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<strong>VIERA</strong> ECOLOGY<br />
Making Products More Easily Recyclable<br />
Lead-Free Products<br />
All <strong>VIERA</strong> plasma display panels are lead-free. This reduces the impact<br />
on the environment when recycling or disposing of them in the future.<br />
Big Screen with Energy-Saving Design<br />
High-Efficiency Operation<br />
With a plasma display panel, power consumption varies with the brightness of the displayed<br />
image. <strong>VIERA</strong> incorporates circuitry designed to use electrical power efficiently, according to<br />
the scene. This helps minimize power consumption and reduce your electric bills. Panasonic's<br />
care for the environment extends to manufacturing as well. For example, <strong>VIERA</strong> circuit boards<br />
are made using lead-free solder.<br />
Long-Life Design - 60,000 Hours of Viewing Fun<br />
Long Service Life<br />
<strong>VIERA</strong>'s plasma display panels are designed to provide a service life of around 60,000 hours,<br />
giving you years and years of superb entertainment.<br />
There is no backlight that loses brightness over time, so you can count on high-quality images<br />
for many years.<br />
Ecological Plant Facilities<br />
New Amagasaki Plant Opens as World Demand Continues to Climb<br />
Panasonic's new Amagasaki Plant began operation on September 16, 2005, giving the<br />
company a new base for manufacturing plasma display panels. The new plant boasts the<br />
world's largest PDP production capacity and is slated to produce more than five million<br />
PDPs in 2006. The Amagasaki Plant is a key part of Panasonic's response to the<br />
fast-growing worldwide demand for thin, large-screen PDP units.<br />
External Walls with Photocatalytic Coating<br />
The external walls of the factory<br />
building are covered with a special<br />
photocatalytic coating. This coating<br />
also reduces harmful nitrogen oxides<br />
(NOx). The NOx-reducing effects of<br />
the coating on the factory building is<br />
said to equal the effect achieved by<br />
about 1,800 poplar trees.<br />
Hybrid Power Generation<br />
The outdoor lights on the factory grounds are<br />
powered by a Kaze Kamome (Wind Seagull)<br />
hybrid generator that utilizes solar energy<br />
and wind power to produce electricity.<br />
Use of Rainwater<br />
The sprinklers that water the plants and trees<br />
on the factory site use rainwater stored in a<br />
tank, instead of tap water.<br />
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