Generation Collection (page 9)

Koeberg nuclear power station C017 / 1929
Koeberg nuclear power station. Aerial view of the Koberg Nuclear Power Station, Western Cape, South Africa. Koeberg is currently (as of 2013)

Nuclear power plant and wind turbines. View of wind turbines outside the disused Brunsbuettel BWR (boiling water reactor) nuclear power station, Brunsbuettel, Germany

Early spacecraft solar array panel in Baikonur space museum, Kazakhstan

Control room of Kalinin Power Station
Nuclear power station conttrol room. View across the control room of the Kalininskaya power station, Russia. Kalininskaya has four pressurised water reactors (PWRs), each of 1000 MW capacity

Wind turbines at sunset C014 / 4285
Wind turbines at sunset. Wind power is a renewable and clean source of energy for electricity production. The wind turns the blades, and this drives a turbine to generate electricity

Natural gas field, Russia C015 / 6803
Natural gas. Aerial view of production rigs in the Vakhitovskoye natural gas field, Orenberg, Russia

Natural gas field, Russia C015 / 6804
Natural gas. Production rig in the Vakhitovskoye natural gas field, Orenberg, Russia

Bushehr nuclear power station, Iran
Iranian nuclear power. Interior of the reactor containment building of the Bushehr nuclear power plant in Iran. Hanging from the ceiling is a fuel rod assembly

Workers installing a turbine in a dam C018 / 2327
Hydroelectric power. Overhead view of workers in red hard hats installing a turbine at a hydroelectric power station. Photographed at the Saratovskaya plant at Balakovo, Russia

Sayano-Shushenskaya hydro dam
Hydroelectric dam. Spillway of the Sayano-Shushenskaya hydroelectric dam. This is the largest power plant in Russia and the sixth largest hydropower plant in the world

Geothermal power station C017 / 8286
Geothermal power. View of the Mutnovskaya geothermal power station in Kamchatka, Russia. This produces 50MW (megawatts) of electricity using steam heated by volcanic processes

Geothermal power station C017 / 8285
Geothermal power. View of the turbine hall of the Mutnovskaya geothermal power station in Kamchatka, Russia. This produces 50MW (megawatts) of electricity using steam heated by volcanic processes

Hydropower control room C018 / 2326
Control room of a hydroelectric power station. Photographed at the Saratovskaya plant at Balakovo, Russia

Geothermal power station C017 / 8284
Geothermal power. View of the turbine hall of the Mutnovskaya geothermal power station in Kamchatka, Russia. This produces 50MW (megawatts) of electricity using steam heated by volcanic processes

Kamchatskaya power station
Power station. View of the Kamchatskaya Thermal Power Station No.1 in Petropavlovsk-Kamchatsky, Russia. This is a coal-fired power station built in the 1960s

Upwind power plant, artwork C016 / 7546
Upwind power plant, computer artwork. In an upwind power station, hot air developing under a transparent canopy (blue), moves rapidly upward through a chimney (striped)

Central housing of a hydroelectric turbin C018 / 2330
Hydroelectric power. The central hub housing of a turbine at a hydroelectric power station, seen during construction. Photographed at the Saratovskaya plant at Balakovo, Russia

Tidal power plant, artwork C016 / 7544
Tidal power plant. Computer artwork of an array of offshore tidal turbines. Tidal forces rotate the propeller blades, which then drive a generator in order to produce electricity

Penly nuclear power station, France C017 / 7917
Penly nuclear power station. View of the Penly nuclear power station, Normandy, France, with the English Channel in the background

Penly nuclear power station, France C017 / 7918
Penly nuclear power station. View of the Penly nuclear power station, Normandy, France, with chalk cliffs and the English Channel in the background

Penly nuclear power station, France C017 / 7916
Penly nuclear power station. View of the Penly nuclear power station, Normandy, France, with the English Channel in the background

Night view of industrial chimneys C015 / 6207
Power station. Night time view of the chimneys of a power station. Photographed in Kazan, Russia

Workers installing a turbine in a dam C018 / 2328
Hydroelectric power. Turbine pit at a hydroelectric power station, seen during construction. Photographed at the Saratovskaya plant at Balakovo, Russia

Bearing of a hydroelectric turbine C018 / 2329
Hydroelectric power. Main bearing assembly of a turbine at a hydroelectric power station, seen during construction. Photographed at the Saratovskaya plant at Balakovo, Russia

Thorium cycle, artwork
Thorium cycle. Computer artwork showing the nuclear fuel cycle that uses the naturally abundant 232 isotope of thorium (Th-232) as the fertile material to produce energy

Liquid thorium reactor, artwork C016 / 4339
Liquid thorium reactor. Computer artwork showing the various stages and processes inside a liquid thorium reactor. A liquid fluoride thorium reactor (LFTR) is a type of thermal breeder reactor

Hyperion power nuclear reactor, artwork C016 / 4337
Hyperion power nuclear reactor. Computer artwork showing the design of a modular, inexpensive, inherently safe and proliferation-resistant nuclear reactor developed by Gen4 Energy

