Mitsubishi Electric Solar - Solar Power

Environmental contribution		CO2 reduction
PV-MG126BF x 80 panels=10.08 kW system. Tokyo area, direction: due south, incline: 30°. Estimated yearly power output calculated at 10,192kWh. Source: Taiki Joka Shokuju Manual (Air Purification Plant Manual), Kogai Kenko Higai Hosho Yobo Kyokai (Pollution Health Damage Compensation/Prevention Association). Calculation is based on the assumption of camphor trees being 10 cm in diameter.		PV-MG126BF x 80 panels=10.08 kW system. Tokyo area, direction: due south, incline: 30°. Estimated yearly power output calculated at 10,192kWh. Calculation was made based on NEDO's Taiyoko Hatsuden Donyu Guidebook (Solar Power Generation System Introduction Guidebook), August 1998.

Economic and other benefits

By helping to decrease overall power demand, solar energy can offset the high costs of electricity. The technology can even be connected to the utility grid so that excess power generated via PV modules can be sold back to the local utility company. This can benefit local communities by helping to offset power outages during peak periods of consumption.

What's more, in case of power outages caused by natural or other disasters, residences and commercial facilities with solar power systems can rest assured they have a back-up in place for their immediate needs, as well as to be able to receive important information transmissions from relief agencies.

Corporations and other organizations that rely on solar power can achieve a public relations benefit by being recognized as taking a responsible approach to the generation of clean energy.

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