Tag Archives: Thomas Edison Muckers

Electric Vehicles + Solar Power Make Thomas Edison Smile

Many energy experts agree that for electric vehicles [EVs] to make faster inroads into reducing the use of foreign oil for traditional gasoline powered cars, there needs to be an infrastructure that will allow for charging EVs while they are parked. Stations located near shopping centers, places of work, and well-traveled areas would be ideal. Imagine driving to work and plugging your EV in at a convenient parking spot, assured you can make it home easily that evening; but wouldn’t it be even way more energy cool to charge your EV using electricity from the sun?

At Dell’s headquarters in Round Rock, Texas, a new shaded 50 car solar parking structure called the Solar Grove can re-charge EVs. The structure was built by Envision Solar, and fully operational should help avoid about 145,000 pounds of greenhouse gas emissions per year. Check it out here and in the photo below.

Dell’s Parking Lot for Solar Charging of EVs

Recently, Bethesda MD implemented a new solar charging station (see photo below), the sixth such facility now operational in Montgomery County. Able to charge two vehicles at a time, this 1,410-watt facility uses a sun-tracking solar array. The system is manufactured by Advanced Technology & Research Corp. (ATR). The charging station would allow drivers of electric vehicles to pull up, swipe a plastic card and plug in their vehicles to be charged. Rob Lundahl, vice president, automation systems for ATR, said an hour of charging will yield roughly 20 miles of travel time for most vehicles. The cost for the system, according to Lundahl, is in the $20,000 range.

Solar Charging Station In Bethesda, MD

Take a look below at what Honda is trying in three cities in Japan to premier its solar charging stations for EVs. The program isn’t just for electric vehicles, but also plug-in hybrid vehicles, electric scooters, and electric carts. Honda will monitor how effective the charging station is at generating electricity, and ways to improve the convenience and usability of the charging station for customers.

Honda Solar Charging Station in Japan

Of course, you also can install your own solar charging station on the roof of your house or garage and charge your car when the sun is out as well! What would Thomas Edison, famed EV pioneer and storage battery developer, have thought of this? Well, here is his famous early 1900s quote about alternate technologies – “I’d put my money on the sun and solar energy. What a source of power. I hope we don’t have to wait until oil and coal run out before we tackle that. I wish I had more years left.”

That settles it!

EDITOR’S DEEP DIVE

“The thing with which I lose patience most is the clock. It’s hands move too fast.

Time ® is a registered trademark of Time Inc.

Edison and the Roots of STEM

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In today’s schools, the educational philosophy known as STEM [Science, Technology, Engineering and Math] has become popular and indispensable in integrating subject matter; and teaching young minds about the value of critical thinking and problem solving.

The roots for the modern day STEM philosophy actually date back to the late 1800s, when Thomas Edison was forging his invention factory / industrial R&D concept. It is plainly evident in the small cluster of buildings [which still stand today for public visitation] that formed the central focus of his legendary West Orange Labs. Here in his epicenter of creativity and invention, a one-acre nucleus of buildings formed the heart of Edison’s revolutionary enterprise….. an enterprise that would come to define today’s modern industrial model.

An early photo of the Edison invention factory (ca.1888). These buildings remain to this day. Eventually an additional 20 acres of manufacturing buildings would surround this nucleus of buildings on three sides, employing 10,000 people in the making of a variety of Edison products.

The small buildings arranged to the side of the main prototyping factory contained certain important specialties and expertise, and equipment that would be needed to support the multi-disciplined, multi-dimensional aspects of invention. There was a physics/electrical lab, a chemistry lab, a metallurgical shop, a model making shop; and supporting all this were engineers, scientists, mathematicians, inventors, technologists, machinists, draftsmen, and electricians. Edison knew back then that bringing ideas from concept to market required physical resources, and a multitude of talents and skills…..all conveniently available. He also had marketing, legal, accounting, economic, and sales expertise on-hand as well.

