Electric Car Range Anxiety

A friend recently sent me an article entitled Couple has ‘range anxiety’ as electric vehicle requires 12 charging stops. I’ve written a number of blog posts now on how electric cars fail to really provide the green result that vendors claim, but I hadn’t thought about other aspects of actually driving an electric car until I read this article.

If you’re on a road trip and your main concern is finding some place to charge your vehicle, while you drive it without the heat on in the winter no less, then how much of a good experience can the Electric Vehicle (EV) really provide? Anxiety of any sort presents a health risk. So, not only is the EV a poor citizen from the green perspective, but it also presents a health risk to those who drive one. The article How Far Can an EV Go On One Charge? shows graphically that EV ranges have a long way to go to catch up with gas cars. Theoretically, in perfect conditions with a full charge and no extra usage (such as heat for the humans in the car), it’s actually unlikely that you’ll actually run out of power according to Electric America, yet the anxiety remains.

Articles like What is EV range anxiety and how can we overcome it? and Electric car range and 5 reasons why your range anxiety is unwarranted seek to reduce the anxiety. They point out that there are now plenty of charging stations and that the distances between charging stations is less than the distance that a EV can drive between charges. They also point out that the batteries have a longer life expectancy than most people think. However, the articles just don’t seem to be getting through to people who fear change and drive these vehicles in actual conditions where the mantra of what should work doesn’t actually match what is.

The best possible assumption is that your EV will run out of power on a road trip and to know what to do about it. Articles like What Happens if your Electric Car Runs Out of Battery? provide helpful information on what the ramifications are of running out of power and what you should do about them. It turns out that what you really need is a tow truck, which is the same thing that a gas powered car driver needs when running out of gas. Unlike a gas powered car, it’s also theoretically possible to turn an EV off and then restart it to get another mile or two out of the battery before it dies completely, which may be all you need to get to a charging station.

Even though I don’t see EVs as a way to reduce pollution effectively because they really are harmful to the environment in ways that gas powered cars aren’t, I must admit after doing research for this blog post that anxiety felt about running out of power is probably unwarranted. In this regard, even though the EV range is less than a gas powered car, they’re really both on equal footing. Let me know your thoughts about EVs at [email protected].

Technology and Child Safety

This is an update of a post that originally appeared on January 20, 2016.

I wrote a little over seven years ago that I had read an article in ComputerWorld, Children mine cobalt used in smartphones, other electronics, that had me thinking yet again about how people in rich countries tend to ignore the needs of those in poor countries. I had sincerely hoped at the time that things would be different, better, in seven years. Well, they’re worse! We’ve increased our use of cobalt dramatically in order to create supposedly green cars. The picture at the beginning of the ComputerWorld article says it all, but the details will have you wondering whether a smartphone or an electric car really is worth some child’s life. That’s right, any smartphone or electric car you buy may be killing someone and in a truly horrid manner. Children as young as 7 years old are mining the cobalt needed for the batteries (and other components) in the smartphones and electric cars that people seem to feel are so necessary for life (they aren’t you know; food, water, clothing, shelter, sleep, air, and reproduction are necessities, everything else is a luxury).

The problem doesn’t stop when someone gets rid the smartphone, electric car, or other technology. Other children end up dismantling the devices sent for recycling. That’s right, a rich country’s efforts to keep electronics out of their landfills is also killing children because countries like India put these children to work taking them apart in unsafe conditions. Recycled wastes go from rich countries to poor countries because the poor countries need the money for necessities, like food. Often, these children are incapable of working by the time they reach 35 or 40 due to health issues induced by their forced labor. In short, the quality of their lives is made horribly low so that it’s possible for people in rich countries to enjoy something that truly isn’t necessary for life. To make matters worse, the vendors of these products build in obsolescence (making them unrepairable) so they can sell more products and make more money, increasing the devastation visited on children.

I’ve written other blog posts about the issues of technology pollution. However, the emphasis of these previous articles has been on the pollution itself. Taking personal responsibility for the pollution you create is important, but we really need to do more. Robotic (autonomous) mining is one way to keep children out of the mines and projects such as UX-1 show that it’s entirely possible to use robots in place of people today. The weird thing is that autonomous mining would save up to 80% of the mining costs of today, so you have to wonder why manufacturers aren’t rushing to employ this solution.

In addition, off world mining would keep the pollution in space, rather than on planet earth. Of course, off world mining also requires a heavy investment in robots, but it promises to provide a huge financial payback in addition to keeping earth a bit cleaner. The point is that there are alternatives that we’re not using. Robotics presents an opportunity to make things right with technology and I’m excited to be part of that answer in writing books such as Machine Learning Security PrinciplesArtificial Intelligence for Dummies, 2nd EditionAlgorithms for Dummies, 2nd EditionPython for Data Science for Dummies, and Machine Learning for Dummies, 2nd Edition.

Unfortunately, companies like Apple, Samsung, and many others simply thumb their noses at laws that are in place to protect the children in these countries because they know you’ll buy their products. Yes, they make official statements, but read their statements in that first article and you’ll quickly figure out that they’re excuses and poorly made excuses at that. They don’t have to care because no one is holding them to account. People in rich countries don’t care because their own backyards aren’t sullied and their own children remain safe. It’s not that I have a problem with technology, quite the contrary, I have a problem with the manner in which technology is currently being made and supported. We need to do better. So, the next time you think about buying electronics, consider the real price for that product. Let me know what you think about polluting other countries to keep your country clean at [email protected].