During the Hokkaido Toyako Summit (July 7-9, 2008), Sharp Corporation will exhibit its environmentally conscious products and advanced environmental technologies, specifically, LCD TVs in the Environmental Showcase, and solar cells and modules in the Zero Emission House, both located at the International Media Center (IMC). Sharp is cooperating in holding the Hokkaido Toyako Summit (the G8 Summit) by bringing to the world its energy-saving and energy-creating technologies to prevent global warming.
Products to be Exhibited
|26V-inch*1 Low Power Consumption LCD TV (Prototype)
Uses approximately one-fourth power of a 28-inch CRT TV*2 having nearly the same screen area.
|AQUOS LCD TVs
AQUOS LCD TVs will be featured in 12 locations inside the Environmental Showcase, in particular, a 57V-inch AQUOS will display welcome messages and other information in the entrance hall.
|Thin-Film Solar Cell Module
A triple-junction thin-film solar cell module and a see-through solar module for which Sharp has successfully developed mass-production technologies will be on display as examples of Japanese solar energy technologies that have made a quantum leap in innovation.
|Solar-LED Lighting Module
Exhibited as an example of environmentally friendly infrastructure products that fulfill its function even in times of disaster.
Zero Emission House
65V-inch Next-Generation LCD TV (Prototype)
This prototype next-generation LCD TV featuring breathtaking image quality, a super-thin profile, and advanced environmental performance will be mounted on the living room wall as the main TV of the Zero Emission House.
|"V-inch" is a measure of the true size of the flat TV screen, standardizing on the length of the diagonal dimension of the actual viewing area.
|Sharps 28C-PB500 (released in 2002).
Profile of Major Products to be Exhibited
1. 26V-inch Low Power Consumption LCD TV (Prototype)
1) Low power consuming design
Uses approximately one-fourth the power and has about one-third the annual energy consumption*3 of a conventional 28-inch CRT TV having nearly the same screen area. Even compared to existing LCD TVs*4, the low power consuming design uses about one-third the power and has around one-half the annual energy consumption.
2) Can be used even in off-grid areas when paired with a solar power system
The extremely low power consumption of this LCD TV means it can also be run, for example, from a solar module whose surface area roughly equals the viewing area of the screen. Marketing a combination of this LCD TV paired with a solar energy system will not only contribute to the environment, but also make it possible to watch TV even in areas where utility-supplied electricity is unavailable. An estimated 1.6 billion people are said to live in such areas worldwide, and this pairing could be expected to aid in improving the lives of these people.
2. Triple-junction thin-film solar cell module
1) Highly cost-effective, plus high environmental performance
Thin-film solar cells use significantly less refined silicon than crystalline solar cells, plus the energy used when fabricating the solar cells is lower because of fewer processing steps. And the fact they use no rare or scarce metals, or materials regulated under the RoHS Directive, means they are highly cost-effective and offer a high level of environmental performance.
2) The industry’s highest level of module conversion efficiency (for triple-junction thin-film solar cell modules)
The stacked triple-junction structure of these solar cells places two layers of amorphous silicon on top of a single layer of microcrystalline silicon, enabling a solar module conversion efficiency of approximately 10%, the top level in the industry. Plus, compared to crystalline solar cells, these thin-film solar cells generate ample electricity even in regions with high ambient temperatures thanks to their superior temperature characteristics.
3) Expansion of new applications
Thin-film solar cells can be made semi-transparent or see-through by using a laser-trimming process to create large numbers of optically transparent slits over the surface of the cell. This allows such cells to be used as architectural elements, for example, lighting windows such as skylights and curtain walls, and has made possible practical new applications for solar cells in which they form an integral part of the building itself. In addition to large-scale power generating systems, commercial/industrial systems, and residential systems, a growing number of new applications in the windows and wall surfaces of buildings can be anticipated in the future.
3. 65V-inch Next-Generation LCD TV (Prototype)
Annual energy consumption is 200 kWh/year, a level about half that of conventional LCD TVs*5.
Also, with a contrast ratio of 100,000:1, this model features unparalleled image quality. Plus, it is just 20 mm thick at the thinnest part (display section), and its sleek design combined with its unconventional high-sense interior style complements any room décor.
|Annual energy consumption is the amount of electrical power used in one year, calculated according to a formula in the Energy Conservation Law based on screen size and type of TV receiver, and standardized to the 4.5-hr average daily viewing time of a typical household.
|Sharps LC-26GH3 (released in 2007)
|Sharps LC-65RX1 (released in 2007)
|The following information is true and accurate at the time of publication. Manufacture, sale, price and specifications of products may be subjected to change.