Today’s modern business structure emerges from this integrated approach Edison formed for the solving of problems, and the launching of new products. The world’s greatest companies today have R&D labs like Edison did, fully understanding how R&D project management crucially drives the process of new product commercialization. Edison becomes the first industrial project manager, forming interdisciplinary project teams, often overseeing as many as 30-40 teams at once. He is the premier integrated thinker of his time, matching people, talents, resources, and disciplines to solve multi-dimensional problems creatively.

Teamwork was an essential part of the invention factory “magic”. Pulling “all-night”creativity sessions was not unusual at all. Here in a famous photo, Edison takes a meal with his famous “insomnia squad”.

It is interesting to note how that initial two-acre parcel of buildings at West Orange produced enough new product ideas to keep the surrounding twenty acres of massive buildings around it busy turning out new products. Those factory buildings are gone now, but at one time, the great inventor had 30 companies and 10,000 employees working under the imprimatur of Thomas A. Edison Industries. This is the iron core of strength that STEM thinking can produce in the real world. It has been shown to work for 125 years, forming the foundation for an on-going industrial revolution, and ultimately, today’s digital-electronic explosion. STEM is precisely what is needed in our schools to show the head and hands relevance of the school-to-work progression; and the application of knowledge to addressing world needs.

Throughout his life, Edison documented his work, staying true to his scientific process of invention. He so loved the process of research and development, he established his office in his library.

The STEM of yesteryear has certainly evolved, and will continue to do so as mankind advances. Back in Edison’s time, most folks were satisfied that new products were time-saving, understandable, and affordable. As our civilization progressed, we developed new concerns [design constraints] like environmental stewardship, product safety, and regulatory impacts that began to re-shape the way we saw the “Edisonian” model of progress; and this made new product development ever more complex, multi-dimensional, and inter-disciplinary….and all of this is good for a society’s growth….but make no mistake, STEM’s taproot lies at the heart of the legendary West Orange Labs, and the seminal idea of perpetuating the industrial revolution as a codified process….a process that revolutionized the cottage industry of invention into a commercial powerhouse. It is Edison’s greatest invention, and the heart of America’s ingenuity. West Orange is the “Mother Ship” of innovation.

The famed Edison library-home to 10,000 technical books, journals and paraphernalia.

Today, the total money spent on all national R&D in all sectors is about $370 billion (2010). That is bigger than the largest US oil companies, and also the entire electric utility industry, probably getting close to giants in revenue like Wal-Mart and the automakers. Obviously this style of STEM thinking has produced and continues to produce great success and wealth. When students study under the guidelines of STEM and technology education they are automatically invoking Edison-style thinking and problem solving, they are being readied for a world of global competitiveness, and adding great value to our society.

Edison at his roll-top desk, ready for work in his library-office.

Technology education does in miniature, what must be done to the entire school curricula……integrate it…change the way we teach school [and teach teachers] to focus on subject integration and creative solutions to problems. Statistical relevance of IQ test scores is not the only metric we need to concentrate on anymore. It is how students solve problems, the thinking processes applied, that we need to address. It is the driver for the future. It will win the competitive wars, and get us back to that Edison spirit, of which President Obama spoke in 2011 in an important address to the nation.

Technology education is the paradigm shift, whose roots are firmly grounded in a small cluster of buildings known as Thomas Edison’s invention factory/R&D lab. Every Fortune 500 company has an R&D lab. What does that say about how valuable STEM thinking is? The customers of technology education and STEM are not just the parents and educators. It is our entire society.

“Just because something doesn’t do what you planned it to do in the first place doesn’t mean it’s useless….”
Time ® is a registered trademark of Time Inc.

What Characterizes Inventors Like Edison?

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Companies and educators try to define creativity and inventiveness. Business gurus and motivational speakers earn lucrative fees by likening it to a series of traits that can be easily identified and exploited. They know that, like Edison, inventors are agents of change and great economic growth; moving the world in new directions, creating wealth and new infrastructure. They are the ones who shift the paradigms, causing earthquakes in the fabric of civilization.

