Green NCAP releases the assessment results of seven vehicles with a range of powertrains: three electric vehicles from Tesla, Renault, and MG, three hybrid cars from Mazda, Mitsubishi, and Alfa Romeo, and one purely petrol-powered car from BMW, all recently introduced onto the European market. The results of these vehicles may answer some of the questions that consumers ask themselves when buying a new car: for example, do hybrids fulfil the greener expectations of their technologies? Green NCAP reveals that unless manufacturers make a strong commitment to sustainability by lowering emissions, and fuel consumption, and increasing efficiency, then cars may not be as green as they claim to be, independent of the powertrain.
Green NCAP encourages consumers who are interested in lessening environmental impact to pay attention to the finer details of their future car’s performance. It is critical that new buyers consider independent consumer information to achieve a greener choice aligned with their driving preferences. The label of ‘hybrid’ does not automatically mean it outperforms a well-managed combustion-engine vehicle. Manufacturers offer various levels of hybridisation to cater to different objectives. At the same time, in some cases, more power does not necessarily result in more impact on the environment.
Aleksander Damyanov, Green NCAP Technical Manager
The Tesla Model S impresses not only for its innovative technology features but also for its attention to energy efficiency, performance, and driving range. The version tested is the AWD Dual Motor version, with 100 kWh of battery capacity and impressive power and torque output (504 kW, 842 Nm). The flagship Model S sets an example for the segment of pure electric luxury cars by displaying a high and consistent driving range of up to 630 km (about 391.46 mi) in real-world On-Road Drive, smart heat management, and high efficiency. With an uncompromised focus on efficiency and thermal comfort despite an abundance of power, the vehicle easily earns all 5 Green Stars and reaches an Average Score of 97%, just 1% less than the Model 3 tested last year.
Similarly focused on power and torque, the Mazda CX-60 is a large and luxurious SUV (Sports Utility Vehicle) and is claimed to be Mazda’s most powerful production car to date. The car is a plug-in hybrid and uses its electric powertrain to satisfy consumers’ desire for greater power which consequently has an impact on fuel and energy consumption. Its control of pollutant emissions fails to impress. In the Clean Air Index, it received a modest score of just 5.4/10. As a result, the vehicle’s average score drops below the threshold for the added robustness rating and the car is rated based only on the standard tests. The CX-60 Plug-In Hybrid receives an Average Score of 48% and gathers 2½ Green Stars.
Two mild hybrids are underwhelming in this release. The Japanese Mitsubishi ASX, a compact SUV with a 1.3 l turbocharged petrol engine is supported by a weak mild-hybrid system. Tested consumption values are around 6 l/100 km, with the demand increasing to 8.1 l/100 km in the Highway Test with full-power accelerations. Pollutants are, on average, managed well, although ammonia (NH3) and carbon monoxide (CO) emissions could be better handled. The Mitsubishi ASX earns an Average Score of 41% and 2½ Green Stars.
The Alfa Romeo Tonale is a sleek SUV with a 1.5 l turbocharged petrol engine that is supported by a 48V mild-hybrid system. Like the Mitsubishi, pollutants are averagely managed, but increased ammonia output and carbon monoxide handling are challenging for this Italian car. The consumption values depend on the situation – from around 5 l/100 km in the standard On-road Drive to 8.3 l/100 km in the Highway Test. The Alfa Romeo Tonale 1.5 VGT 48V-Hybrid obtains an Average Score of 42% and receives 2½ Green Stars.
Some mild hybrids may not be living up to their greener expectations, but electric vehicles are still delivering on their promises. In this release, the historic English brand MG celebrated a 5-star rating with its MG 5. This fully electric station wagon reaches a maximum power of 115 kW and a declared installed battery capacity of 61 kWh. As expected, the Cold Ambient Test at -7°C revealed a significant increase in energy demand but this can be attributed to a quick cabin heat-up and provision of adequate thermal comfort in cold, winter conditions. During the battery capacity test, the vehicle was charged with 11 kW charging power and the determined grid-to-battery-output efficiency impressed with 92%. The MG 5 finishes with an Average Score of 95% and 5 Green stars. Last month, Green NCAP announced its new Life Cycle Assessment (LCA) Award and Green NCAP calculations indicate that the MG 5 has a relatively low estimated LCA based on the European average and meets the criteria for this LCA award.
