What’s Really Going On With Electric Cars?
The Electric Car Models Being Released Leads — Even If It’s Slower Than Promised
Let’s talk electric car models because President Obama jumped the gun. Renault-Nissan CEO Carlos Ghosn also jumped the gun. Plenty of analysts and executives jumped the gun. They all believed we’d already see millions of electric cars on the road by 2015. The truth is we’re not there yet. I mean not even close!
But here’s the key point: they weren’t wrong about the destination. They only misjudged the timing, understood that electric cars deliver benefits gasoline cars simply cannot match and also knew EVs were the future. And they knew once drivers got a taste of what these cars could do, there would be no turning back.

The Benefits Are Undeniable
Electric cars and their new models are cleaner and more efficient. They also produce no tailpipe emissions, reduce our dependence on oil and cut greenhouse gases when paired with renewable energy.
They’re also cheaper to run. Electricity costs far less than gasoline in most regions. Maintenance is minimal. No oil changes. No exhaust systems to replace. Brakes last longer thanks to regenerative braking.
And the fun factor? EVs are fast. Electric motors deliver instant torque. That means thrilling acceleration and a smoother driving experience. Once people drive them, they get hooked.
A Trend That’s Clear
So, if EVs are better, why haven’t they taken over yet? Adoption has been slower than early projections suggested. Infrastructure growth has lagged. Battery costs only recently began to fall at the pace experts hoped for. Automakers dragged their feet, often investing more in hybrids than in pure EVs.
Still, the trend line is undeniable. Global EV sales may look small now, but the growth is exponential. Look at this chart. Each year builds on the last, and the curve is only getting steeper. The message is spreading. More people understand the benefits, and more models are coming.
Automakers Begin to Wake Up
Some car companies still treat EVs as experiments. But others see the writing on the wall. BMW has made the boldest move so far, promising to offer a plug-in electric version of every single model by 2020. That’s not just talk — it’s a major shift in strategy from one of the world’s most respected automakers.

Other companies will not be far behind. Nissan has already proven the market with the LEAF, the world’s best-selling electric car. General Motors has the Chevy Volt and plans a pure EV with longer range. Volkswagen is preparing its own long-range EVs. The dominoes are lined up. Once one falls, the rest must follow.
Tesla Leads the Charge
Then there’s Tesla. Unlike the others, Tesla is not hedging its bets. It builds only electric cars. And it’s not just surviving — it’s thriving.
The Model S is proof. Reviewers and drivers alike call it one of the greatest cars ever built. It accelerates like a sports car, outperforms luxury sedans on safety, and includes tech features that leave rivals scrambling to catch up. In addition, it’s not simply the best electric car. That’s because it’s one of the best cars, period.

Tesla’s next act is the Model X, an electric SUV that promises to drive like a performance machine. With its unique falcon-wing doors and record-breaking acceleration, it will challenge the high-end SUV market. Competitors like Porsche, Mercedes, and BMW should be worried.

But the real breakthrough is the Model 3. Elon Musk just confirmed it remains on schedule for 2017. This will be the first mass-market Tesla. A long-range EV priced like the average American car. Performance close to the Model S. Tech features that blow away most vehicles on the market.
If Tesla delivers, this could be the tipping point. Suddenly, millions of people could buy a car that outperforms their gasmobile and saves them money in the long run.

Competitors Face the Pressure
Tesla isn’t alone forever. Nissan, GM, and Volkswagen are racing to launch their own long-range EVs. The question is whether they will match Tesla’s performance and brand appeal. For now, Tesla sets the standard.
The competition is good news for consumers. More choice. Better prices. Faster innovation. The flood of new electric car models means buyers will no longer have to compromise on range, style, or cost.
Challenges Remain for Electric Car Models
None of this means the transition is easy. Charging infrastructure is still patchy. While Tesla’s Supercharger network grows quickly, other networks lag behind. Public charging must expand before EVs feel truly mainstream.
Battery production is another bottleneck. That’s why Tesla is building the Gigafactory in Nevada. By scaling up battery supply, it hopes to drive costs down and secure the future of affordable long-range EVs. Others will need to follow that lead or risk falling behind.
Policy also matters. Governments must provide clear incentives and infrastructure investments. Without that support, adoption may stall. Yet countries in Europe, states like California, and nations such as China are already stepping up. Momentum is building.
A Revolution Underway
So yes, Obama and Ghosn called it early. They weren’t wrong — they were simply impatient. Electric cars are coming. The growth curve is in motion. Every year brings more models, better batteries, and stronger public support.
This is not a question of if. It’s only a question of when. Gas cars are on their way out. The electric car revolution has already started. And it’s moving faster than many people realize.
About the Author
Zachary Shahan is the editor of CleanTechnica, EV Obsession, Gas2, Sustainnovate, and several other sites. He spends his days tracking clean technology and helping others understand how it is changing the world.


Comments
One response to “Electric Car Models Transforming the Auto Industry”
Rolling swap of the battery mule will end the range war on EVs. By swapping hands free and often the battery life is much greater due to the chemical properties of commercial cells. The idea behind swapping the battery rather than waiting for anything gas or charge is to instantly get a 100% instant charge and by swapping often you can shallow discharge the cells making them last thousands of cycles longer that deep discharge especially under quick charge. Lithium is better utilized by shallow discharge with swapping the full battery several times per trip. That means the swap has to be fully automated an not involve the driver at all other than billing for the electricity used. By swapping the weight and cost of the battery mule drops way below the cost of gasoline or diesel burning. The rolling swap can be seen on YouTube and it happens in a few milliseconds and the charge profile is optimized for the cell chemistry which is usually a slower charge cycle than people in a hurry going places like. I personally do not like waiting for anything much less a machine. Machines serve man not the reverse. When you buy a Hover vacuum cleaner you swap batteries to clean your house. Why not swap your battery mule (patented) in your lighter lower cost EV?