Science, Tech, Math › Social Sciences 7 Green Cars Of The Future: What We’ll Be Driving In 2025 Share Flipboard Email Print Social Sciences Environment Alternative Fuels Climate Change and Global Warming Green Living Environment Health Pollution Psychology Sociology Archaeology Economics Ergonomics Maritime By Larry E. Hall Larry E. Hall has written about cars and the automotive industry for more than 25 years, with a focus on “green” cars and advanced technology vehicles. our editorial process Larry E. Hall Updated August 15, 2019 Travel to almost any major city in the world and you’ll find a familiar sight: a sheen of brown haze that hovers over the city called smog. This smog comes mostly from cars, SUVs, and pickup trucks, those things most of us drive every day. Along with the smog comes carbon dioxide (CO2), a greenhouse gas that is the primary cause of climate change. Added to this calamity is urban growth that is becoming the new way of life, and with it challenges to transportation. In America, city streets are already clogged, and the once “rush hour” traffic now starts at 5:00 a.m. and ends at 7:00 p.m. But things are about to get better. A new wave of innovation, led by carmakers and automotive-tech companies, will transform the driving experience. Don’t worry, the car won’t disappear, it will just be powered by different energies, and in some cases, take on new shapes. Concept cars are how manufactures work out ideas for the future. In an attempt to solve the issues of pollution and crowded streets, their ideas of cars of the future are they will be smarter, nimbler and safer. They also will be self-driving, monitor the person behind the steering wheel and even communicate between themselves to avoid collisions. Here are seven concept cars that could quite well be what we’ll be driving in 2025. There’s even one car that is currently in a vehicle sharing pilot program, and one, if the car company makes a commitment and is dedicated, could be on the road before 2020. 01 of 07 1. Volkswagen NILS With a 40-mile range and a top speed of 80 mph, the Volkswagen NILS would be an ideal vehicle for most urban commuters. Volkswagen The Volkswagen NILS, an electric commuter car for the urban world of the future, was designed and engineered to offer a dynamic driving experience while generating neither emissions nor noise. The blueprint followed a Formula 1 car: the driver’s in the middle, a lightweight 25-kilowatt-hour electric motor is slung out back driving the rear wheels and four freestanding 17-inch tires and wheels. That blueprint may not qualify the NILS as a performance machine, but it is lightweight. Assembled from aluminum, polycarbonate and other lightweight materials, the car weighs just 1,015 pounds. A minimalist cabin features a seven-inch TFT display that indicates speed, range, and energy flow. A second display, which is snapped into the A-pillar, is a portable navigation and entertainment unit. Thanks to a 40-mile range and a top speed of 80 mph, the NILS would be the ideal vehicle for most commuters, and a reflection of a new era. 02 of 07 2. Chevrolet EN-V 2.0 Sixteen Chevrolet EN-V 2.0 cars are currently operating in a ride share program in Shanghai, China. Chevrolet Chevrolet’s second-generation EN-V 2.0 (Electric Networked-Vehicle) may look like designers crossed a ladybug with a Transformer robot, the two-seat electric vehicle can scoot around cities at 25 mph for 25 miles with energy from a lithium-ion battery. The prototype car was developed to show the possibilities for alleviating concerns surrounding traffic congestion, parking availability, air quality and affordability for tomorrow’s cities. While the diminutive EN-V 2.0 has a standard steering wheel, accelerator, and brake pedal, it also contains a full complement of cameras, lidar sensors and vehicle-to-vehicle (V2X) technology to make many or all of the driving decisions while the driver rides hands-free. It also has features that consumers demand such as climate control and personal storage space. In May of last year, the EN-V 2.0 began a vehicle sharing pilot program launched by General Motors and Shanghai Jiao Tong University. Sixteen cars are in the program, and if you visit Shanghai, share a ride. The EN-V 2.0 opens up an exciting future vision of multi-modal transport. 03 of 07 3. Mercedes-Benz F 125! The Mercedes-Benz F 125! combines a hydrogen fuel cell system with a lithium-sulfur battery for a zero emissions driving range of 621 miles. Mercedes-Benz While it’s difficult to predict what the automotive landscape will look like in 2025, this much is certain: Mercedes will still be building luxury cars for those fortunate enough to afford them. Designed to represent what a luxury four-passenger car could look like in 2025, the F 125! is an F-Cell plug-in hybrid. Electric power for the four motors, one in each wheel, is generated on board by the F-Cell fuel cell. The research vehicle conceptually employs a 10-kilowatt-hour lithium-sulfur battery pack that can be inductively charged. Combined, the motors produce 231 horsepower and deliver all-wheel-drive traction that Mercedes is calling e4Matic. With the use of lightweight fiber-reinforced plastic, carbon fiber, aluminum, and high-strength steel, weight is kept to a minimum. The car has autonomous features, can automatically change lanes and navigate traffic jams without driver involvement. Mercedes says the F 125! can travel up to 31 miles on battery power alone, before switching to power from the fuel cell. Then the car can travel an additional 590 miles on hydrogen power before refueling is necessary. 