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  • high voltage transformers at an Electricity transformation substation Photographed in Jerusalem, Israel
    SL_Electricity_0248.jpg
  • high voltage transformers at an Electricity transformation substation Photographed in Jerusalem, Israel
    SL_Electricity_0252.jpg
  • high voltage transformers at an Electricity transformation substation Photographed in Jerusalem, Israel
    SL_Electricity_0247.jpg
  • high voltage transformers at an Electricity transformation substation Photographed in Jerusalem, Israel
    SL_Electricity_0229.jpg
  • high voltage transformers at an Electricity transformation substation Photographed in Jerusalem, Israel
    SL_Electricity_0261.jpg
  • high voltage transformers at an Electricity transformation substation Photographed in Jerusalem, Israel
    SL_Electricity_0245.jpg
  • high voltage transformers at an Electricity transformation substation Photographed in Jerusalem, Israel
    SL_Electricity_0238.jpg
  • Electricity converting solar panels on a roof. With the continues reduction on cost of ownership of these panels, combined with the rise in the cost of electricity have created a positive return on investment on solar electricity. The surplus electricity is sold to the electric company for distribution
    SL_Solar_LS2_3138.jpg
  • Electricity converting solar panels on a roof of a shed. With the reduction on cost of ownership of these panels, combined with the rise in the cost of electricity have created a positive return on investment on solar electricity. The surplus electricity is sold to the electric company for distribution Photographed in Israel, Arava desert
    SL_SL5_7003.jpg
  • Electricity converting solar panels on a roof of a shed. With the reduction on cost of ownership of these panels, combined with the rise in the cost of electricity have created a positive return on investment on solar electricity. The surplus electricity is sold to the electric company for distribution Photographed in Israel
    SL_Solar_SL8_0005.JPG
  • Electricity converting solar panels on a roof of a shed. With the reduction on cost of ownership of these panels, combined with the rise in the cost of electricity have created a positive return on investment on solar electricity. The surplus electricity is sold to the electric company for distribution Photographed in Israel
    SL_Solar_SL8_0002.JPG
  • Israel, Hadera, The Orot Rabin coal operated power plant interior of an Electricity production facility
    SL_Power-plant_4026.jpg
  • Israel, Hadera, The Orot Rabin coal operated power plant interior of an Electricity production facility
    SL_Power-plant_3817.jpg
  • Israel, Hadera, The Orot Rabin coal operated power plant interior of an Electricity production facility
    SL_Power-plant_3812.jpg
  • Electricity meter
    SL_SL4_7528.jpg
  • Electricity meter
    SL_SL4_7527.jpg
  • Israel, Hadera, The Orot Rabin coal operated power plant interior of an Electricity production facility
    SL_Power-plant_4036.jpg
  • Israel, Hadera, The Orot Rabin coal operated power plant interior of an Electricity production facility
    SL_Power-plant_4034.jpg
  • Israel, Hadera, The Orot Rabin coal operated power plant interior of an Electricity production facility
    SL_Power-plant_4033.jpg
  • Israel, Hadera, The Orot Rabin coal operated power plant interior of an Electricity production facility
    SL_Power-plant_4030.jpg
  • Israel, Hadera, The Orot Rabin coal operated power plant interior of an Electricity production facility
    SL_Power-plant_4012.jpg
  • Israel, Hadera, The Orot Rabin coal operated power plant interior of an Electricity production facility
    SL_Power-plant_4015.jpg
  • Israel, Hadera, The Orot Rabin coal operated power plant interior of an Electricity production facility
    SL_Power-plant_3824.jpg
  • Israel, Hadera, The Orot Rabin coal operated power plant interior of an Electricity production facility
    SL_Power-plant_3800.jpg
  • Israel, Hadera, The Orot Rabin coal operated power plant interior of an Electricity production facility
    SL_Power-plant_3794.jpg
  • Famous humorous quotes series: with great power comes great electricity bill  with A high power electric line and pole
    IR_with-great-power-6b75d4.jpg
  • Famous humorous quotes series: with great power comes great electricity bill  with A high power electric line and pole
    IR_with-great-power-2.jpg
  • Marcel Deprez electricity distribution system based on the long-distance transmission of direct current. From the Book Les merveilles de la science, ou Description populaire des inventions modernes [The Wonders of Science, or Popular Description of Modern Inventions] by Figuier, Louis, 1819-1894 Published in Paris 1867
