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Reverse-engineering i3 shows BMW profits after 20,000 sales

"This is, without a question of a doubt, the most advanced vehicle on the planet. It's as revolutionary as the Model T was when it came out." That is exceptionally high praise, and it's not even being heaped on one of the million-dollar hybrid hypercars from Ferrari or McLaren. It's not even being attributed to a particularly zealous Tesla fan. Nope, it's coming from a mustachioed man in suburban Detroit, and he's discussing a $42,400 BMW hatchback with Forbes. Of course, said hatchback is the revolutionary i3, and Sandy Munro's statements carry some degree of authority, as his company is tearing apart and analyzing every little nut, washer and bolt on the four-seat EV. Munro's eponymous company performs reverse-engineering analysis, meaning they rip apart brand new cars and sell the information to the world's automakers, saving OEM's both time and money. The most interesting thing it has discovered thus far? That even with the high costs of two of the i3's most important elements – carbon-fiber-reinforced plastic and lithium-ion batteries – his company's analysis shows that BMW need only sell about 20,000 units a year to turn a profit, Forbes reports. While Munro's company is often contracted by automakers, he's gone it alone on the i3 project, dropping about $1 million into in-depth analysis. That's a lot of money, but the company should be able to turn around and sell its findings for about $500,000, with a batch of Chinese automakers already queued up and ready to buy. Analysis of individual i3 components will also be available from a sort of a la carte menu. To see what it is about the i3 that has Munro speaking so highly of it, head over to the Forbes website and check out the feature article and video on the reverse-engineering process. Featured Gallery 2014 BMW i3: First Drive View 33 Photos News Source: ForbesImage Credit: Copyright 2015 Sebastian Blanco / AOL Green BMW Hatchback Electric Sandy Munro

BMW X7 rumored to get BMW's best interior, 130,000-euro price

Spanish outlet Motor.es has some info on the coming BMW X7, the sport activity vehicle that will take the Munich brand to the penultimate SUV segment. Unnamed sources said BMW has been working on both the X7 and the future Rolls-Royce all-terrain vehicle for almost two years, and that in BMW guise it will ride on the CLAR (CLuster ARchitecture) platform that will make an appearance later this year under the new 7 Series. The Rolls-Royce, on the other hand, will get its own aluminum spaceframe. The two vehicles will share components, though, which are now being tested. Running gear and engines will borrow from the X5 and X6 tool chests, with rear- and all-wheel-drive configurations mooted and engines ranging from the TwinPower 3.0-liter six-cylinder to an uprated version of the 6.0-liter V12 in the 760iL. The 4.4-liter V8 is mentioned as the middle child and perhaps the base for an X7 M, should one be made. A plug-in hybrid offering could swipe the unit from the X5 xDrive40e PHEV, good for 55MPGe in that current application. The interior, we're told, will be the nicest seen on any BMW, said to surpass that of the new 7 Series. We'll have to wait two years to find out how close all of that is to the mark, but the tidbit that might need some salt sprinkled on it right now is the predicted price: Motor.es says 130,000 euros in Europe, to start. That's not the first time a sky-high price has been predicted, but a leap that far beyond the six-figure mark would readjust all of our expectations for the vehicle when an X5 cost 53,700 euros in France and an X6 costs 70,900 euros. Other outlets predict US pricing to start from around $60,000; the X5 costs $53,900 here, the X6 is $59,600.

Recharge Wrap-up: Tesla opens 50th European Supercharger, BMW smart charging in Singapore

Southeastern Illinois College wants to create a biofuel processing certification program. The school is waiting to hear about receiving $750,000 from a US Department of Labor grant that would allow it to expand its Biofuels Education curriculum to include certification for manufacturing biodiesel and ethanol. There are currently no such programs in existence, and its development would require Labor Department approval as well as input from biofuel companies. Southeastern Illinois College believes that biofuel processing certification would be a large draw for potential students. Read more at The Southern Illinoisan. Tesla has opened the 50th Supercharger in Europe. In the year since the first on was installed in Norway in August 2013, Tesla has been building the network that, like it does in the US, will allow Model S drivers to go long distances for free. There are now 168 Superchargers open throughout the world. Find more in the press release below. BMW is partnering with Greenlots to bring an open standards EV charging network to Singapore. As part of BMW's 360 Electric program, Greenlots will install public chargers and manage the network that allows BMW i owners to find and use the chargers with BMW's navigation system and ChargeNow card. The 30 possible public chargers Greenlots plans to install will use the company's SKY Smart Charging platform. Greenlots will also install the BMW i Wallbox Pure charger at customer's homes and offices. Read more in the press release below. Plug-in electric vehicle (PEV) sales are forecast to reach 1.8 million a year by 2023, according to a report by Navigant Research. Right now, North America is the biggest buyer of battery-electric and plug-in hybrid vehicles, but that should change as the Asia Pacific market is expected to outgrow it; still, the US alone is expected to have more than 2.7 million PEVs on the road in 2023. Urban areas are where we'll see the largest concentration, naturally, with Tokyo, Los Angeles and Paris having the most sales in 2023, respectively. With the increase in PEVs comes an increase in residential load on the electric grid, which is expected to rise by 33 to 37 percent. Read more at Hybrid Cars, or head to the Navigant Research website. Chinese automaker Dongfeng is now manufacturing its first mass-produced electric vehicle, the Aeolus E30. The small, two-seat urban EV has a limited speed of 50 miles per hour, but has a range of up to 100 miles.