1712 to 2026 — every major event
The complete energy timeline
The Steam Age — 1712 to 1859
Technology
Newcomen atmospheric steam engine — first practical steam power
52.51°N 2.09°W · Dudley, West Midlands, England
Thomas Newcomen installed the first commercially successful steam engine at a colliery in Dudley, England. It pumped water from coal mines — solving the problem that was limiting coal extraction depth. Efficiency: approximately 0.5% (compared to ~25% for modern turbines). It ran on coal to pump water to mine more coal — the fossil fuel age's first positive feedback loop. Newcomen's design was displaced by Watt's much more efficient engine 57 years later, but it started the Industrial Revolution's clock ticking.
Source: Science Museum, London · Newcomen Society
Technology
James Watt separate condenser — the Industrial Revolution's engine
52.48°N 1.89°W · Birmingham, England (Soho Manufactory)
James Watt's separate condenser patent made steam engines 3–4× more efficient than Newcomen's design. The Soho Manufactory (52.54°N 1.93°W), where Watt and Matthew Boulton built them, became the world's most influential factory. By 1800, approximately 500 Boulton & Watt engines were in operation across Britain's mines, mills, and factories. The watt (W) unit of power is named after him — an apt tribute given that every kilowatt-hour in the world is measured in his name.
Source: Birmingham Museum and Art Gallery · Science Museum, London
Technology
Stephenson's Stockton & Darlington Railway — coal transforms civilisation
54.55°N 1.33°W · Stockton-on-Tees / Darlington, England
George Stephenson's first public steam railway used coal as fuel and coal as the primary cargo. Before railways, coal could only economically travel approximately 10 miles from a mine. Railways made coal a universal fuel accessible anywhere on a rail network — transforming it from a local resource into the fuel of industrial civilisation. The Liverpool and Manchester Railway (1830) proved railways could move passengers at speeds previously impossible — beginning the transformation of how humans relate to distance and time.
Source: National Railway Museum, York
Discovery
Faraday discovers electromagnetic induction — every generator ever built follows this law
51.51°N 0.11°W · Royal Institution, London
Michael Faraday demonstrated that moving a magnet through a coil of wire generates an electric current — electromagnetic induction. Every electrical generator on Earth, from a 1,000 MW turbine at Three Gorges to a bicycle dynamo, operates on this principle. Every transformer in every electricity grid operates on this principle. Faraday's discovery in a basement laboratory at the Royal Institution translated, within 50 years, into Edison's power stations, Tesla's AC grid, and the entire electrical infrastructure of modern civilisation.
Source: The Royal Institution · IEEE History Centre
Discovery
Becquerel discovers the photovoltaic effect (aged 19)
48.85°N 2.35°E · Musée d'Histoire Naturelle, Paris
Edmond Becquerel, working in his father's laboratory at age 19, noticed that illuminating one platinum electrode in an acid solution increased the electric current — the photovoltaic effect. Every solar panel ever made operates on this principle — 187 years after a teenager in Paris stumbled upon it in an electrochemistry experiment.
Source: Comptes Rendus de l'Académie des Sciences (1839) · American Institute of Physics
The Oil Age Begins — 1859 to 1900
Technology
Edwin Drake strikes oil at Titusville — the petroleum age begins
41.63°N 79.68°W · Titusville, Pennsylvania, USA
Drake's drill hit oil at 21 metres depth — the world's first commercially successful oil well. His key innovation: steel pipe casing to prevent borehole collapse. Within months, hundreds of wells were being drilled across western Pennsylvania. The kerosene refined from this crude replaced whale oil in lamps across North America — both saving the whale from extinction and beginning the age of fossil fuel dependence. Drake died in poverty. The industry he created generated trillions of dollars.
Source: Drake Well Museum, Titusville · AAPG Historical Records
Technology · First hydroelectric
Armstrong's Cragside — first house lit by hydroelectricity
55.33°N 1.85°W · Cragside, Northumberland, England
William Armstrong used a small lake and a Siemens arc lamp at Cragside to create the world's first hydroelectric power. The house became the first in the world lit by electricity generated from falling water. Armstrong proved the concept that water could reliably generate electricity — opening the path to Niagara Falls (1895), Hoover Dam (1936), and the world's 1,392 GW of hydropower.
