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Recharge Wrap-up: Green Car award for Volvo XC90, MN air better from biodiesel

The Honda CR-V could return with a plug-in hybrid option. Expected to debut in the fall of 2017, the PHEV could use a 2.0-liter I4 plus an electric motor. It's possible that the new CR-V is being developed in North America, and will borrow design cues from the Honda Civic. There also could be a seven-seat version. Beyond that, details are pretty scarce. Read more at Hybrid Cars, and from Response JP. UC Davis will present findings from a CARB-commissioned study on customer valuation of zero-emission vehicles (ZEVs). Dr. Ken Kurani of the university's Institute of Transportation Studies will report on consumer attitudes toward ZEVs, and the differences between those valuations and market behavior. In Kurani's survey, respondents had the opportunity to design their own car with an in-survey game. Almost a quarter of people designed some sort of EV, including plug-in hybrids and fuel cell vehicles. Read more from CARB, or at Green Car Congress. Minnesota's biodiesel efforts have improved air quality. According to the American Lung Association in Minnesota, summer and winter blends of biodiesel have prevented the emission of 130 tons of particulate matter, 319 tons of hydrocarbon and 2,634 tons of carbon monoxide every year, as well as a total of 3.7 million tons of CO2 over the last 10 years. Minnesota requires a B10 biodiesel blend during the summer months, and B5 throughout the winter. Read more from Biodiesel Magazine. The Volvo XC90 has received the Canadian Green Car Award for Most Efficient Three-Row Family Vehicle. Beating out the Ford Explorer 2.3-liter EcoBoost and the Honda Pilot, Volvo's seven-seat crossover was chosen for its mass market appeal, and a variety of qualities both practical and green. Judges look at value, fuel economy, emissions, performance and technology among other features. The XC90 is available as a plug-in hybrid with about 17 miles of all-electric driving range. Read more in the press release below. Volvo XC90 Wins Canadian Green Car Award The Most Awarded SUV Named Most Efficient Three-Row Family Vehicle RICHMOND HILL, ON. (April 7th, 2016.) The judges of the 2016 Canadian Green Car Award announced their category winners today, with the Volvo XC90 winning the Most Efficient Three-Row Family Vehicle category. The other finalists in the category were the Ford Explorer 2.3-litre EcoBoost and the Honda Pilot.

Volvo to complete concept car trilogy in Geneva

Volvo went through some doldrums around the same time it was bought by Geely, but it proved that it was back when it unveiled the P1800-inpsired Concept Coupe last August at the Frankfurt Motor Show. It followed up with the sleek Concept XC Coupe crossover (pictured above) in Detroit that echoed the next-generation XC90. Now, the Swede is readying one more concept to bring the trilogy to an end, and act as the centerpiece of its display at the Geneva Motor Show in March.
There are no images of the new concept yet, not even a teaser, but Volvo says that like the other two, it's designed by Thomas Ingenlath and shares common design elements. Since it has already imagined a future coupe and crossover, maybe the concept is a sedan. Volvo has confirmed that it rides on the modular Scalable Product Architecture platform that is being used on multiple future production models and uses its new Drive-E four-cylinder engine family.
The Concept Coupe and Concept XC Coupe will be on display with the new concept in Geneva so that visitors can get a complete idea of Volvo's future. Hopefully, the company has finally righted the course and is ready to compete on the world stage again. Scroll down to read Volvo's few details about the new concept.

Volvo will issue world's first EV battery passport ahead of EU rules for 2027

LONDON — Volvo Cars is launching the world's first EV battery passport recording the origins of raw materials, components, recycled content and carbon footprint for its flagship EX90 SUV, which is about to start production, the Swedish automaker told Reuters. The passport was developed by Volvo, which is owned by China's Geely, in partnership with UK startup Circulor, which uses blockchain technology to map supply chains for companies, and took over five years to develop. Battery passports will be mandatory for electric vehicles (EVs) sold in the European Union from February 2027 showing the composition of batteries, including the origin of key materials, their carbon footprint and recycled content. Volvo's head of global sustainability Vanessa Butani told Reuters that introducing the passport nearly three years before regulations kick in was aimed at being transparent with car buyers as the automaker targets producing only fully-electric cars by 2030. "It's really important for us to be a pioneer and a leader," Butani said. The EX90 SUV with a battery passport is due to start production soon at Volvo's plant in Charleston, South Carolina, and will be delivered to customers in Europe and North America from the second half of the year. Volvo owners can access a simplified version of the passport using a QR code on the inside of the driver's door. Butani said the passport would be gradually rolled out to all of Volvo's EVs. A more complete version of the passport will be passed to regulators. It will also include up-to-date information on the EV battery's state of health - vital for assessing used EV values - for 15 years and will Volvo cost around $10 per car, Circulor CEO Douglas Johnson-Poensgen told Reuters. Circulor's system traces battery materials from the mine to individual cars, piggybacking on suppliers' production systems to track materials throughout the supply chain and checking suppliers' monthly energy bills - and how much of their energy comes from renewable sources in order to calculate a total carbon footprint. If Volvo brings on board a supplier, Circulor will need to audit it to keep information current, Johnson-Poensgen said. The passport has also required changes in how Volvo traces parts through its manufacturing process to understand the origins of every part in every vehicle. "Car manufacturing has never been about which rock went into which component and which got connected to which car," Johnson-Poensgen said.