    IR_f_b21496626_0567.jpg
  • electricity distribution system based on the long-distance transmission of direct current. From the Book Les merveilles de la science, ou Description populaire des inventions modernes [The Wonders of Science, or Popular Description of Modern Inventions] by Figuier, Louis, 1819-1894 Published in Paris 1867
    IR_f_b21496626_0571.jpg
  • Electricity pylon and power lines in desert. Photographed in the Negev Desert. Israel
    GE_f_Machtesh_4658.jpg
  • Nighttime overview of the electricity exhibition, Paris, France, From the Book Les merveilles de la science, ou Description populaire des inventions modernes [The Wonders of Science, or Popular Description of Modern Inventions] by Figuier, Louis, 1819-1894 Published in Paris 1867
    IR_f_b21496626_0607.jpg
  • Daytime overview of the electricity exhibition, Paris, France, From the Book Les merveilles de la science, ou Description populaire des inventions modernes [The Wonders of Science, or Popular Description of Modern Inventions] by Figuier, Louis, 1819-1894 Published in Paris 1867
    IR_f_b21496626_0594.jpg
  • Nighttime overview of the electricity exhibition, Paris, France, From the Book Les merveilles de la science, ou Description populaire des inventions modernes [The Wonders of Science, or Popular Description of Modern Inventions] by Figuier, Louis, 1819-1894 Published in Paris 1867
    IR_f_b21496626_0603.jpg
  • Nighttime overview of the electricity exhibition, Paris, France, From the Book Les merveilles de la science, ou Description populaire des inventions modernes [The Wonders of Science, or Popular Description of Modern Inventions] by Figuier, Louis, 1819-1894 Published in Paris 1867
    IR_f_b21496626_0599.jpg
  • Daytime overview of the electricity exhibition, Paris, France, From the Book Les merveilles de la science, ou Description populaire des inventions modernes [The Wonders of Science, or Popular Description of Modern Inventions] by Figuier, Louis, 1819-1894 Published in Paris 1867
    IR_f_b21496626_0595.jpg
  • Daytime overview of the electricity exhibition, Paris, France, From the Book Les merveilles de la science, ou Description populaire des inventions modernes [The Wonders of Science, or Popular Description of Modern Inventions] by Figuier, Louis, 1819-1894 Published in Paris 1867
    IR_f_b21496626_0591.jpg
  • Lighting of underwater works by electricity. From the Book Les merveilles de la science, ou Description populaire des inventions modernes [The Wonders of Science, or Popular Description of Modern Inventions] by Figuier, Louis, 1819-1894 Published in Paris 1867
    IR_f_b21496626_0297.jpg
  • high voltage transformers at an Electricity transformation substation Photographed in Israel
    SL_20160322_142109.jpg
  • high voltage transformers at an Electricity transformation substation Photographed in Israel
    SL_20160322_142103.jpg
  • An electrician on an elevated platform reaching up to fix the electricity
    SL_SL2_6796.jpg
  • An electrician on an elevated platform reaching up to fix the electricity
    IR_2005_06_DSC_3818_hr_fs.jpg
  • An electrician on an elevated platform reaching up to fix the electricity
    IR_2005_06_DSC_3814_hr_fs.jpg
  • Standard Israeli three prong electric socket on white wall
    SL_Electricity_8509.jpg
  • Electric meters and control from Electricity converting solar panels . With the reduction on cost of ownership of these panels, combined with the rise in the cost of electricity have created a positive return on investment on solar electricity. The surplus electricity is sold to the electric company for distribution
    IA_AMH_5222.jpg
  • Electric meters and control from Electricity converting solar panels . With the reduction on cost of ownership of these panels, combined with the rise in the cost of electricity have created a positive return on investment on solar electricity. The surplus electricity is sold to the electric company for distribution
    IA_AMH_5211.jpg
  • Electricity converting solar panels on a roof of a cowshed. With the reduction on cost of ownership of these panels, combined with the rise in the cost of electricity have created a positive return on investment on solar electricity. The surplus electricity is sold to the electric company for distribution
    IA_AMH_5203.jpg
  • Electricity converting solar panels on a roof of a cowshed. With the reduction on cost of ownership of these panels, combined with the rise in the cost of electricity have created a positive return on investment on solar electricity. The surplus electricity is sold to the electric company for distribution
