Monthly Archives: May 2017

First drive: Smart Forfour Electric Drive company car review

Sales of electric five-door Forfour expected to overtake its two-door forerunner.

Smart is offering a four-seat electric car for the first time with the new Forfour Electric Drive.

It will go on sale alongside the Fortwo Electric Drive later this year, and it’s the five-door, four-seater Forfour that Smart believes will be the best-seller in the UK.

Although prices hadn’t been set at the time of testing the car, the Forfour should reflect other models in the range and command a £500 premium over the Fortwo, with many customers then recognising the extra value in the additional doors and seats of the Forfour.

The Smart Forfour is a joint development with Renault that also spawned the current Twingo. The Forfour Electric Drive is produced in Slovenia, with the drivetrain manufactured by Renault in France. There is no word on whether an electric version of the Twingo will be launched, but Renault already has a compact EV in the Zoe, so maybe it is unnecessary.

Potential battery range in the Forfour is slightly lower than in the Fortwo (96 miles instead of 100), with maximum power of 81PS from the electric motor and top speed electronically limited to 81mph to avoid wasting charge unnecessarily.

The car will be sold with a standard 7kW charger, meaning the car can be charged in around two and a half hours from empty using a 16amp socket. Early in 2018, Smart will launch a 22kW on-board charger, which means the Smart could be charge in around 45 minutes using a 32amp charger.

Smart had considered delaying the launch of the Electric Drive models until this rapid charging system was available, but has decided to introduce it with the 7kW on-board charger.

The Forfour Electric Drive is nippy around town and eager to take advantage of gaps in traffic with responsive acceleration. Despite being slightly less powerful than a Renault Zoe, it actually accelerates more quickly. The Forfour takes 12.7 seconds to reach 62mph from rest, while a Zoe covers the same benchmark in 13.5 seconds. It isn’t as quick as the Volkswagen e-Up, (12.4 seconds) and is also slightly behind on the e-Up’s 99-mile electric range.

Like other Smart models, there are three equipment grades: Passion, Prime and Proxy, with power steering and heated front seats standard from Prime, as well as a lane-keeping assistant.

The maximum range of 96 miles is disappointing compared to the latest models coming to market (the new Zoe is up to 200 miles). In winter it wouldn’t be surprising if this fell to 60 or so miles, with heated seats and climate control as well as headlamps and windscreen wipers adding to demands on the battery.

We can’t help feeling the company should have been a bit more ambitious and given more people a reason to switch to electric.

Source: FleetNews

BMW Q1 2017 Plug-In Sales At 4% Of Total Sales, Double Year Ago

BMW released its sales results for the first quarter of 2017, and boasted of twice higher sales of plug-in vehicles compared to the previous year.

BMW 530e iPerformance

Total deliveries amounted 19,400 (up 101%), which was a 3.85% share of the total 503,438 BMW vehicles sold during the period.

We also got some insights/splits between the BMW i and iPerformance brands:

  • BMW i – 8,098 (up 57.9%)
    BMW iPerformance – 11,302 (up 150%)

The BMW i3 is still the most popular plug-in model with 7,431 sales in Q1 (up 67%), while the i8 decreased by 3% to 667.

BMW i3

BMW Group vehicles with electrified drivetrains performed particularly well during the first quarter, as nearly 20,000 BMW i3, BMW i8 and BMW iPerformance plug-in hybrids were sold, twice the previous year’s corresponding figure.

“We are therefore well on course to delivering more than 100,000 electrified vehicles for the first time in 2017,”

Krüger stated.

Electrified vehicles accounted for more than three per cent of all BMW Group vehicle deliveries to customers in the first quarter (Q1 2016: 1.7%).

With the launch of the BMW i3 almost four years ago, the BMW Group was an early pioneer of electric mobility and has remained true to its strategy ever since. When the first MINI brand plug-in hybrid model is introduced in summer 2017, the BMW Group will have nine electrified models in its portfolio. The BMW i8 Roadster is set to follow in the coming year and the first all-electric MINI is due in 2019. In 2020, the battery-powered BMW X3 will integrate all-electric mobility into the Group’s core brand. One year later, the new BMW iNEXT is set to take to the roads. As the BMW Group’s new technological spearhead, it will set the benchmark in the future-oriented ACES fields Autonomous, Connected, Electrified and Services/Shared.”

Source: Inside EVs

The great climate silence: we are on the edge of the abyss but we ignore it

We continue to plan for the future as if climate scientists don’t exist. The greatest shame is the absence of a sense of tragedy

After 200,000 years of modern humans on a 4.5 billion-year-old Earth, we have arrived at new point in history: the Anthropocene. The change has come upon us with disorienting speed. It is the kind of shift that typically takes two or three or four generations to sink in.

