Tag Archives: electric vehicles

New Life for Old Batteries

Electric Car Battery PackBy Leslie L. Stone, CAPP

Although the internal combustion engine is not yet on life support, the lockstep march toward zero emissions is certainly well underway. The supply of petroleum-based fuels is finite and no one is arguing against cleaner air. California is leading the way with an executive order that mandates that all new cars and passenger trucks sold in the state be zero emissions by 2035. It stands to reason that other progressive states, and ultimately an order at the federal level, are not too far behind. Major vehicle producers are announcing additions to their EV line-up, including a 1000HP Hummer by GMC.

With electric vehicles come batteries–lots and lots of batteries. Research and development have been able to extend the life of these batteries, but ultimately these storage devices will continue to have a limited useful life for the foreseeable future. How many batteries are we talking about? A recent article in Pocket predicts “12M tons of lithium-ion batteries are expected to retire between now and 2030.”

What can be done with this tsunami of batteries that are past their initial useful life? The most predictable answer is recycling. However, there is another school of thought proposing that a second life as storage cells may actually be the better answer for society and for the environment. It would be interesting to see some of these batteries resurrected to store solar energy in meters or charging stations at the curb, in lots, or in parking decks. From an initial life in mobility to a second life in parking, it is an innovative idea worth considering.

Leslie L. Stone, CAPP, is general manager with National Express Transit.

Purdue, Ford Develop What Could Be Five-minute EV Charging

A joint project between Purdue University and Ford may have developed five-minute charging for electric vehicles. Researchers said their new type of charging cable is capable of carrying a much higher load without overheating, which has been the barrier to faster charging than the 30 minutes offered by Level 3 chargers.

Purdue’s cables use liquid-to-vapor cooling to carry the higher load without getting too hot. Researchers said so far, the cables’ use has only been in simulators, but  they’ll be tested on vehicles in the next two years.

Dyson’s Race to Develop an Electric Car–And Why It Never Hit the Road

Concept illustration of an electric car charging while parked.In 2014, James Dyson (yes, that one) decided to put his company’s considerable battery knowledge and resources to work developing an electric car. But not just any electric car–one that was powerful, had a long range, and was more comfortable than anything else on the road.

Five years and $700 million later, his team had a seven-seat electric SUV ready for testing; it could wade through three-foot-deep water, drop down at 50 miles per hour for a lower center of gravity, and had huge, 24-inch wheels to provide resistance and a much more comfortable ride. And all controls–every light and button–were on the steering wheel instead of the dash, to keep the driver’s eyes on the road. It was innovative, fun, and the start of future technology the company would use for a number of projects down the road.

All that said, the N526 never went into production. The reason why is an eye-opening look into the world of electric vehicle production, and Dyson’s written about it himself. Read it in his words here.

The Electrifying Future: Experts Speak

News that U.S. President Joe Biden is toughening pollution rules and pushing toward significant growth in electric vehicles came on the heels of several major automakers’ recent decisions to focus on EVs in the next 20 years. But what does all that mean for the parking and mobility industry?

In the August issue of Parking & Mobility, experts from IPMI’s Planning, Design, and Construction Committee join other top voices and share their thoughts on the electrification of transportation: how, when, where, and what it all means for parking and mobility organizations now and into the near future. Their insight is specific, actionable, and direct, and you won’t want to miss it. Read it here.

GM Commits $25 Million to Equity in Transition to Electric Vehicles

transition to electric vehicles General Motors announced this week the creation of a $25 million fund to encourage equity as the company and others transition to prioritizing electric vehicles.

The Climate Equity Fund, company executives said, will be used to “implement inclusive solutions that bring everyone along, especially our employees and communities.”

GM recently lowered the price of its electric Bolt by $5,000 and committed to covering the cost for eligible owners to install their own chargers, but many of the EVs manufactured by the company qualify as “luxury” cars, based on price. The company hopes the new fund will bridge the existing equity gap for electric vehicle ownership.

Read more here.


Related Resources

“Getting Perspective on Projections for the EV Market & Industry Effects”.  Published in Parking & Mobility Magazine, May 2021. 

The Future Impact of Autonomous Vehicles

robot holding car key or car remote controlBy Jim Anderson

Autonomous vehicles (AVs): What are the effects on today’s transportation network and future smart-city design? There is much speculation and opinion as to the evolution of AVs and the continued emergence of transportation network company (TNC) use in the fabric of the urban transportation environment.

Notable architect and planner with architectural firm HOK, Brian Jencek was recently interviewed by Automotive World, and stated,  “The hope is that public and private partnerships will flourish to support municipal transport systems. If managed properly, AVs could improve social equity and lead us into a more just future.”