Source: National Trust · Armstrong Archives, Newcastle University
Technology · First power station
Edison opens Pearl Street Station — first commercial electricity
40.71°N 74.00°W · Pearl Street, Manhattan, New York
Edison's Pearl Street Station began supplying DC electricity to 59 customers in a 1-square-mile area of lower Manhattan. At 3 PM on opening day it lit 400 lamps. It established the fundamental model of electricity generation and distribution that every power grid in the world still follows — central generation, wired distribution, metered consumption. Within 14 months, Pearl Street served 508 customers and 12,732 lamps.
Source: Thomas Edison National Historical Park · US National Park Service
Technology · First wind turbine
Brush builds first automatic wind turbine — Cleveland, Ohio
41.50°N 81.69°W · Cleveland, Ohio, USA
Charles Brush built an 18-metre, 144-blade wind turbine in his Cleveland backyard. It produced 12 kW, operated for 20 years, and charged batteries that powered his laboratory. Proved wind could generate electricity automatically without human intervention. The multi-blade, slow-rotation design was later replaced by faster, more efficient turbines with fewer blades — based on work by Poul la Cour in Denmark. But Brush was first.
Source: IEEE History Centre · Western Reserve Historical Society
Technology · AC power victory
Niagara Falls AC power plant — Tesla/Westinghouse prove AC wins
43.08°N 79.06°W · Niagara Falls, New York/Ontario
The Niagara Falls hydroelectric plant commissioned Tesla's alternating current generators to power Buffalo, 40 km away — proving AC could distribute electricity economically across long distances, which DC could not. The "War of Currents" between Edison (DC) and Tesla/Westinghouse (AC) was effectively decided here. Within 15 years, AC became the global standard for electricity transmission — which it remains today. The entire world's power grid runs on the system proved at Niagara.
Source: Niagara Falls Museum · IEEE History Centre
The Energy Century — 1900 to 1945
Technology · First geothermal
Larderello — world's first geothermal electricity
43.25°N 10.87°E · Larderello, Tuscany, Italy
Prince Piero Ginori Conti demonstrated electricity generation from steam vents at Larderello — running a small turbine and five light bulbs. By 1911, the plant powered the local railway. Larderello still generates approximately 800 MW today — having produced electricity continuously for over 120 years from the same natural steam field. The oldest and longest-running geothermal power complex on Earth.
Source: Enel Green Power historical records · Geothermal Museum, Larderello
Discovery
Saudi Arabia's oil discovered — Dammam No. 7 well
26.31°N 50.15°E · Dammam / Dhahran area, Saudi Arabia
After six consecutive dry wells that nearly ended the concession, geologist Max Steineke persuaded Standard Oil of California (CASOC, later Aramco) to keep drilling at Dammam No. 7. Oil struck in March 1938 in commercially viable quantities. The well is considered the birth of the modern Saudi oil industry. Further exploration revealed the supergiant Ghawar field (1948) and transformed Saudi Arabia from a subsistence economy into the world's swing oil producer and the fulcrum of global energy geopolitics.
Source: AAPG Bulletin Memorial · Saudi Aramco Historical Records
Discovery · Nuclear age begins
Fermi achieves first controlled nuclear chain reaction
41.79°N 87.60°W · Stagg Field, University of Chicago, Illinois
Under the football stadium stands at the University of Chicago, Enrico Fermi achieved the world's first self-sustaining nuclear chain reaction in Chicago Pile-1. Maximum power: 200 watts. The experiment ran for 28 minutes. Fermi cabled the Manhattan Project's Arthur Compton: "The Italian navigator has just landed in the new world." Every nuclear reactor on Earth descends from this moment — from France's 56-reactor fleet to India's PHWRs to ITER's plasma physics experiments.
Source: Argonne National Laboratory · US Department of Energy Manhattan Project records
Atomic Age and Solar Dawn — 1945 to 1973
Technology · First silicon solar cell
Bell Labs demonstrates first practical silicon solar cell (6%)
40.68°N 74.40°W · Murray Hill, New Jersey, USA
Daryl Chapin, Calvin Fuller, and Gerald Pearson at Bell Labs demonstrated a silicon solar cell converting sunlight to electricity at approximately 6% efficiency — 100× more efficient than selenium cells. The New York Times called it "the beginning of a new era." Their 6% in 1954 has become 24% for mass-market panels and 47% in laboratory tandems in 2024. The 70-year journey from 6% to 47% is one of the most dramatic efficiency improvements in engineering history.