Our best scientists tell us insistently that a calamity is unfolding, that the life-support systems of the Earth are being damaged in ways that threaten our survival. Yet in the face of these facts we carry on as usual.

Most citizens ignore or downplay the warnings; many of our intellectuals indulge in wishful thinking; and some influential voices declare that nothing at all is happening, that the scientists are deceiving us. Yet the evidence tells us that so powerful have humans become that we have entered this new and dangerous geological epoch, which is defined by the fact that the human imprint on the global environment has now become so large and active that it rivals some of the great forces of nature in its impact on the functioning of the Earth system.

This bizarre situation, in which we have become potent enough to change the course of the Earth yet seem unable to regulate ourselves, contradicts every modern belief about the kind of creature the human being is. So for some it is absurd to suggest that humankind could break out of the boundaries of history and inscribe itself as a geological force in deep time. Humans are too puny to change the climate, they insist, so it is outlandish to suggest we could change the geological time scale. Others assign the Earth and its evolution to the divine realm, so that it is not merely impertinence to suggest that humans can overrule the almighty, but blasphemy.

Red more: The Guardian

Nissan launches British-made home battery to rival Tesla’s Powerwall

Batteries that have powered electric cars around the UK will get a second life providing energy storage for households, with the launch this week of a British-made home battery to rival the one made by Elon Musk’s Tesla.

Nissan has partnered with US power firm Eaton to produce home energy storage systems.

The cells will be made by the Japanese car-maker Nissan in Sunderland, where its popular Leaf electric car is built, and sold in partnership with the US power firm Eaton. Buyers will be able to choose cheaper, used batteries that are no longer fit for electric car use, or pricier new ones.

They are believed to be the first British-made household batteries pitched to the embryonic UK home storage market.

The batteries inside the Tesla Powerwall were previously made in Japan by Panasonic, but since January have been produced at its vast Gigafactory in Nevada. Sonnen, a German storage company, builds its European and Australian home batteries in Wildpoldsried, Germany.

With falling costs, home storage is seen as increasingly attractive in the UK, particularly to early adopters and the 850,000 homes with solar panels.

Solar owners can make the electricity they generate more valuable by storing it in the battery and using it later instead of exporting it to the grid – Eaton and Nissan estimate such customers will be about £43 better off each month.

Batteries also make it easier for people to take advantage of “time of day” energy deals, which charge consumers less if they avoid periods when energy demand peaks, for example at 4-7pm on weekdays. Such tariffs are expected to proliferate as every UK home is fitted with a smart meter by the end of 2020.

Nissan has partnered with Eaton, a US power management company with revenues of $20bn (£15.5bn), to sell the XStorage Home systems, which are about the size of a conventional boiler.

The lithium-ion batteries will be priced from £5,000 and up, depending on the home, with installations carried out by a nationwide network of electricians beginning in July.

Read more: The Guardian

2017 Hyundai Ioniq Electric: how ‘Unlimited’ subscription really works

To dig its teeth into California’s crowded electric vehicle market, its Korean maker has rolled out an “Unlimited+” lease program for the 2017 Hyundai Ioniq Electric.

The plan mimics a subscription service, and adds unlimited mileage allowance, vehicle-charging reimbursement, and a cohesive maintenance plan to the standard lease terms, according to CarsDirect.

While most of the program is pretty cut and dried, there are a few catches that potential lessees should be aware of.

Unlimited+ could be considered a “lease with benefits,” but in fact the program really is a subscription.

Monthly payments are based on the Ioniq Electric’s trim levels: $275 for the Base, $305 for the Limited, and $365 for the Limited Ultimate.

The program does require $2,500 down, but that’s neatly offset by the California Clean Vehicle Rebate, which is $2,500 for most buyers.

Still, as the article notes, interested lessees will have to come up with the $2,500 at first before the rebate is received.

A few taxes and fees are built into the payment as well: initial taxes, title, license, and fees.

These are all covered by the dealer and then reimbursed by Hyundai, but California sales tax is the responsibility of the lessee.

What about the mileage factor of Unlimited+?

This portion truly has no catch: Hyundai will let drivers clock as many miles as they want during the 36-month term. No overage charges—nothing.

The same can’t be said for the charging benefit, though, which doesn’t offer Ioniq Electric drivers unlimited charging.

2017 Hyundai Ioniq Electric (European spec), 2016 Geneva Motor Show

Instead, drivers will be issued a credit on their account each month for three years or 50,000 miles, whichever comes first.

Monthly use will then be calculated by monthly mileage, the vehicle kilowatt-hour-to-mile rating, and the cost per kwh in California.

It’s better, but certainly not entirely “unlimited” as the program proclaims.

