Newspaper Response


Last week I read an article in the local paper that described some benefits to driving electric cars. It cited the reduced carbon emissions and the lower cost of operation. The article, however, received some negative comments, and so the author asked a few people to respond with their thought, me being one of those people (I had not met him, but I had a connection through one of my teachers).

         In addition to adding my own comment on the article, I wrote a letter to the editor that I think presents some more key points on the issue. Here is a copy of my letter (which was published in the Princeton Packet on March 2nd!):

         The benefits of driving an electric car go far beyond the most obvious. We have heard that electric cars are emissions free, less expensive to fuel, and come with impressive acceleration and handling. These are all legitimate arguments, but the implications of not relying on oil are hidden in this oversimplification. Furthermore, other arguments regarding pollution have clear and convincing evidence that support the electrification of the automotive industry. The benefits of electric cars simply outweigh those of their standard alternatives in a multitude of ways.
         The reliance that Americans have on foreign oil is staggering. We represent 2% of the world’s population yet consume 25% of the world’s oil. Another way to look at this is that in 2011, we consumed 18 million barrels of oil per day[1], of which up to 70% was imported[2]. Great tolls come with placing so much dependence on other countries to supply us with resources. We spend well over $500 billion on our military each year, which is due in no small part to the protection of oil supply routes that our addiction necessitates. Since 1976, for example, the United States has kept aircraft carriers in the Persian Gulf. Their mission has explicitly been to secure oil shipments in that area. Keeping these aircraft carriers patrolling the Gulf has cost $7.3 trillion over the last three decades[3].But we also pay for gas indirectly in other ways, such as tax subsidies to oil companies. With a current national debt over $15 trillion, it is clear that we cannot afford to continue protecting our supply of foreign oil for much longer. As oil is a finite resource, spending will only increase at the rate we are going. Getting more electric cars on the roads would serve to reduce this dependency and it could eventually eliminate our need to spend such enormous sums to receive this oil.
         The idea that driving electric cars simply moves the source of pollution is not true because it is incomplete. Yes, more than half of the electricity produced in the United States comes from either coal or fossil fuels. However, in many places renewable energy sources represent the majority of electricity production (including the states Delaware, Hawaii, Idaho, Maine, and Rhode Island, in which over 99% of electricity comes from renewable resources)[4] and the use of these resources will continue to grow until we reach a sustainable plateau. Also, electric motors are far more efficient than standard internal combustion engines. While electric cars can utilize around 90% of its stored energy, gas cars can only use about 30%, the rest being dissipated as heat. This means that electric cars are three times as efficient. This coupled with the fact that an increasing amount of electricity is being generated by renewable resources means that electric cars contribute to the releasing of far less CO2 per mile driven. It varies depending on factors such as car and driving style but, as an example, driving a Tesla Model S in California results in the emission of about one-quarter of the CO2 than would be released by a standard car. The concerns around the lithium used in newer battery packs have been similarly blown out of proportion. Lithium, along with being cheap, is recyclable. As long as we are aware enough not to release it back into the environment in a harmful manner, it can be recycled and used to make new batteries in a safe and non-polluting way.
         For any other doubters left out there, I will add that driving an electric car is thrilling. Having driven both a Nissan Leaf and a Tesla Roadster, I can honestly say that they are not ‘compromises’ to a standard car. While they are currently outside of a reasonable price range for most Americans, prices are rapidly falling and will continue to do so as the technology improves and the demand increases (early computers cost $500,000 after all). In addition, they are stylish, cheap to maintain and operate, fun to drive, and they are fast (in fact, the Roadster drastically outperforms similarly priced sports cars like the Porsche 911). Many people hesitate after seeing a range limited to around 100 miles, yet 90% of Americans drive their cars less than 30 miles per day. The Tesla Model S also offers an optional 300 mile range battery pack, showing that this fear of a limited range will virtually disappear in the coming years, especially with the increasing availability of charging stations. Additionally, plugging in the vehicle each night is by no means a burden. It takes just a few seconds and saves money compared to filling up with gas. It is much more convenient than going out of your way to stand at a pump.
         As the incorporated technologies continue to improve and become cheaper as gas prices rise, electric cars will inevitably see a rise in demand. Projections differ, but many people expect to see millions of electric cars on the roads by 2020. This is a great opportunity for the United States to again dominate the car industry if they act quickly. We have Tesla and the Chevy Volt, yet there is still major hesitance within American car companies to invest in the technology, while companies like Toyota, Nissan, and Honda threaten to lead the market. The Chinese government is ambitiously investing $15 billion over the next five to ten years to develop electric cars, while the U.S. is investing less than one-fifth of that. This market has huge potential, yet the longer we wait, the more ground we lose to competitors who realize this. It is not just the job of the market to give us what we want, but it is our responsibility as consumers to make mindful and educated decisions with full awareness of the effects of our actions. And be assured, there are very real consequences that come with our actions.

Moving Forward


Moving forward, I plan on using this this blog as a journal to keep written track of my progress, along with relevant pictures. I hope that this project will further the discussion on electric vehicle use in the near future, so please feel free to contact me at any time (my email is robhrabchak at gmail.com) or leave a comment.