For some time, Euro NCAP has set to task in raising the level of safety equipment within vans & Multi-Purpose Vehicles (MPVs), however long-term sustainability should also be an important driving factor for manufacturers. In this release, Green NCAP introduces its first-ever electric MPV tested under its tough protocols: the Renault Kangoo E-Tech. This is a pure electric vehicle that offers enhanced transport capabilities for goods and is targeting small and medium businesses (SMBs). With its relatively small battery (45 kWh), the car is primarily useful for shorter distances. The vehicle lets itself down, however, with its lower grid-to-battery-output efficiency of 84% which is poorer than the usual value of today’s electric cars. With an Average Score of 90%, the Kangoo E-Tech just manages to receive all 5 Green Stars.
The only purely petrol-powered vehicle in this release, the BMW X1 sDrive18i, is a small SUV that supplies 100 kW peak power, which is the lowest among all currently offered X1 versions. Like most other fossil-fuelled petrol cars, it scores the least in the Green house Gas Index due to the CO2 emissions measured at the tailpipe. The strongest suit of the X1, however, is its exhaust aftertreatment. In the Clean Air Index, BMW shows high and robust performance and earned a very well-deserved 7.7 points out of 10. The BMW X1 attains an Average Score of 45% and collects 2½ Green Stars.
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About Green NCAP
Green NCAP is an independent initiative that promotes the development of cars that are clean, energy-efficient, and cause as little harm to the environment as possible.
Green NCAP uses a broad range of tests to address the flaws in approval tests and, through consumer information, rewards those manufacturers whose vehicles go beyond the minimum requirements and offer excellent, robust, real-world performance.
We believe that consumers need to be adequately informed about the energy consumption and related greenhouse gas emissions of the vehicle of their choice.
Source: Green NCAP
Alpha Motor Corporation’s Ride-Along Event: Shaping the Future of Electric Vehicles
Alpha Motor Corporation shapes the future of electric vehicles through customer-centric ride-along events. Experience the journey at https://youtu.be/rFkpVdyLqOA.
Alpha Motor Corporation recently celebrated the successful completion of its ride-along event, a pivotal moment in their quest to revolutionize electric vehicles. Guided by valuable feedback from potential customers who experienced the ride, Alpha is dedicated to tailoring electric vehicles to meet consumer needs effectively.
This milestone event, captured in all its glory at https://youtu.be/rFkpVdyLqOA, underscores Alpha’s commitment to customer-centric vehicle development. Following the WOLF truck’s impressive performance in the Southern California desert last summer, this ride-along event solidifies Alpha’s dedication to creating vehicles that resonate with the mainstream market.
Alpha’s ride-along event is available for viewing at https://youtu.be/rFkpVdyLqOA.Tweet
Amidst varying weather conditions and challenging terrains, the WOLF truck effortlessly navigated a designated course, showcasing its prowess in handling, speed, and efficiency. Impressively, the vehicle utilized only 20% of its battery capacity during the eight-hour event, with a speedy total charge time of just 30 minutes.
Alpha Motor Corporation aims to leverage the insights gleaned from these ride-along events to enhance vehicle development continually. By incorporating feedback from participants and analyzing driving experiences, Alpha ensures that their electric vehicles not only meet but exceed consumer expectations.
Looking ahead, Alpha plans to host more ride-along events to gather valuable feedback, further refining the driving performance of its modular EV platform. This platform, shared by various models like the WOLF+, SUPERWOLF, REX SUV, and JAX Crossover, embodies Alpha’s commitment to delivering high-quality electric vehicles with accessible design, performance, and ownership experience.
As a trailblazing American automobile company based in Irvine, California, Alpha Motor Corporation is devoted to crafting sustainable transportation solutions that benefit both people and the environment. Through cutting-edge technologies and innovative practices, Alpha is reshaping the automotive landscape, one electrifying vehicle at a time.