04 of 07 4. Nissan PIVO 3 The Nissan PIVO 3’s two doors slide open like a minivan’s to allow ingress and egress in tight parking spaces. Nissan As you might have guessed, Nissan’s PIVO 3 concept follows PIVO 1 and 2. But unlike its forebears, the automaker would like to produce this pint-size urban electric vehicle that seats three. The PIVO 3 may not be able to “crab walk” like its immediate predecessor, but it has some slick tricks of its own. First, its two doors slide open like a minivan’s to allow ingress and egress in tight parking spaces. The futuristic cabin places the driver’s seat forward and to the center, flanked by two passenger seats. Power is provided by individual in-wheel electric motors, with energy provided by a Nissan Leaf-inspired lithium-ion battery pack. Rear-wheel steering allows the PIVO to practically spin on its axis, and Nissan says the roughly 10-foot-long EV can make a U-turn on a road only 13 feet wide. But the PIVO 3’s biggest trick comes from its electronic gizmos. Drivers can call into play what Nissan calls an Automatic Valet Parking (AVP) system. The system not only finds a parking space, but the car drives off on its own to park and charges itself, and then returns when called by a smartphone. The downside is this only happens in AVP-parking lots of the future, say 2025. 05 of 07 5. Toyota Fun Vii Toyota’ Fun Vii exterior is made of touch-screen panels that can be changed, based on the owner’s preferences, with a simple smart phone app. Toyota Motor Sales Toyota’s Fun Vii is unlike any futuristic concept car we’ve ever seen. The exterior is made of touch-screen panels that can be changed, based on the owner’s preferences, with a simple download of a smartphone app or by uploading an image to Facebook. When introduced to the media, Toyota president Akio Toyoda said: “A car must appeal to our emotions. If it’s not fun, it’s not a car.” The fun continues inside the 13-foot long, three passenger Fun Vii, which stands for “vehicle interactive Internet.” Like the exterior, whatever visuals you would like to see on the inside can be wirelessly painted in real-time. Then there’s the holographic “navigation concierge” lady with a cute little hat that pops out of the dashboard. She can guide you around the vehicle’s features or help find your way from one place to another. Since the car is networked with all the other cars on the road and drives itself, driving is effortless. And if all that is not enough fun, the Fun Vii can instantly convert into a video game. Toyota has no intention of building a production version just yet but says the Fun Vii is an example of technologies that it could incorporate into vehicles in the future. 06 of 07 6. Ford C-Max Solar Energi With dark solar panels on the roof, Ford’s C-Max Solar Energi has the same 621 mile driving range as the standard model. Ford Motor Co. Wouldn’t it be cool if plug-in vehicles could run on renewable energy, like sunlight? Ford’s C-Max Solar Energi concept brings us closer to that reality. In collaboration with California based SunPower Corp., Ford equipped a C-Max Energi plug-in hybrid with 300 watts of dark, slightly curved solar panels on the roof. Under normal daylight conditions, the solar panels cannot provide enough charging energy to justify the cost. To solve that issue, Ford and SunPower partnered with Atlanta‘s Georgia Institute of Technology. The researchers came up with an off-vehicle solar concentrator canopy that uses a special Fresnel lens that boosts the impact of sunlight to equal a four-hour (8 kilowatt-hours) battery charge. Think of the canopy as a carport magnifying glass. The result is, with a full charge, Ford C-MAX Solar Energi is estimated to have the same total range as a conventional C-MAX Energi of up to 620 miles, including up to 21 electric-only miles. The concept still has a charge port to power up via the grid if needed. The interesting thing is that everything is made from today’s off-the-shelf components, and could be on the road in about two years. 07 of 07 7. Volkswagen Hover Car The Volkswagen Hover Car isn’t as farfetched as it might seem. The technology to produce the car and road infrastructure is available today. Volkswagen Automobile companies aren’t the only folks that can design concept cars to work out ideas for the future. Volkswagen, which translates to “people's car” in English, launched The People’s Car Project in China, which invited Chinese consumers to submit ideas for cars of the future. One of the three design winners was Wang Jia, a student, and a resident of Chengdu in the country’s Sichuan province. She envisioned a tall, narrow, easy-to-park, emission-free two-seater shaped like a very large tire. Jia’s inspiration for a propulsion system came from The Shanghai Maglev Train, which can hover along special rails using electromagnetic suspension. The Volkswagen Hover Car isn’t as farfetched as it might seem. The technology to produce the car and road infrastructure is available today.