Finally, the maintenance benefit covers more items than you might imagine, but also isn’t “unlimited” in the most expansive sense.

Drivers can rest assured that brake pads, wiper blades, headlamps, belts and hoses, fuses, and bulbs are all covered for three years or 50,000 miles.

There’s also coverage for one 12-volt battery replacement during the term of the lease, if required.

While the program isn’t entirely unlimited in all facets, Unlimited+ does provide a few exceptional benefits electric-vehicle owners will likely take advantage of.

How it will work for drivers depends in part on how much driving is anticipated; those who clock high mileage will benefit the most from the program’s benefits.

With a 124-mile EPA-rated range, the Ioniq Electric is among the highest-range mass-priced electric cars that aren’t the Chevy Bolt EV.

Source: Green Car Reports

Diesel drivers will be paid to scrap their cars to improve air quality

Diesel drivers will receive compensation to encourage them to scrap or “retrofit” highly polluting vehicles under Conservative plans to reduce emissions to be unveiled later this week.

The Government will on Friday publish its new air quality strategy which will include plans for a “targeted” diesel scrappage scheme, The Telegraph has learned.

Ministers will also consult on plans to give people help with “retrofitting” older, more polluting diesel vehicles to reduce the levels of harmful nitrogen dioxide that they emit.

The Conservatives will warn local authorities against imposing pollution taxes on motorists amid concerns that doing so would “punish” motorists and become an election issue.

It comes after Theresa May, the Prime Minister, said last month that she was “very conscious” that motorists were encouraged to buy diesel cars under Labour more than a decade ago because of concerns about carbon emissions.

A Conservative source said:

“We will help drivers on modest incomes who bought their diesel vehicles in good faith, having been badly advised by the last Labour Government. We are cleaning up Labour’s mess.”

The Government has been forced to come up with tougher measures to target diesel drivers after losing a case against environmental campaigners ClientEarth over breaches of EU emissions standards.

Last week a High Court judge rejected an application by the Government to delay publication of its strategy until after the General Election. Ministers have decided against making an appeal.

Read more: The Telegraph

Newest, cleanest diesels in Europe can still be very dirty: analysis

It has become increasingly more evident that carmakers must take aggressive steps to ensure that diesel cars and light trucks meet current environmental regulations.

Tests done by Emissions Analytics found that the majority of new diesel-powered cars sold in Europe do not meet the Euro 6 emission standards for nitrogen oxides (NOx) in real-world use.

Worse, some of them emitted as much as 12 times the current levels when tested in real-world driving—and didn’t meet even the far lower Euro 3 standards from decades ago.

Diesel vehicles have been under more scrutiny since the world’s largest car manufacturer, Volkswagen Group, was caught using “defeat device” engine-management software to pass tests.

The deception was discovered by the University of West Virginia’s Center for Alternative Fuels Engines and Emissions (CAFEE) during independent research trying to prove that automakers could meet the NOx emissions standards.

Emissions Analytics, like CAFEE, tested vehicles independently under real-world conditions to see if they met the new Euro 6 standards. Their disturbing results are published by the EQUA Index.

The Emissions Analytics real-world tests found that only 16 of 116 diesel vehicles tested meet the Euro 6 emission standards for NOx, as depicted in the EQUA Air Quality Index chart.

Ony 14 additional vehicles would have met the standards even if the less stringent Euro 5 standards were used, giving a total of just 30 vehicles meeting a now-obsolete regulation under real-world driving conditions.

But the most disturbing part of the results may be how many cars exceeded the limits by wide margins.

More than half the 67 vehicles tested met only the decades-old Euro 3 emission limits.

Against the newly imposed Euro 6 limits, 21 of the cars tested exceeded the maximums with emissions that were at least six times the allowable limits.

Ten of the 21 worst-performing cars had emission levels 12 times or more the limits set under the Euro 6 standards.

Read more: Green Car Reports

Car exhaust pollution (Image: Wikipedia)

When will we see ‘tailpipes’ on cars as morally wrong? An Earth Day question

Economists call them “externalities.” They’re the costs of people’s actions on other people or communities—though the people taking those actions don’t have to pay for those costs, even as they harm others.

Car exhaust pollution (Image: Wikipedia)
Car exhaust pollution (Image: Wikipedia)

The emissions from combusting fossil fuels to propel vehicles are clearly a prime example.

While complaints about air quality in the Los Angeles Basin date back centuries, research established more than 50 years ago that vehicle emissions were the primary cause of photochemical smog.

That led the state of California to begin efforts to regulate tailpipe emissions—well before the U.S. Environmental Protection Agency even existed—which led in turn to the first catalytic converters in U.S. vehicles in 1975.