    IA_AMH_5202.jpg
  • Electricity converting solar panels on a roof With the reduction on cost of ownership of these panels, combined with the rise in the cost of electricity have created a positive return on investment on solar electricity. The surplus electricity is sold to the electric company for distribution
    IA_AMH_5225_g.jpg
  • Electricity converting solar panels on a roof With the reduction on cost of ownership of these panels, combined with the rise in the cost of electricity have created a positive return on investment on solar electricity. The surplus electricity is sold to the electric company for distribution
    IA_AMH_5217_g.jpg
  • Electricity converting solar panels on a roof With the reduction on cost of ownership of these panels, combined with the rise in the cost of electricity have created a positive return on investment on solar electricity. The surplus electricity is sold to the electric company for distribution
    IA_AMH_5212_g.jpg
  • Israel, Jordan Valley, Kibbutz Ashdot Yaacov, Electricity converting solar panels on a roof of a Turkey coop. With the reduction on cost of ownership of these panels, combined with the rise in the cost of electricity have created a positive return on investment on solar electricity. The surplus electricity is sold to the electric company for distribution
    AG_Solar-Energy_34.jpg
  • Israel, Jordan Valley, Kibbutz Ashdot Yaacov, Electricity converting solar panels on a roof of a Turkey coop. With the reduction on cost of ownership of these panels, combined with the rise in the cost of electricity have created a positive return on investment on solar electricity. The surplus electricity is sold to the electric company for distribution
    AG_Solar-Energy_30.jpg
  • Electricity converting solar panels on a roof of a cowshed. With the reduction on cost of ownership of these panels, combined with the rise in the cost of electricity have created a positive return on investment on solar electricity. The surplus electricity is sold to the electric company for distribution
    IA_AMH_5230.jpg
  • Electricity converting solar panels on a roof of a cowshed. With the reduction on cost of ownership of these panels, combined with the rise in the cost of electricity have created a positive return on investment on solar electricity. The surplus electricity is sold to the electric company for distribution
    IA_AMH_5219.jpg
  • Electricity converting solar panels on a roof of a cowshed. With the reduction on cost of ownership of these panels, combined with the rise in the cost of electricity have created a positive return on investment on solar electricity. The surplus electricity is sold to the electric company for distribution
    IA_AMH_5209.jpg
  • Electricity converting solar panels on a roof of a cowshed. With the reduction on cost of ownership of these panels, combined with the rise in the cost of electricity have created a positive return on investment on solar electricity. The surplus electricity is sold to the electric company for distribution
    IA_AMH_5206.jpg
  • Electricity converting solar panels on a roof With the reduction on cost of ownership of these panels, combined with the rise in the cost of electricity have created a positive return on investment on solar electricity. The surplus electricity is sold to the electric company for distribution
    IA_AMH_5214_g.jpg
  • Israel, Kfar Vitkin, Solar panels on top of a cowshed in a dairy farm in Kfar Vitkin. The farm uses the electricity created from solar energy. Excess electricity is sold to the electric company for distribution
    CL_F090716CL03.jpg
  • Faulty electrical fuse box
    IR_TA-Port_D0735.jpg
  • Faulty electrical fuse box
    IR_TA-Port_D0734.jpg
  • Faulty electrical fuse box
    IR_TA-Port_D0733.jpg
  • Israel, Solar panels on the roof of a private home, supply all the electricity the family needs. The use of Solar energy by the private sectors is increasing in Israel due to high cost of electricity and environment awareness.
    CL_F091116CL46.jpg
  • Israel, Solar panels on the roof of a private home, supply all the electricity the family needs. The use of Solar energy by the private sectors is increasing in Israel due to high cost of electricity and environment awareness.
    CL_F091116CL38.jpg
  • Israel, Solar panels on the roof of a private home, supply all the electricity the family needs. The use of Solar energy by the private sectors is increasing in Israel due to high cost of electricity and environment awareness.
