SHARP Home   Kameyama Plant
Kameyama PlantKameyama ManufacturingEnvironmentally ConsciousVirtual Tour

Top > Environmentally Conscious Top > Photovoltaic Power Top > Photovoltaic Power System

Photovoltaic Power System-The Largest of its Kind in the World*1

The integration of energy creating and energy saving- Sharp installed a photovoltaic power system the largest of its kind in the world.*1

With more than 40 years of history and achievements in photovoltaic power systems, Sharp has ranked No. 1 in solar cell production volume for seven straight years*2. In order to create energy ecologically, Sharp installed a photovoltaic power system, the largest of its kind in the world, at the Kameyama Plant.

*1

As of September 19, 2006 for installations on buildings. Based on Sharp research.

*2

From 2000 to 2006, according to the March 2007 issue of PV News.

A photovoltaic power system that generates enough electricity to power approximately 1,300 homes*3 and dramatically reduces CO2 emissions

At the Kameyama Plant, in addition to the already existing 60 kW photovoltaic power system, Sharp added a 5,150 kW photovoltaic power system covering a total area of about 47,000 square meters (equal to three baseball stadiums). This system was installed on the LCD manufacturing plant, the distribution center, and the roof/walls of Plant No. 2. It can generate a total of 5,210 kW of electricity, enough to power approximately 1,300 homes*3. As a result, use of this system will reduce the amount of CO2 emissions by 3,400 tons per year (compared to using a thermal power generating system). That is equivalent to the amount of CO2 absorbed by forests covering about 960 hectares, an area approximately 30 times the size of Kameyama Plant grounds.

Sharp keeps experimenting with the construction of larger and more efficient power systems. And Sharp will continue to contribute to the expansion and popularization of the photovoltaic power system, the demand for which is expected to grow on a global scale.


*3

Based on the estimated amount of power generated by a typical residential photovoltaic power system of 4 kW (5,210 kW ÷ 4 kW = approx. 1,300 homes).


Image:The amount of CO2 emission reduction The amount of CO2 absorbed by about 960 hectares of forest

Thin-Film, See-Through Photovoltaic Modules

Top of Page
Environmentally Conscious
 | Top | Zero Discharge to Landfill | Water Resources | Photovoltaic Power | Fuel Cells | Cogeneration | 
 | Top | Kameyama Plant | Kameyama Manufacturing | Environmentally Conscious | Virtual Tour | 
(c) 2006 SHARP CORPORATION