Source: Bell Labs Archives · New York Times, 26 April 1954
Technology · First commercial nuclear
Calder Hall opens — world's first commercial nuclear power station
54.42°N 3.50°W · Sellafield, Cumbria, England
Queen Elizabeth II opened Calder Hall — the world's first nuclear power station to supply electricity commercially to a national grid. Initial capacity: 50 MW (later expanded to 200 MW). It operated until 2003. The MAGNOX reactor design pioneered at Calder Hall was the basis for 11 subsequent UK nuclear stations. The UK launched the nuclear age 14 years after Fermi proved the physics was possible.
Source: UK National Nuclear Laboratory · Nuclear Decommissioning Authority
Policy · Energy shock
OPEC oil embargo — energy geopolitics changes forever
24.68°N 46.72°E · Riyadh, Saudi Arabia (OPEC decision)
OPEC Arab members, led by Saudi Arabia, embargoed oil exports to the USA and other Western nations supporting Israel in the Yom Kippur War. Oil prices quadrupled from $3 to $12/bbl in 3 months. Long petrol queues paralysed Western countries. GDP fell across OECD nations. The shock triggered: (1) the creation of the International Energy Agency (IEA, 1974) specifically to coordinate responses to supply disruptions; (2) a 20-year investment in North Sea oil (UK, Norway), Prudhoe Bay Alaska, and nuclear power; (3) the first serious energy conservation legislation; (4) the concept of strategic petroleum reserves. The 1979 Iranian Revolution caused a second oil shock.
Source: IEA History · US Federal Reserve energy shock analysis
Disasters and Policy — 1973 to 2000
Accident · Nuclear
Three Mile Island partial meltdown — nuclear safety reforms
40.15°N 76.73°W · Middletown, Pennsylvania, USA
A loss-of-coolant accident and operator errors caused a partial core meltdown in PWR Unit 2. No one died directly, and radiation releases were limited. But the accident shattered public confidence in nuclear power in the USA. No new nuclear reactor was ordered in the USA for 30 years after 1979. The accident redesigned nuclear safety culture globally — independent regulators, operator training overhauls, simulator requirements. The IAEA's INSAG (International Nuclear Safety Advisory Group) was created in direct response. INES Scale rating: 5 (Accident with Wider Consequences).
Source: US Nuclear Regulatory Commission · NRC Three Mile Island Special Inquiry
Accident · Nuclear · Worst ever
Chernobyl explosion — the worst nuclear accident in history
51.39°N 30.10°E · Chernobyl, Ukrainian SSR (now Ukraine)
Reactor No. 4 at the Chernobyl Nuclear Power Plant exploded during a safety test, causing a steam explosion and graphite fire that released approximately 400 times more radioactivity than the Hiroshima bomb. 2 workers died immediately; 28 first responders died of acute radiation syndrome within months. The total health toll is contested — WHO estimates several thousand eventual cancer deaths; other analyses suggest more. 350,000 people were evacuated from a 30 km exclusion zone. Belarus, Ukraine, and parts of Russia were contaminated. The accident accelerated the Soviet Union's political collapse. It ended the first wave of nuclear expansion globally. INES Scale rating: 7 (Maximum). The Chernobyl exclusion zone (51.39°N 30.10°E) has paradoxically become a wildlife refuge as humans are excluded.
Source: IAEA Chernobyl Forum Report (2005) · WHO Chernobyl Assessment · UNSCEAR 2008
Policy · Climate
IPCC established — climate science gets an institutional voice
46.23°N 6.05°E · Geneva, Switzerland (WMO/UNEP)
The Intergovernmental Panel on Climate Change (IPCC) was established jointly by the World Meteorological Organization (WMO) and United Nations Environment Programme (UNEP). Its First Assessment Report (1990) established scientific consensus that human greenhouse gas emissions were causing climate change. The IPCC's subsequent Assessment Reports (AR2 1995, AR3 2001, AR4 2007, AR5 2013, AR6 2021–2023) have progressively strengthened the scientific case and directly shaped every major climate policy from Kyoto to Paris. The IPCC AR6 WG3 Annex II is the primary source for lifecycle emissions data throughout this Codex.