    CL_F091116CL43.jpg
  • A fire broke out in a household electrical fuse box flames consumed the board. The burnt fuse box Photographed in Israel
    SL_Fire_SL3_9954.jpg
  • A fire broke out in a household electrical fuse box flames consumed the board. Fireman extinguishes the flames. Photographed in Israel
    SL_Fire_SL3_9951.jpg
  • A fire broke out in a household electrical fuse box flames consumed the board. Fireman extinguishes the flames. Photographed in Israel
    SL_Fire_SL3_9949.jpg
  • A fire broke out in a household electrical fuse box flames consumed the board. Photographed in Israel
    SL_Fire_SL3_9915.jpg
  • A fire broke out in a household electrical fuse box flames consumed the board. Photographed in Israel
    SL_Fire_SL3_9911.jpg
  • Theodore Achille Louis du Moncel (6 March 1821 – 16 February 1884) was a prominent French physicist and advocate of the use of electricity. He invented many electrical devices and wrote several books. From the Book Les merveilles de la science, ou Description populaire des inventions modernes [The Wonders of Science, or Popular Description of Modern Inventions] by Figuier, Louis, 1819-1894 Published in Paris 1867
    IR_f_b21496626_0391.jpg
  • Wind turbines create clean and renewable electricity
    SL_SL9_3230.jpg
  • Wind turbines create clean and renewable electricity
    SL_SL9_3191.jpg
  • Wind turbines create clean and renewable electricity
    SL_SL9_3228.jpg
  • Wind turbines create clean and renewable electricity
    SL_SL9_3215.jpg
  • Wind turbines create clean and renewable electricity
    SL_SL9_3208.jpg
  • Wind turbines create clean and renewable electricity
    SL_SL9_3187.jpg
  • Wind turbines create clean and renewable electricity
    SL_SL9_3176.jpg
  • Wind turbines create clean and renewable electricity
    SL_SL9_3141.jpg
  • A fire broke out in a household electrical fuse box flames consumed the board. Fireman extinguishes the flames. Photographed in Israel
    SL_Fire_SL3_9937.jpg
  • Wind turbines create clean and renewable electricity
    SL_SL9_3235.jpg
  • Wind turbines create clean and renewable electricity
    SL_SL9_3169.jpg
  • Marcel Deprez electric dynamo From the Book Les merveilles de la science, ou Description populaire des inventions modernes [The Wonders of Science, or Popular Description of Modern Inventions] by Figuier, Louis, 1819-1894 Published in Paris 1867
    IR_f_b21496626_0563.jpg
  • The Ashalim power station is a solar thermal power station in the Negev desert near the kibbutz of Ashalim, in Israel. The station will provide 121 Megawatt of electricity (2.0% of the Israeli consumption), which makes it the largest of its kind in Israel and 5th largest in the world.
    SL_Ashalim-Power-Station_LS2_7101.jpg
  • The Ashalim Solar Power station is a solar thermal power station in the Negev desert near the kibbutz of Ashalim, in Israel. The station will provide 121 Megawatt of electricity (2.0% of the Israeli consumption), which makes it the largest of its kind in Israel and 5th largest in the world. The mirrors focus sun rays to onto the tower, thus producing steam
    RL_f_Negev_5042.jpg
  • William Thomson, 1st Baron Kelvin, OM, GCVO, PC, PRS, FRSE (26 June 1824 – 17 December 1907) was a British mathematical physicist and engineer. At the University of Glasgow he did important work in the mathematical analysis of electricity and formulation of the first and second laws of thermodynamics, and did much to unify the emerging discipline of physics in its modern form. He worked closely with mathematics professor Hugh Blackburn in his work. He also had a career as an electric telegraph engineer and inventor, which propelled him into the public eye and ensured his wealth, fame and honour. For his work on the transatlantic telegraph project he was knighted in 1866 by Queen Victoria, becoming Sir William Thomson. He had extensive maritime interests and was most noted for his work on the mariner's compass, which previously had limited reliability. Absolute temperatures are stated in units of kelvin in his honour. While the existence of a lower limit to temperature (absolute zero) was known prior to his work, Kelvin is known for determining its correct value as approximately −273.15 degree Celsius or −459.67 degree Fahrenheit. From the Book Les merveilles de la science, ou Description populaire des inventions modernes [The Wonders of Science, or Popular Description of Modern Inventions] by Figuier, Louis, 1819-1894 Published in Paris 1867
    IR_f_b21496626_0513.jpg
  • The Ashalim Solar Power station is a solar thermal power station in the Negev desert near the kibbutz of Ashalim, in Israel. The station will provide 121 Megawatt of electricity (2.0% of the Israeli consumption), which makes it the largest of its kind in Israel and 5th largest in the world. The mirrors focus sun rays to onto the tower, thus producing steam
    SL_f_Ashalim_LS2_7686.jpg
  • The Ashalim Solar Power station is a solar thermal power station in the Negev desert near the kibbutz of Ashalim, in Israel. The station will provide 121 Megawatt of electricity (2.0% of the Israeli consumption), which makes it the largest of its kind in Israel and 5th largest in the world. The mirrors focus sun rays to onto the tower, thus producing steam
    SL_f_Ashalim_LS2_7687.jpg
  • the mirror array at the Ashalim power station is a solar thermal power station in the Negev desert near the kibbutz of Ashalim, in Israel. The station will provide 121 Megawatt of electricity (2.0% of the Israeli consumption), which makes it the largest of its kind in Israel and 5th largest in the world.
