With gas prices rising worldwide and global warming gaining awareness, the need for alternatives is undeniable. It's a new era of the automotive industry and couldn't come a minute too soon. Green technology is today what the minivan was in the 80's -- life changing ' and the next decade will set a new time in our history.
The demand first came for more fuel-efficient cars and automakers answered that demand slowly and reluctantly. But we now have cars that more than double the efficiency of cars from 30 years ago. We are more efficient, cleaner and safer in our automobiles than ever. So, with the next era of new alternatives, we are entering an exciting phase of automotive history.
Automakers from around the world have increased their hybrid and electric vehicle production and have put them on fast-track schedules in order to meet the demand. Gasoline powered vehicle plants have slowed tremendously and a few automakers have even halted their own gasoline-powered production lines to create electric and hybrid production lines in order to capture the in-demand hybrid cars market by 2009.
But hybrid and electric technology is not new. In fact, the electric cars date back to the 1800's. Non chargeable electric cells were used in the first cars with much needed battery improvements coming about in the late 1800's. The first electric land speed record was then set in Belgium in 1899 for a record land speed of 68 mph. The car's range of 18 miles was considered incredible in a time when people didn't travel far to other cities because of lack of quality roadways. The height of electric cars in America peaked in 1900 when electric vehicles outsold all other types because of the lack of vibration, smell and noise associated with gasoline cars.
Then, in the 1920's, better roadways brought about the need for longer range vehicles, crude oil prices dropped and became affordable, and Henry Road began making history with his affordable vehicles for the masses.
The 60's and 70's continued the trend of slow electric vehicles with short ranges of 50 miles and land speeds of just 44 mph. Electric vehicles were just not practical for traveling. The challenge to automakers has always been the balance of speed and distance between charges. Most electric vehicles had limited range, limited room for passengers or luggage, couldn't climb a hill or run the air conditioning without depleting the battery. Drivers also ran the risk of losing a battery charge while driving and becoming unable to return home to recharge.
Enter electric car technology of today. With new technology and new automakers on the scene there is hope for electric vehicles. One automaker making a splash is Shelby SuperCars, a newcomer with an impressive resume and engineering record. This is one company to pay close attention to.
Most auto manufacturers leave out the aesthetic nature in their electric designs ' leaving the hybrid buyers with less-than-attractive body shapes and boxy designs. But the supercars of tomorrow are tackling all the critics and designing for the 'eye' as well as the environment. They are super 'cars' for so many reasons. The newest breakthroughs in supercar technology are likely to have the 'trickle down' effect and be altered to meet the demands of the masses. The next electric consumer vehicles could have supercar roots.
The main challenge facing the automakers with green technology is funding. The battery and drive train engineering is expensive and finding potential suppliers for long-range batteries is difficult. With cars like the Italian-made Reva raising $20 million and Tesla Motors gathering $140 million in funding, it's safe to say the electric market is not cheap. For the boutique automaker Shelby SuperCars to be only seeking $5million is astonishing. They are currently raising $5mm by way of preferred stock offering through investor relations firm Sheffield International Finance Corporation. To date, the Company has achieved its world-class status with internal funding only. Although the funding is now invitation based, the company is also entertaining government grants from green programs both Federal and State based.
2009 should prove to be a historical year for the electric vehicle market from minis to supercars and every model in between. It's an incredible time for technology.
Never Look Back Again
The synthesizer was a long time in the making. The history of the synthesizer is one that goes back long before electricity – many of early composers conceived of the concept, but could never put it into practice. In fact, it would take the invention of the silicon chip to make synthesizers possible.
The first synthesizers were very crude in their abilities. They date back well over 50 years. They were wired manually to create a given sound. They consisted of an oscillator, or tone generators, in one of three basic waveforms. These were sawtooth, square, or sine waves. This signal was then passed through several other modules to alter the initial tone. These first synthesizers were not triggered by a keyboard like they are today and they were abstract in their uses.
It didn't take long for many rock musicians in the 60's and 70's to realize the benefits of these instruments. Many companies were formed in these days. For example, Moog, Arp, and Oberheim were some of the manufacturers that would produce the first synthesizers. Most of these first models were only able to produce one note at a time. In 1978, the first polyphonic units were created. They were still typically analog in their design and had a very distinct sound.
Dates To Know:
1940's and 1950's: A variety of different automated electronic musical controllers were built.
1950: RCA produces an experimental device that synthesizes voice and music.
1958: Daphne Oram from BBC Radiophoic Workshop produces the Oramics technique.
1960's: Real time synthesizers were designed but were mainly used in studios. They were simply too large.
1964: The Moog Synthesizer was the first to be displayed at Audio Engineering Society Convention. Four years later, it was a hot product.
1967: The album Pisces, Aquarius, Capricorn, & Jones, Ltd became the first album to hit number one with a synthesizer used on it. It was from The Monkees'.
1970: The first synthesizer with a built in keyboard was designed by Moog.
Synthesizers enjoyed many innovations over the course of the following few years. They would become self contained and then movable, allowing them to be used throughout the home and recording studios. The synthesizer has continued to evolve and is widely used today.
Both Deniz Kumral & Don Lair are contributors for EditorialToday. The above articles have been edited for relevancy and timeliness. All write-ups, reviews, tips and guides published by EditorialToday.com and its partners or affiliates are for informational purposes only. They should not be used for any legal or any other type of advice. We do not endorse any author, contributor, writer or article posted by our team.
Deniz Kumral has sinced written about articles on various topics from Computers and The Internet, Cars and Yoga. Deniz Kumral is an independent writer who specializes in investment and finance. For more information about investing in green technology, SSC Ultimate Aero EV and Shelby Supercars please visit. Deniz Kumral's top article generates over 3600 views. to your Favourites.
Don Lair has sinced written about articles on various topics from Cars. . Don Lair's top article generates over 1900 views. to your Favourites.
Best Vitamins And Supplements It is important to note, however, that too much of a good thing is not necessarily a good thing