Catalysts spread throughout most of the automaking world over the next 20 years, hugely reducing emissions of carbon monoxide (CO), hydrocarbons (HC), and nitrogen oxides (NOx), all toxic in various ways.

It’s well established that electric cars have the lowest wells-to-wheels CO2 footprint of any near- or medium-term alternative, varying from the equivalent of about 35 miles per gallon on the dirtiest U.S. grids to more than 100 mpg on the cleanest grids.

And the carbon footprint per mile of driving an electric car declines every time the grid gets cleaner, whether from adding renewable energy sources or replacing a coal-fired generation plant with one using natural gas.

With increasing availability of zero-emission cars over the coming years, when will citizens at large start to question the idea that every vehicle has an “exhaust pipe” that just belches harmful substances into our shared air?

And when will driving a car that emits carbon dioxide every time it moves become morally unacceptable?

Read more: Green Car Reports

Mercedes-Benz ready to deliver home energy storage units

Mercedes-Benz Energy is ready for the delivery of the first energy storage units for residential use to homeowners in the UK.

The energy storage units are lithium-ion batteries based on the technology used by Daimler since 2012, in more than 80,000 hybrid and full electric vehicles.

By using the storage units, households with their own solar energy systems can store surplus power with virtually no losses. By combining renewable energy sources with a battery storage unit, households can increase their self-consumption of generated energy to as much as 65%.

Mercedes-Benz’s franchised dealer network will not be called upon to retail the systems, however.

Distribution is taken care of by a network of qualified partners such as Alternergy, Innasol and Wind & Sun, as well as with partners who offer a complete system installation, such as Solar Frontier.

“There is tremendous interest in our energy storage units in the UK. We’re very pleased to be able to offer Mercedes-Benz Energy Storage Home to customers here,” said Marc Thomas, managing director of Mercedes-Benz Energy.

Source: AM Online

BMW 530e PHEV Test Drive Review

BMW’s new 5 Series now offers no-compromise plug-in power.

On a cold, foggy morning in the Alps southeast of Munich, right along the Austrian border, I don’t notice any of the BMW 530e’s hybrid wizardry working. It’s there, silently and effortlessly and unobtrusively switching between gasoline and electric power. But seeing as how I can barely see ten feet in front of me at this point, with unexpected patches of snow and ice tugging at my confidence during high-altitude cornering, it’s safe to say my mind’s focus is elsewhere.

BMW 530e iPerformance

Down at sea level, on the flat, winding roads leading back toward Munich, I’m hustling along like I would in any other version of the fantastic new 5 Series. Like the 530i and 540i, this is an executive sedan that’s packed with luxury and an overwhelming amount of technology. And this 530e only enhances the experience with a bit more fuel economy, to boot. This is definitely the kind of hybrid driving that I could easily, um, plug in to.

Electric boost. The 530e mates a 2.0-liter turbocharged four-cylinder engine to an electric motor with a 9.2-kilowatt-hour battery. The gas engine itself is good for 180 horsepower and 255 pound-feet of torque, with the electic motor generating its own 111 hp and 184 lb-ft. BMW’s official combined system output ratings are 248 hp and 310 lb-ft, exactly like in the smaller 330e sedan. The 530e makes just as much horsepower as its gas-only sibling, but it has more torque – again, 310 lb-ft here, compared to 258 in the 530i. And because the electric oomph hits right from idle, the 530e and 530i run identical 0-60 times of six seconds flat with rear-wheel drive, despite the plug-in model carrying an extra 520 pounds of battery weight. The all-wheel-drive 530e xDrive shortens that sprint to 5.8 seconds – same as the 530i xDrive.

BMW 530e iPerformance

Increased range. When Jake Holmes earlier reviewed the 330e, he rightly pointed out that its 14 miles of electric range seems like enough for daily travels, but in reality – turn on the air conditioning or go heavy on the throttle a couple of times, and that alleged 14 miles is gone before you know it. Good thing, then, that the 530e uses a larger battery pack (9.2 kWh versus 7.6), which means it’ll do around 15% more EV driving, making it much more usable (on electricity) day to day.

Wireless charging. I’m still getting used to wireless charging for my iPhone, but BMW will soon allow drivers to wirelessly charge the entire car. Equip your home with one of BMW’s charging pads, drive the 530e over it, and juice up the battery without using the usual plug port. The details are still being finalized, but in the meantime, should you choose to use a conventional plug, the 530e will charge in less than three hours on a 240-volt (Level 2) outlet.

The only plug-in option in its class. Competitors like the Audi A6, Jaguar XF, and Mercedes-Benz E-Class don’t yet offer a hybrid alternative. What’s more, the base price of a 530e is only $200 more than a 530i, so it’s not out of reach for most would-be 5 Series buyers.

BMW 530e iPerformance

Read More: Inside EVs