Consider these characteristics of inventors [not in any rank/priority order]:

Not easily shaken by detractors—persistent in their work
Passionate about what they do
Willing to go against accepted thinking
Visionary and intuitive
Quantitative and analytical—facile with math
Not afraid of risk
Tolerant of ambiguity
Well developed sense of humor
Know how to unleash own creative spirit
Not afraid of failure—willing to learn from it
Can see the creative links to the arts
Focused on the future
See the whole problem and key parts simultaneously
Can sell their ideas to others
Builds teams with multi-disciplinary skills to accomplish goals
Document and protect inventive work
Solve problems from a multi-dimensional viewpoint.

Edison had his own defining characteristics, but those enumerated above tend to capture most of them. For the great inventor, it was largely the thrill of running to ground the problem at hand, to do something useful for mankind, and to constantly learn new things. These motivations fascinated the man throughout his incredibly productive 84-year life; and probably accounted for why, no matter what field he decided to work in, he was a success – and radically changed that field.

Edison was a man in love with new ideas, someone who never seemed to lose that natural awe we have in childhood. Many of the great scientists who changed the world of physics and chemistry loved to “play” with ideas too-retaining that natural awe of the world. Edison was a man in continual re-birth. What a potion this would make for education at all levels today. Actually, educators are re-discovering the Edison magic, urging kids to think out of the box, like Old Tom did; and to use the STEM [Science, Technology, Engineering, and Math] techniques he pioneered at his legendary West Orange Labs. Edison….ever relevant…ever inspirational.

Editor’s Deep Dive

Thomas Edison on Time Magazine

“I never perfected an invention that I did not think about in terms of the service it might give others… I find out what the world needs, then I proceed to invent…. “

Time ® is a registered trademark of Time Inc.

The Changing of the Thomas Edison Light

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The classic Thomas Edison’s light bulb design has changed relatively little over the past 130 years, a testament to aesthetics and tradition. The design has also come to signify the genius of a new idea…the lighting up of something brand new. Now with the mandated use of compact fluorescent light bulbs, what is the message here?

The compact fluorescent light bulb (CFL) was invented in response to the 1973 oil crisis. Though these light bulbs have been around for some time, it’s only in recent years that they have caught on as America and the rest of the world seek to become energy efficient and independent. CFL’s consume significantly less energy and last about eight times as long as the traditional incandescent light bulbs. To encourage the use of these more energy efficient bulbs, international governments have banned or scheduled phase outs of the Edison style light bulb. Many European countries began the phase out in 2009, and the US is set to phase out in 2012.

Edison, who ushered the world into the energy age, was no stranger to energy efficiency and energy independence. Indeed, from a conversation with friends Henry Ford and Harvey Firestone comes this Thomas Edison quote. “We are like tenant farmers chopping down the fence around our house for fuel when we should be using Nature’s inexhaustible sources of energy — sun, wind and tide.” He always searched for ways to make his inventions more efficient, especially his new electric power stations, squeezing as much energy as possible out of his coal fuel.Edison’s electric vehicle was conceptualized for the same reasons too. For a man of his time, Edison was surprisingly forward thinking when it came to energy efficiency.

All in all, Thomas Edison would approve of this new technology using electronically generated light, and if alive today, he would be in there with the competition, coming up with his own lighting innovations. However, the classic light bulb shape will not go quietly. We are seeing compact fluorescent bulbs and LEDs encased in the classic rounded bulb shape—perhaps a compromise to the strong visual and dare we say emotional [visceral] attachment the rounded bulb image has inculcated in the psyche of billions of people worldwide. We strongly associate electricity with the very form of the light bulb itself.

LEFT: Edison Fluorescent Lamp - Patent No. 865,367 RIGHT: Original Edison Incandescent Bulb

Just for the record, Edison did dabble in florescent lighting in the late 1890s, receiving a patent in 1907. The really fascinating aspect of his invention was he used X-rays as the excitation technique. While this invention was never commercialized, it demonstrates his ability to conceive of applications from new scientific areas of study. X-rays were accidentally discovered in 1895 by Wilhelm Conrad Roentgen. Edison filed his patent on X-ray based fluorescent lights in 1896, using a unique tungstate of calcium or strontium [tungsten compound coatings] as his fluorescing or light giving materials.

Editor’s Deep Dive