(Source: Alpha Motor Corporation)
Nissan’s Potential Move of Rogue Production Spells Trouble for Tennessee Factory
Nissan’s potential move of Rogue production to Japan spells trouble for its Tennessee factory and US operations.
Nissan’s potential decision to relocate the production of the fourth-generation Rogue to Kyushu, Japan, could have significant implications for its Tennessee-based operations. The Japanese automaker has communicated to suppliers its intention to achieve a “significant reduction” in parts pricing when the next-generation crossover enters production in 2026. This move comes as Nissan seeks to cut costs, with reports indicating that the company has asked suppliers to reduce the cost of parts by an average of 20%, with some suppliers being asked for reductions of up to 30%.
The Smyrna, Tennessee-built Rogue holds a crucial position as Nissan’s best-selling model in the American market. With around 6,700 workers, the Smyrna facility heavily relies on the production of the Rogue, as approximately 40% of the factory’s output comprises this model. The potential relocation of Rogue production to Japan could leave the Tennessee plant in a vulnerable position, especially considering the impending cessation of production for the Nissan Leaf, another key model produced at the facility.
Moreover, the move could be influenced by the company’s efforts to reduce costs amidst potential increases in operational expenses, possibly linked to unionization efforts. Industry analysts have expressed surprise at the magnitude of the price reduction being sought and the potential threat of moving an entire vehicle’s production to another country. This decision could have far-reaching consequences, as it may not only impact the Tennessee factory but also affect Nissan’s broader operations in the United States.
As the automaker evaluates revised quotations for the new Rogue, a decision is expected to be made in February. However, industry experts believe that if Nissan proceeds with moving Rogue production to Japan, it could spell financial trouble for Nissan USA, potentially leading to the closure of a plant. The outcome of this decision is crucial not only for Nissan but also for the future landscape of automotive manufacturing in the United States.
Stay tuned for updates as Nissan executives prepare to make their final decision on the fate of the Rogue’s production.
5 Ways to Protect Your Automotive Investment
(Family Features) Between inventory issues and climbing interest rates, buying a vehicle can be quite an ordeal, making it an investment worth protecting.
Today’s vehicles require less maintenance than ever before. You can go longer between oil changes and many tires are rated for longer travel. However, keeping up with regular maintenance remains part of your vehicle’s upkeep.
Whether you’ve purchased a new vehicle or you’re aiming to keep a car or truck you already own in good working condition, these tips can help you maintain its peak performance and appearance.
Car Wash: At least once a month, make a point of washing your car to remove built up grime. Not only is the dirt unsightly, but the mess can also damage your paint job and even the frame. This is especially true during the winter months when road salt splatters your vehicle’s undercarriage. Once the temperatures climb back above freezing, be sure to wash away the salt.
Covered Parking: When possible, use a garage or other form of covered parking. You’ll protect your paint job from harsh UV rays, and you’ll also limit exposure to bird droppings and other potentially corrosive or damaging elements in the environment, like dust and pollen.
Windshield Wipers: Visibility is one of the most important aspects of safety when you’re driving, and windshield wiper blades play an essential role. Squeaking, streaking and failing to clear precipitation are all signs your blades need to be replaced. Check wipers regularly and plan on replacing them at least every 6-12 months.
Battery: You may not think much about your battery as long as your engine is turning over and your vehicle is running smoothly. However, even a car in good condition can have battery damage. At least once a year, check for signs of battery acid. If you detect the white powdery substance around your battery terminals, disconnect the cables (negative first) and apply a mixture of baking soda and water with a wire brush. Rinse with water and dry before replacing the cables.
Air Filter: The air filter doesn’t just affect the air quality in the cabin of your vehicle. A dirty filter can also cause engine strain because it hinders proper air flow. Over time, you may even notice a decline in gas mileage and acceleration performance. Many factors affect how often you need to replace your filter, but a quick visual inspection should give you a clear idea. Your owner’s manual will help you determine how to access the filter; it’s easier than people often assume.
Find more practical tips for auto care at eLivingtoday.com.
Photo courtesy of Unsplash
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