Megawatts Free Stock Images

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Glen Canyon Dam

Glen Canyon Dam

Electric high voltage post

Electric high voltage post with the sky background

Power Transmission Line

Power Transmission Line

Utility meters

Electric high voltage post

Electric high voltage post with sky background

Power Transmission Line

Power Transmission Line

Electric high voltage post

Electric high voltage post with the sky background

Electrical energy & delivery system.

Tall towers distributing power-lines to various directions in an open field. Tall towers distributing power-lines to various directions in an open field.

Wind turbines

High voltage electric pillar

Blue sky and steel electric piallar. Blue sky and steel electric piallar

Akutan Hot Springs

A hot spring discharges 77°C (~171°F) water into Hot Springs Creek, Akutan Island, Alaska, Akutan Volcano (photo). Numerous industry-led geophysical studies and test drilling in the past few years have proven the existence of a geothermal resource. USGS field studies completed in 2012 suggest that the available geothermal resource may be even larger than previously recognized. The current heat output of the hot spring system is estimated at 29 megawatts – nearly ten times higher than measured in the early 1980s. This large increase may reflect the volcanic and seismic events of the 1990s, and if so, it cannot be considered a short-term anomaly. Modern geothermal plants could use this heat to generate several MW of electricity. One MW of electric power would supply the needs of about 750 homes. You can read more details and find the full report at www.usgs.gov/newsroom/article.asp?ID=3776 Photo credit: Deborah Bergfeld, USGS. A hot spring discharges 77°C (~171°F) water into Hot Springs Creek, Akutan Island, Alaska, Akutan Volcano (photo). Numerous industry-led geophysical studies and test drilling in the past few years have proven the existence of a geothermal resource. USGS field studies completed in 2012 suggest that the available geothermal resource may be even larger than previously recognized. The current heat output of the hot spring system is estimated at 29 megawatts – nearly ten times higher than measured in the early 1980s. This large increase may reflect the volcanic and seismic events of the 1990s, and if so, it cannot be considered a short-term anomaly. Modern geothermal plants could use this heat to generate several MW of electricity. One MW of electric power would supply the needs of about 750 homes. You can read more details and find the full report at www.usgs.gov/newsroom/article.asp?ID=3776 Photo credit: Deborah Bergfeld, USGS.

Wind turbine

Wind turbines

Tel Aviv Power Station

Tel Aviv Power Station

High voltage post

High voltage post

Electrical energy & delivery system.

A wide power-line tower connecting various lines of electrical wires. A wide power-line tower connecting various lines of electrical wires.

Electric high voltage post

Electric high voltage post with the sky background

Wind Power on the British Channel

Wind Power on the British Channel

Glen Dam

High voltage electric pillar

Blue sky and steel electric piallar. Blue sky and steel electric piallar

Electrical energy & delivery system.

A concentration of various resistors and towers connecting each other in an enclosed field. A concentration of various resistors and towers connecting each other in an enclosed field.

Energy

Wind Turbines

Electric high voltage post

Electric high voltage post with sky background

Electric high voltage post

Electric high voltage post with the sky background

Electric high voltage post

Electric high voltage post with sky background

Wind generator

Wind Power by night

Wind Power by night

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