Canada

The latest batch of about 20 V3 (250 kW) stations was launched simultaneously.

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Tesla owners in Canada received a gift for Christmas as the company added about 20 new Supercharging stations, basically completing the coast-to-coast highway.

Moreover, all the latest Supercharging stations are equipped with the latest V3 units, capable of supplying up to 250 kW of power.

According to supercharge.info, most of those new sites have 6 stalls, some have 8 stalls.

The remaining Supercharging stations (out of the several dozen total in Canada) are V2 (usually up to 120-150 kW, some are 72 kW).

Tesla Supercharging network - December 2019

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New Tesla sites (source supercharge.info)

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