Source: IPCC About IPCC · WMO/UNEP records
Policy · Climate treaty
Kyoto Protocol — first binding greenhouse gas reduction treaty
35.01°N 135.77°E · Kyoto, Japan
The Kyoto Protocol committed industrialised nations to reduce greenhouse gas emissions by an average of 5.2% below 1990 levels during 2008–2012. Key limitations: the USA signed but Congress never ratified; China and India were exempt as developing nations. Despite limitations, Kyoto established the framework of nationally binding emissions targets, the Clean Development Mechanism, and emissions trading systems — all of which influenced the Paris Agreement 18 years later. It entered into force after Russia ratified.
Source: UNFCCC Kyoto Protocol documentation
The Renewable Revolution — 2000 to 2015
Technology · First offshore wind
Vindeby offshore wind farm — the world's first offshore wind
54.97°N 10.96°E · Vindeby, Lolland, Denmark
Vindeby (11 × 450 kW = 4.95 MW, –) was the world's first offshore wind farm — installed by Ørsted (then ELSAM) in 4 metres of water. Though tiny by modern standards, it proved offshore wind was technically feasible. The farm operated for 25 years before decommissioning. The 4.95 MW of Vindeby has grown to Hornsea Two's 1,386 MW in 30 years — a 280× capacity increase in a single technology in one generation.
Source: Ørsted company history · Danish Energy Agency
Accident · Oil spill
Deepwater Horizon explosion — largest accidental marine oil spill
28.74°N 88.37°W · Gulf of Mexico, 66 km offshore Louisiana
The BP Deepwater Horizon semi-submersible drilling rig exploded and sank, killing 11 workers. For 87 days, the Macondo well leaked approximately 4.9 million barrels of crude oil into the Gulf of Mexico — the largest accidental marine oil spill in history. BP's total costs exceeded $65 billion. The disaster reshaped offshore drilling safety regulations globally, led to redesigned blowout preventers, real-time drilling monitoring requirements, and independent well-control systems. BP CEO Tony Hayward resigned. The accident is documented in the National Commission on the BP Deepwater Horizon Oil Spill and Offshore Drilling report.
Source: National Commission on the BP Deepwater Horizon Oil Spill · US Bureau of Safety and Environmental Enforcement
Accident · Nuclear · INES 7
Fukushima Daiichi meltdown — tsunami triggers nuclear crisis
37.42°N 141.03°E · Ōkuma, Fukushima, Japan
A magnitude 9.0 earthquake and subsequent 15-metre tsunami disabled cooling systems at Fukushima Daiichi BWR plant, causing three reactor meltdowns. 154,000 people were evacuated; the exclusion zone covered 20 km around the plant. No direct radiation deaths have been attributed to Fukushima (WHO estimate), though disruption-related deaths occurred. Fukushima caused Japan to shut down all 54 of its reactors for safety reviews — increasing its coal and gas imports by approximately $30 billion/year. Germany announced an accelerated nuclear phase-out within weeks. The accident severely set back nuclear expansion globally for a decade. INES Scale rating: 7.
Source: IAEA Fukushima Daiichi Accident Report (2015) · UNSCEAR 2020 Fukushima Report
Policy · Climate · Most important
Paris Agreement — 196 nations commit to 1.5°C limit
48.92°N 2.36°E · Le Bourget, Paris, France (COP21 venue)
The Paris Agreement was adopted by 196 Parties at the UN Climate Conference (COP21). The central aim: limit global warming to well below 2°C above pre-industrial levels, with efforts to limit to 1.5°C. Unlike Kyoto, Paris applies to all countries (not just developed nations) and uses Nationally Determined Contributions (NDCs) that countries set themselves. India's NDC targets: 45% reduction in emissions intensity of GDP by 2030, 50% non-fossil electricity by 2030. The Agreement entered into force . The IEA's NZE 2050 scenario is the reference pathway for achieving the Paris goals. The USA withdrew under Trump (2020), rejoined under Biden (2021).