    RL_f_Ashalim_DSC_2676.jpg
  • the mirror array at the Ashalim power station is a solar thermal power station in the Negev desert near the kibbutz of Ashalim, in Israel. The station will provide 121 Megawatt of electricity (2.0% of the Israeli consumption), which makes it the largest of its kind in Israel and 5th largest in the world.
    RL_f_Ashalim_DSC_2675.jpg
  • the mirror array at the Ashalim power station is a solar thermal power station in the Negev desert near the kibbutz of Ashalim, in Israel. The station will provide 121 Megawatt of electricity (2.0% of the Israeli consumption), which makes it the largest of its kind in Israel and 5th largest in the world.
    RL_f_Ashalim_DSC_2674.jpg
  • The collection station at the Ashalim Solar Power station is a solar thermal power station in the Negev desert near the kibbutz Ashalim, in Israel. The station will provide 121 Megawatt of electricity (2.0% of the Israeli consumption), which makes it the largest of its kind in Israel and 5th largest in the world. The mirrors focus sun rays onto the tower, thus producing steam
    RL_f_Ashalim_DSC_2673.jpg
  • The collection station at the Ashalim Solar Power station is a solar thermal power station in the Negev desert near the kibbutz Ashalim, in Israel. The station will provide 121 Megawatt of electricity (2.0% of the Israeli consumption), which makes it the largest of its kind in Israel and 5th largest in the world. The mirrors focus sun rays onto the tower, thus producing steam
    RL_f_Ashalim_DSC_2672.jpg
  • The collection station at the Ashalim Solar Power station is a solar thermal power station in the Negev desert near the kibbutz Ashalim, in Israel. The station will provide 121 Megawatt of electricity (2.0% of the Israeli consumption), which makes it the largest of its kind in Israel and 5th largest in the world. The mirrors focus sun rays onto the tower, thus producing steam
    RL_f_Ashalim_DSC_2671.jpg
  • the mirror array at the Ashalim power station is a solar thermal power station in the Negev desert near the kibbutz of Ashalim, in Israel. The station will provide 121 Megawatt of electricity (2.0% of the Israeli consumption), which makes it the largest of its kind in Israel and 5th largest in the world.
    RL_f_Ashalim_DSC_2670.jpg
  • the mirror array at the Ashalim power station is a solar thermal power station in the Negev desert near the kibbutz of Ashalim, in Israel. The station will provide 121 Megawatt of electricity (2.0% of the Israeli consumption), which makes it the largest of its kind in Israel and 5th largest in the world.
    RL_f_Ashalim_DSC_2669.jpg
  • The collection station at the Ashalim Solar Power station is a solar thermal power station in the Negev desert near the kibbutz Ashalim, in Israel. The station will provide 121 Megawatt of electricity (2.0% of the Israeli consumption), which makes it the largest of its kind in Israel and 5th largest in the world. The mirrors focus sun rays onto the tower, thus producing steam
    RL_f_Ashalim_DSC_2259.jpg
  • The collection station at the Ashalim Solar Power station is a solar thermal power station in the Negev desert near the kibbutz Ashalim, in Israel. The station will provide 121 Megawatt of electricity (2.0% of the Israeli consumption), which makes it the largest of its kind in Israel and 5th largest in the world. The mirrors focus sun rays onto the tower, thus producing steam
    RL_f_Ashalim_DSC_2258.jpg
  • The reflecting mirrors at the Ashalim Solar Power station. A solar thermal power station in the Negev desert near kibbutz Ashalim, in Israel. The station will provide 121 Megawatt of electricity (2.0% of the Israeli consumption), which makes it the largest of its kind in Israel and 5th largest in the world. The mirrors focus sun rays onto the tower, thus producing steam
    EZ_Ashalim_6834.jpg
  • The Ashalim Solar Power station is a solar thermal power station in the Negev desert near the kibbutz Ashalim, in Israel. The station will provide 121 Megawatt of electricity (2.0% of the Israeli consumption), which makes it the largest of its kind in Israel and 5th largest in the world. The mirrors focus sun rays onto the tower, thus producing steam
    EZ_Ashalim_0892.jpg
  • The Ashalim Solar Power station is a solar thermal power station in the Negev desert near the kibbutz Ashalim, in Israel. The station will provide 121 Megawatt of electricity (2.0% of the Israeli consumption), which makes it the largest of its kind in Israel and 5th largest in the world. The mirrors focus sun rays onto the tower, thus producing steam
    EZ_Ashalim_0158.jpg
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