Tesla Roadster
Starting at the beginning of the story, I was first introduced to the concept of an all-electric car by an NPR broadcast on a car conversion convention that was taking place in Missouri with the guys from EVTV.me. On this website, two self-proclaimed average men keep video logs of conversions that they are doing, with the intent of persuading others to undertake their own projects. After doing extensive research, I would say that I was a skeptic. Yes, there are shocking statistics that support the movement away from petroleum products (Americans represent 4% of the world’s population, yet we consume 25% of the world’s crude oil, most of which is imported) but could the characteristics of electric cars allow them to meet our nation’s automotive demands? Given the hesitance of the general public to embrace this new technology, I wasn’t convinced. But after being given the chance to drive both a Nissan Leaf and a Tesla Roadster, I was easily persuaded. These cars are both incredible innovations, and after being behind the wheel, there is no doubt in my mind that this is the technology of the future. They are simple to use, fast, quiet, and efficient, all with the added benefit of being cleaner than any other available cars.
I decided that I want to do my own electric conversion because this industry has incredible potential, and I want to get my foot in the door before everyone realizes it. Electric cars have been likened to the internet in the 1980’s; no one thought it would be useful to any true extent. And now it is a multibillion dollar industry. It is my hope that America can capitalize off of this potential before it’s too late, so one of my goals is simply to raise awareness.

Spyder 550
At first I wanted to use a Beck Spyder 550 replica as the conversion platform. This car has a fiberglass body and no frills. It lacks power steering, power brakes, heating, and air conditioning. Furthermore, it weighs only 900 pounds without an engine. After learning more about the car though, it seemed more like a weekend car than anything. I would like to prove that electric cars could be economical though, so the spyder was ruled out. However, Porsche’s Boxster is essentially a newer, more practical version of the spyder, so I decided that this would be a suitable alternative. It is still relatively light, yet it has power steering, power breaks, and a superb sound system. After weeks of looking for one with a blown engine, I found it on December 28, 2011. My parents and I drove up to Long Island to check out the car and bought it that afternoon. It was a black 1999 Porsche Boxster with a bad engine. The owner didn’t want to deal with fixing it, so he sold it as is. It seems most likely that the IMS bearing wore out, and we found some evidence to support this. Cosmetically the car is in great shape. It has 90,000 miles on it, but both the interior and exterior look flawless. Electronically the car is fine and there aren’t any problems with the brakes, steering etc.



My Boxster
I haven’t ordered any parts yet but the tentative plan is to use a Warp9 DC motor with a Soliton 1 controller. For batteries I was recommended Sky Energy 180 Ah LiFePo4 batteries. 

The Modern Electric Car


In a New York Times article, the electric car has been revered as “the ideal solution” to the problems presented by gasoline powered vehicles. In addition to being “cleaner and quieter” it states that “The electric car is also much more economical.” This article, written shortly after Thomas A. Edison had invented a new high-capacity battery, was published on November 12, 1911.
Just over 100 years later, the electric car is still struggling to see any large scale commercial production. The electric car succumbed to the internal combustion engine in the early 20th century as gas production became more developed and cheaper. By 1931, gas cost just $0.17 per gallon, and the electric car simply couldn’t hope to compete. However, with steadily rising gas prices and increased awareness about ecological impact, electric cars have been slowly regaining prominence. Not only does gas average $3.39 per gallon today, but the U.S. acknowledged spending $366 billion to defend oil supplies in the Middle East between 1980 and 1990. This was just one territory, and at a time before America began fighting a major war there. Now we have accumulated well over $14 trillion in national debt, and no small part of that can be attributed to protecting our oil supplies (experts conservatively reported an estimate of $7.3 trillion of peace time spending over the last three decades to protect oil supplies with at least another $3 trillion in the invasion of Iraq). This has, reasonably, led us back towards the prospect of electric cars.
Today, there are few fully electric production cars available in the U.S. They include the Tesla Roadster and the Nissan Leaf, both of which are groundbreaking vehicles in terms of concept, but they are still only the beginning of this automotive revolution. As the public is beginning to become aware of, electric cars present convenient solutions to so many problems that we are facing today. These vehicles produce zero emission, and are much more efficient than standard internal combustion cars. This new industry has the potential to create many new jobs and even help revive the economy. These cars are cheaper to run, with about 10 times fewer moving parts to maintenance and about $3 per 100 miles worth of fuel. These benefits come without the compromises that many seem to hesitate over. The Nissan Leaf can travel 100 miles on a single charge, and the new Tesla Model S boasts an optional 360 mile range. As the Roadster proved to us as well, these cars are no golf carts. With a top speed of 125 mph, the Roadster accelerates from 0 to 60 mph in a mere 3.7 seconds, rivaling many performance cars of any type. The electric car is the solution to a struggling automotive industry.
                My name is Robert Hrabchak. I am a high school student in New Jersey with a passion for problem solving, and I am undertaking the task of converting an internal combustion engine to a fully electric car. Besides for the many perks that come with owning an electric car, I am taking a stand against the notion that we have to spend $50 a tank and send our neighbors overseas so that I can make my daily commute. I will be posting my progress on this blog and I openly invite you to join me on this exciting journey.