Source: UNFCCC Paris Agreement · French Ministry of Foreign Affairs COP21 records
The Transition Era — 2015 to 2026
Record · Solar cost
Solar auction at $29.10/MWh in UAE — solar cheaper than new coal
23.63°N 54.13°E · Sweihan, Abu Dhabi, UAE
The Sweihan Solar Project (now Noor Abu Dhabi, 1,177 MW) cleared at $29.10/MWh — at the time the lowest solar price ever recorded globally. New coal plants were generating at $65–100/MWh in developed markets. For the first time, new solar was demonstrably cheaper than new coal anywhere, not just in niche locations. This was the inflection point at which the energy transition became irreversible. India's Bhadla record of ₹1.99/kWh (~$24/MWh) came four years later in 2020.
Source: IEA World Energy Outlook 2016 · ADNOC · IRENA 2016 LCOE Report
Record · Fusion
NIF achieves fusion ignition — Q>1 for the first time
37.69°N 121.71°W · National Ignition Facility, Livermore, California
The US National Ignition Facility (NIF) achieved fusion ignition for the first time — producing more energy from fusion than the laser energy delivered to the target (Q>1 in inertial confinement fusion terms). Input: 2.05 megajoules of laser energy. Output: 3.15 megajoules of fusion energy — a gain of approximately 1.5×. While the overall system efficiency (accounting for the electricity required to power the lasers) was far below breakeven, the physics milestone of ignition was genuine. After 70 years in which fusion was "always 30 years away," this was the first time any form of controlled fusion produced more energy than was delivered to the fuel. The announcement was made .
Source: US Department of Energy NIF announcement December 2022 · Physical Review Letters
Policy · Geopolitics
Russia invades Ukraine — greatest energy supply shock since 1973
50.45°N 30.52°E · Kyiv, Ukraine (conflict centre)
Russia's full-scale invasion of Ukraine triggered the most significant global energy supply disruption since the 1973 oil embargo. European gas prices rose 600% in 2022. Russia cut Nord Stream 1 gas flows progressively; both Nord Stream pipelines were sabotaged in September 2022. Europe scrambled to fill gas storage (77% by August 2022, meeting targets through conservation and alternatives). Consequences: Germany approved four FSRUs as emergency LNG terminals in under 12 months; global LNG trade was permanently redirected as Europe replaced Russian gas with US and Qatari LNG; India and China bought discounted Russian crude at $25–30/bbl below Brent; the IEA triggered a 182 million barrel SPR release; European electricity prices hit records. The crisis permanently accelerated Europe's renewable energy transition — the EU's REPowerEU plan targeted 600 GW of solar by 2030.
Source: IEA Russia Special Report 2022 · European Commission REPowerEU
Record · Solar
Solar adds 413 GW in one year — more than any source ever added in one year
31.23°N 121.47°E · Global centre of gravity (Shanghai, China)
In 2023, the world added approximately 413 GW of solar PV capacity — the largest annual addition of any power generation technology in history. Total solar capacity crossed 1.6 TW. China alone installed approximately 217 GW (more than the entire world installed in any year before 2021). The 413 GW exceeded the combined additions of wind, hydro, nuclear, coal, and gas. Solar's share of new electricity capacity crossed 70% globally for the first time. The cost of solar modules fell to approximately $0.10–0.15/Wp — a 99.6% cost reduction since 1977. Source: IEA Renewables 2024 · IRENA.
Source: IEA Renewables 2024 · IRENA Renewable Capacity Statistics 2024
Policy · COP28
COP28 Dubai — first explicit fossil fuel transition language
25.13°N 55.37°E · Expo City, Dubai, UAE
COP28 in Dubai produced the first-ever UN climate agreement explicitly calling for "transitioning away from fossil fuels." Previous agreements had only referenced "phasing down" coal (COP26, Glasgow). The decision also called for tripling renewable energy capacity and doubling energy efficiency by 2030. 130 countries pledged to triple nuclear by 2050. India signed the tripling renewables pledge. The agreement was significant for being hosted in an oil-producing nation (UAE) and presided over by an oil company executive (Sultan Al Jaber, CEO of ADNOC) — yet still producing the language on fossil fuels. Source: UNFCCC COP28 decisions.
Source: UNFCCC COP28 Final Agreement · UAE COP28 Presidency
Provenance
Attribution and citation
- Sources
- IEA · IAEA · UNFCCC · US DOE · IEEE History Centre · US National Park Service · National Nuclear Laboratory UK · Science Museum London · Argonne National Laboratory · company historical records
- Cite as
- "Energy History Timeline", The Energy Codex, https://thecodex.expert/energy/timeline/, last updated .