50 Technologies that Changed Energy
The photos and items exhibited here illustrate how the arrival of new technologies has consistently redefined society’s relationship with energy since the start of the industrial revolution. In many of our fifty selected examples, the new technologies have been so impactful that they have changed international trade flows and the fortunes of nations or, in some cases, led to the restoration of health and habitats. As the timeline approaches the present day, the technological focus is shifting away from the extraction and transformation of fuels and towards more digital solutions and manufacturing techniques that have the potential to dramatically reduce emissions in coming decades.
To view the full gallery and descriptions, please click on the photo.
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Self-healing grids, 2020s
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50 Technologies that Changed Energy

Atmospheric steam engine, 1710s

Fractional crude oil distillation, 1850s
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Four-stroke gasoline engine, 1870s

Incandescent light bulb, 1870s

Carburetted water gas process, 1870s

Pneumatic tyre, 1880s
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Water electrolyser to make hydrogen, 1890s

Synchronous alternator electric generator, 1890s

Synchronous AC power grid, 1900s

Haber Bosch process, 1900s

First mass-market automobile, 1900s

Fischer-Tropsch process, 1920s

Turbojet gas turbine, 1940s

Controlled nuclear fission boiler, 1950s

Pumpjack (or "nodding donkey"), 1950s

Gedser wind turbine, 1950s

Smokeless fuel, 1950s
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Semi-submersible offshore oil production platform, 1960s
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Gas liquefaction for LNG, 1960s
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Wet scrubber for removing sulphur from flue gas, 1960s
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Anaerobic digestion for biogas, 1970s

Induction hob, 1970s
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Pre-insulated prefabricated district heating pipes, 1970s
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High-speed electric rail, 1970s
Building energy management system, 1980s
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Variable speed drive motor, 1980s

Smart meter with real-time data collection and communication, 1990s

Directional drilling, 1990s
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Proton exchange membrane electricity generator, 1990s
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Time-lapse, or 4D, seismic survey, 1990s
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Multi-wire saw for solar PV silicon wafers, 1990s
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White LED light, 1990s
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Insulated-gate bipolar transistor for ultra-high voltage conversion, 1990s
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Mass-produced solar PV cell, 1990s
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Floating offshore wind turbine, 2000s
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Mass market electric car with lithium-ion batteries, 2000s
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Hydrogen-reduced sponge iron, 2000s

Ultra-supercritical steam generator, 2000s

High temperature heat pumps, 2000
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Lithium-ion vehicle battery, 2000s
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Electric scooter with lithium-ion battery, 2010s
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Solid-state sensible high-temperature heat storage, 2010s
PAYG mobile payments for electricity access, 2010s
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Direct air capture of CO2, 2010s
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Methane monitoring via infrared satellite imagery, 2020s
Direct recycling for lithium-ion batteries, 2020s

Iron batteries for mid- and long-duration electricity storage, 2020s

Near-zero emission cement and concrete, 2020s
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Enhanced geothermal lateral wells, 2020s
%252520(1).jpg)
Self-healing grids, 2020s
.jpg)
50 Technologies that Changed Energy

Atmospheric steam engine, 1710s

Fractional crude oil distillation, 1850s
.jpg)
Four-stroke gasoline engine, 1870s

Incandescent light bulb, 1870s

Carburetted water gas process, 1870s

Pneumatic tyre, 1880s
.jpg)
Water electrolyser to make hydrogen, 1890s

Synchronous alternator electric generator, 1890s

Synchronous AC power grid, 1900s

Haber Bosch process, 1900s

First mass-market automobile, 1900s

Fischer-Tropsch process, 1920s

Turbojet gas turbine, 1940s

Controlled nuclear fission boiler, 1950s

Pumpjack (or "nodding donkey"), 1950s

Gedser wind turbine, 1950s

Smokeless fuel, 1950s
.jpg)
Semi-submersible offshore oil production platform, 1960s
%2520(1)%2520(1)%2520(2).jpg)
Gas liquefaction for LNG, 1960s
.jpg)
Wet scrubber for removing sulphur from flue gas, 1960s
.jpg)
Anaerobic digestion for biogas, 1970s

Induction hob, 1970s
.jpg)
Pre-insulated prefabricated district heating pipes, 1970s
.jpg)
High-speed electric rail, 1970s
Building energy management system, 1980s
.jpg)
Variable speed drive motor, 1980s

Smart meter with real-time data collection and communication, 1990s

Directional drilling, 1990s
%252520(1).jpg)
Proton exchange membrane electricity generator, 1990s
.jpg)
Time-lapse, or 4D, seismic survey, 1990s
.jpg)
Multi-wire saw for solar PV silicon wafers, 1990s
.jpg)
White LED light, 1990s
.jpg)
Insulated-gate bipolar transistor for ultra-high voltage conversion, 1990s
.jpg)
Mass-produced solar PV cell, 1990s
.jpg)
Floating offshore wind turbine, 2000s
.jpg)
Mass market electric car with lithium-ion batteries, 2000s
.jpg)
Hydrogen-reduced sponge iron, 2000s

Ultra-supercritical steam generator, 2000s

High temperature heat pumps, 2000
.jpg)
Lithium-ion vehicle battery, 2000s
.jpg)
Electric scooter with lithium-ion battery, 2010s
.jpg)
Solid-state sensible high-temperature heat storage, 2010s
PAYG mobile payments for electricity access, 2010s
%252520(1).jpg)
Direct air capture of CO2, 2010s
%252520(1).jpg)
Methane monitoring via infrared satellite imagery, 2020s
Direct recycling for lithium-ion batteries, 2020s

Iron batteries for mid- and long-duration electricity storage, 2020s

Near-zero emission cement and concrete, 2020s
.png)
Enhanced geothermal lateral wells, 2020s
%252520(1).jpg)
Self-healing grids, 2020s