Voltaic pile made by Volta, 1799 C016 / 3646
Original voltaic pile. An original voltaic pile, an early form of battery, made in 1799 by Alessandro Volta (1745-1827). The three perspex rods are modern additions to hold the pile together

DURAN, Gustavo (1906-1969). Spanish composer.; GAYA, Ram󮠨 1910); ALBERTI, Rafael (1902-1999). Spanish poet from the Generation of 27.; BACARISSE, Salvador (1898-1963). Spanish composer

CLARIN, Leopoldo Alas y Ure񡬠also called (1852-1901)
CLARIN, Leopoldo Alas y Ure񡬠 also called (1852-1901). Spanish writer

ALEIXANDRE, Vicente (1898-1984)

GAYA, Ramn (1910); MACHADO, Antonio (1875-1939). Spanish poet from the Generation of 1898. First page from the closing

DIEGO, Gerardo (1896-1987); BORGES, Jorge Luis (1899-1986). Spanish poet, from the Generation of 27.; Argentinian poet, narrator and

BAROJA NESSI, Pѯ(1872-1956)
BAROJA NESSI, Pѯ (1872-1956)

BORGES, JORGE LUIS (1899-1986)
AZORIN, Jos MartЮ ez Ruiz, also called (1873-1967). Spanish writer, member of the Generation of 98. Title page of

GARCIA LORCA, Federico (1898-1936). Spanish poet and playwright from the Generation of 27. Backdrop for Teatro del

ALBERTI, Rafael (1902-1999); CERVANTES SaVEDRA, Miguel de (

ievich (1871-1919). BAROJA NESSI, PЯ (1872-1956). Spanish writer, member of the Generation of 98. Casern de Iztea

MACHADO, Antonio (1875-1939). Spanish poet from the Generation of 1898. Portrait of Antonio Machado. Oil on canvas

ALBERTI, Rafael (1902-1999)

Camacho, Marcelino (1918); Alberti
AZORIN, Jos MartЮ ez Ruiz, also called (1873-1967). Spanish writer, member of the Generation of 98. Top hat, gloves

USA, West Virginia, Greenbrier County, Wind turbine rises above forest in Appalachian Mountains at Beech Ridge Wind Farm on spring afternoon

Dam - View of Roxburgh Dam New Zealands earliest hydroelectric dam built between 1949
MAB-628 Dam - View of Roxburgh Dam New Zealands earliest hydroelectric dam built between 1949 and 1956 on the Clutha river South Island. The eight unit power station now has a capacity of 320 MW

Biogas generation at Wingmoor Farm, Glos, UK - Cory Environmental, a subsidiary of Exel
MAB-32 Biogas generation at Wingmoor Farm, Glos UK Cory Environmental, a subsidiary of Exel, is one of the UK's leading recycling and waste management companies

Photovoltaic shingle tile roof on Brockweir & Hewelsfield Village Shop Forest of Dean UK
MAB-741 Photovoltaic shingle tile roof on Brockweir & Hewelsfield Village Shop Forest of Dean UK Gloucestershire, UK Almost the entire roof is photovolatic shingles with just a small strip of

Wind Turbine Ridgeline, WY, USA

New Zealand, North Island, near Taupo, Wairakei Geothermal Power Station and Storm Clouds

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Generation: A Journey Through Time and Progress In the ever-evolving tapestry of our existence, generation after generation has witnessed remarkable milestones that have shaped our world. From the iconic Volkswagen VW Camper Van symbolizing freedom and adventure to the haunting Three Mile Island nuclear power station disaster that reminded us of the delicate balance between progress and responsibility. As we strive for a sustainable future, wind turbines stand tall on our horizons, harnessing nature's force to power our cities. The ITER fusion research reactor represents humanity's relentless pursuit of clean energy solutions, while Indian Point nuclear power station serves as a reminder of both its potential and risks. The last known photo captures Captain Smith of RMS Titanic, an emblematic figure from a bygone era when technological marvels were met with unforeseen tragedy. Tesla coils firing in mesmerizing artwork remind us of Nikola Tesla's visionary contributions to electrical engineering. On the shores near Workington, construction workers diligently install cables connecting Robin Rigg offshore wind farm to homes across Solway Firth – a testament to human ingenuity meeting renewable energy demands. Wind turbines continue their graceful dance against azure skies while solar panels bask in sunlight, silently converting it into electricity for countless households. Hinkley Point 33900_001 stands as a beacon of hope for cleaner energy production amidst environmental concerns. Meanwhile, Dounreay remains an enduring symbol of scientific exploration and innovation in nuclear technology. Each passing generation carries forward lessons learned from those before them; they embrace new technologies while grappling with their consequences. We are but one link in this chain – responsible for preserving what was left behind by previous generations and paving the way for those yet to come. Through triumphs and setbacks alike, we forge ahead towards a brighter tomorrow - mindful that each decision made today shapes not only our present but also defines the legacy we leave behind for future generations.