Hybrid Technologies, Inc. (OTCBB: HYBR), an emerging leader in the development and marketing of lithium-powered products worldwide, is extremely proud to have Emmy and Golden Globe nominee, Alan Thicke, as a special guest participating at their North Carolina research facility.

The Canadian-born actor and musician won fame through his role as Jason Seaver, a stay-at-home dad on the ABC television series Growing Pains (1985-92), which was translated into eight languages and broadcast from China to Spain. His reputation for integrity stems from this portrayal, and resulted in his being honored in 2007 as the Canadian Performer of the Year.

Thicke, who refers to himself as a “Baby Boomer consumer”, admits he has been part of the problem surrounding vehicle use and global warming, and now wants to be part of the solution. Hybrid Technologies, with its lithium-powered electric vehicles, provides that opportunity by delivering a vehicle that reduces emissions

Superlattice Power Incorporated has been acclaimed for its breakthroughs in battery technologies. Several researchers and other companies have attempted to harness the high capacity and energy density from superlattice-structured batteries, but have always come up short and never produced their products commercially or on a large scale. However, Superlattice Power Inc. has found success in the development and marketing of the next generation lithium-powered batteries worldwide.

The superlattice structure, which is the key to the company’s success, is a hexagonal structure, allowing the batteries to accommodate more lithium and therefore more energy. Another crucial component to the success of these new batteries is the materials being used. The target material is a mixed oxide with a general formulation of Li1+xMnaCobNicTidO2 to ensure homogeneous mixing of all starting materials which are pre-calcined at high temperatures ranging from 700°C to

Hybrid Technologies Inc. (HYBR.OB) is a development stage technology company. The company is engaged in the development and marketing of lithium battery-powered products worldwide. The main emphasis for Hybrid Technologies has been to develop a lithium battery for use in an electric car which will have a substantial drive range.

Hybrid Technologies’ Project Development Engineer, Ron Cerven, was featured on the WBT 1110 AM Talk Radio Show located in North Carolina. He was asked to share the company’s viewpoint on Senator John McCain’s recent challenge to award a $300 million government prize to whoever can develop an automobile battery for electric cars with at least a 300-mile drive range.

When asked if the 300 mile target that Senator McCain set was feasible, Mr. Cerven stated that it was a good goal. Mr. Cerven went on to say that Hybrid Technologies already has a proven lithium battery that gives electric

Superlattice Power Inc. (SLAT.OB) is a company focused on developing and producing the next-generation lithium battery. These batteries can be used to power electric vehicles and have potential applications in homes and commercial buildings as a source of zero-emissions power.

Superlattice Power’s researchers have investigated high-capacity and energy-dense superlattice structures in an attempt to develop the next-generation lithium-ion polymer battery that is environmentally non-toxic, safe, less expensive and more powerful. What is a superlattice? The term refers to the crystal structure of a compound and indicates periodically alternating layers of several substances.

Until the efforts made by Superlattice, all prior efforts to substitute lithium for the transition metal have failed. The prior efforts all resulted in a loss of energy storage capacity over time. However, Superlattice Power announced earlier this year that the company has synthsized a new cathode material called Superlattice Structure

Superlattice Power Incorporated has been highlighted by otcstockalert.com as “an emerging leader in the development and marketing of the next generation lithium-powered batteries worldwide.” As gas prices continue to rise, the desire to use less oil-based transportation is really driving the hybrid and electric car markets. These factors are also causing the prices of SLAT to rise. With increasing daily volume, the stock price has risen from $0.68 a share to a recent high of $2.37 a share.

The secret to the success of Superlattice Power is the breakthrough design of their new batteries. The superlattice structure is a hexagonal structure and can accommodate more lithium and therefore more energy. The elements, and more specifically transition metals used, have been selected precisely to make superlattice cathode materials safe, environmentally friendly and less expensive. The current level of energy being

The name Hybrid Technologies is a little deceiving for the Mooersville, North Carolina based car company. Their vehicles are not the traditional hybrid, but are fully electric vehicles that use Hybrid Technologies’ proprietary battery technology to propel a reliable and cost efficient vehicle. Electric vehicles from Hybrid can create considerable savings to the owner, operating at a savings of 80-90% per mile.

Common misconceptions about electric vehicles are that they are unreliable and will send electric bills through the roof. Thanks to the cutting edge research and development that is being done by Hybrid Technologies, their vehicles are emission free. Even when taking into consideration the pollution created by the plants generating, the electricity the average electric vehicle generates 98% less pollution than gas vehicles. Battery Electric Vehicles are also among the most dependable vehicles made. They have less than 1/10th as

Superlattice Power, Inc is focused on using its resources and efforts to develop and market lithium-powered vehicles and products for use in residential and commercial properties. Using its technology, the company is able to covert scooters, bicycles, mopeds, motorcycles, cars and even homes and businesses into zero-emission, lithium-powered vehicles and facilities. To vist the company’s website, please click the following link: www.superlatticepower.com

The company has made considerable progress in advancing its next generation lithium-powered batteries. It is currently developing a new cathode material that can be integrated into a Lithium-ion polymer battery to substantially increase operating voltage range as well as energy density. With the new cathode material, electric vehicles will be able to travel over 200 miles versus the current 120-140 range.

Superlattice Power recently announced that its new cathode material can now enter large-scale production. This technological breakthrough will give Superlattice Power the ability to produce all the necessary

It is easy to understand why people like the idea behind Hybrid Technologies. It is a virtually undiscovered company manufacturing futuristic automobiles that are powered by rechargeable lithium cells and good old-fashioned American ingenuity.

Soaring gas prices have reluctant consumers standing embittered at the pumps, wishing for an immediate solution. Our collective history of indifference to polluting the environment has concerned individuals hoping for drastic change. What many of these people do not realize is, that with companies like Hybrid Technologies, change is possible right now.

Surely freedom from fossil fuels has to cost an arm and a leg, right? Guess again. The company has an impressive line of all-electric vehicles currently available at prices that might surprise you. From a rendition of a Mini Cooper, to an ultra-sleek sports car that rivals a Lamborghini, Hybrid has something for every preference.

The batteries used in the company’s