What we know today is that AVs will be driven by artificial intelligence (AI). supported exclusively by advanced connectivity and data-driven cloud infrastructure. The automotive industry is investing heavily in alternative energy and technology for the future of mobilization. The consumer adoption and acceptance will be predicated upon a safe, predictable, secure, and efficient experience.

Jencek observes, “In the future, these (AV) fleets will need somewhere to go” as they complete their delivery service. This is a topic for today’s city planners to consider–places for AV’s to re-charge and await the next transportation opportunity. The TNCs are currently a factor in emerging urban congestion as they drive about awaiting their next fare.

As we are at the cusp of this technological revolution, stay tuned for continued awareness of AI advancements in data-center infrastructure to support the necessary computer power for AV success. See excerpts from the Automotive World article here.

Jim Anderson is market development manager, building solutions team, with MasterBuilder Solutions and co-chair of IPMI’s Planning, Design, & Construction Committee.

California Mandates EVs for TNCs

Close up of a charging electric car.Transportation network companies (TNCs) such as Uber and Lyft will need to transition to electric vehicles in California by 2030, the state legislature mandated last week.

The new rules, which say 90 percent of ride-share miles traveled must be in electric vehicles by the start of the new decade, also include provisions to make charging access easy and help ensure the cost of both charging and the vehicles themselves is accessible to drivers.

California recently passed a ban on sales of new gasoline-powered cars in the state that will start in 2035. Uber has committed to going all-electric by 2040 and recently earmarked $800 million to help drivers make the shift.

Read the whole story here.

 

Are We on the Verge of a Seismic Shift?

Autonomous car concept. Driverless vehicle.By David Feehan

In the past few weeks, both General Motors and Ford have announced plans to be all-electric with 10 to 15 years. So what can predict from these two announcements?

First, the era of personal transportation is not dead. The pandemic has put mass transit systems into survival mode and caused not only cuts in services but rethinking about levels of service, routes, and funding. While our downtowns and business districts are going to continue to emphasize walkability and bike riding is going to continue to become more popular, people are going to want to drive their own cars–or at least leased cars–for some time to come. Good news for the parking industry.

Second, the type of vehicle people will choose is fast shifting from sedans to SUVs and SUV variants. The conventional three-box sedan could be a relic in just a few years. These electric vehicles will, however, have a drawback we discovered in Texas a few weeks ago: When the power grid goes down, will it immobilize the transportation system?

AVs are going to be more accepted, more prevalent, and cheaper as time passes. I had the experience recently of visiting my brother in Minnesota. My nephew came by one evening with his new Tesla. We drove to a restaurant about five miles away on a country road, around 9 p.m. He let me drive (or should I say, he let the Tesla drive). I took my hands off the wheel and my feet off the pedals, and the Tesla took us to our destination and back flawlessly. Now, the weather was clear, but engineers will have the remaining issues solved soon and the multiple benefits of AVs will be ours.

When you combine EVs, AVs, changes in work and travel patterns, and for those of us in urban planning, downtown development, government, and related fields, our crystal balls are not yet giving us clear answers–except to warn us that things will be very different sooner rather than later.

David Feehan is president of Civitas Consultants, LLC.

Automaker Working to Turn Greek Island into Mobility Hub

Volkswagen has launched a pilot program to transform the Greek island of Astypalea into a sustainable mobility hub, with car- and ride-sharing and a fleet of vehicles operating on electric powertrains.

The six-year program will replace 1,500 conventional vehicles with 1,000 electric cars on the island, and bring in electric scooters and bikes to help people get around. First-responder vehicles will be electrified as well.

“Our long-term goal is climate-neutral mobility for everyone,” said Volkswagen CEO Herbert Diess. Read the whole story here.

California Announces Plan to Ban New Gas-powered Car Sales by 2035

California Gov. Gavin Newsom said yesterday his state will decrease the number of gasoline-powered vehicles sold there until only zero-emissions cars and trucks are allowed for sale in just 15 years. He hopes all heavy-duty trucks sold there will be be zero-emissions 10 years after that, he said.

Last year, eight percent of vehicles sold in California were battery-electric or plug-ins. Officials said vehicle emissions account for 40 percent of the state’s greenhouse gases from human activity. Wildfires this summer have put more pressure on lawmakers to slow rising temperatures in the state.

The order will only affect new-vehicle sales, not ownership or resales, officials said. Clearly, it will require more charging infrastructure, including parking facilities. Read the whole story here.