
$47.34K
1
10

$47.34K
1
10
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In 2030 If X Y is the largest source of global primary energy consumption in 2030, then the market resolves to Yes. Early close condition: This market will close and expire early if the event occurs. This market will close and expire early if the event occurs.
Prediction markets on Kalshi currently price the probability that oil will be the largest source of global primary energy consumption in 2030 at approximately 42%. This indicates the market views oil retaining its top position as a plausible, but uncertain, outcome. With a probability significantly below 50%, the collective wisdom suggests a meaningful chance that another energy source, such as natural gas, coal, or renewables, could overtake it within the next six years. The total volume of about $47,000 across related markets is considered thin, meaning this consensus could be more volatile to new information.
The current pricing reflects a tension between oil's entrenched dominance and powerful transition forces. Oil has been the leading global energy source for decades, and massive existing infrastructure, along with persistent demand from sectors like transportation and petrochemicals, provides a strong baseline. However, the 42% probability, rather than a higher one, is heavily influenced by the accelerating global push for decarbonization. Major policy initiatives like the U.S. Inflation Reduction Act and the EU's Green Deal are funneling unprecedented investment into renewable energy and electrification, aiming to displace fossil fuel demand. Furthermore, sustained growth in electric vehicle adoption directly challenges oil's core transportation market.
The odds will be highly sensitive to policy developments, technological breakthroughs, and macroeconomic trends. A significant acceleration in the deployment of wind, solar, and battery storage, coupled with faster-than-expected EV uptake, could drive oil's probability lower. Conversely, a slowdown in the energy transition due to geopolitical events, political shifts in key countries, or technological hurdles for renewables could increase oil's perceived chances. Key reports to watch include the annual energy outlooks from the International Energy Agency (IEA) and OPEC, which provide authoritative demand forecasts. A sustained period of low oil prices could also delay switching, while high prices could accelerate alternatives.
AI-generated analysis based on market data. Not financial advice.
This prediction market topic addresses a fundamental question about the future of global energy systems: which energy source will dominate the world's primary energy consumption by the year 2030. Primary energy consumption refers to the direct use of energy at the source, before any conversion or transformation into other forms like electricity. The market specifically resolves to 'Yes' if a particular energy source, designated as X Y, becomes the single largest contributor to this global consumption metric. This question sits at the intersection of energy policy, technological advancement, economic development, and climate change mitigation efforts. The outcome will signal whether the global energy transition is accelerating or if incumbent fossil fuels maintain their historical dominance. Recent developments, including the 2022 energy crisis triggered by geopolitical conflicts, massive investments in renewable energy capacity, and evolving climate pledges under international agreements, have injected significant uncertainty into long-term energy forecasts. Analysts, investors, and policymakers are intensely interested in this question because it has profound implications for trillion-dollar investment decisions, national energy security strategies, and the feasibility of international climate targets. The resolution will provide a concrete benchmark for assessing the pace of the global energy transition.
The composition of global primary energy consumption has evolved significantly over the past century, with major transitions defining economic eras. Coal was the dominant source during the Industrial Revolution and held the top position until the mid-1960s. The rise of petroleum, fueled by the proliferation of the internal combustion engine and post-World War II economic expansion, saw oil surpass coal to become the leading source. This transition was solidified during the 20th century, with oil maintaining its lead for decades. Natural gas gained substantial market share from the 1970s onward, becoming a major source for electricity generation and heating. The modern concept of an 'energy transition' gained political traction following the 1997 Kyoto Protocol, but for decades, the share of non-fossil sources like nuclear, hydro, and modern renewables (solar, wind) grew only slowly relative to the expanding total energy pie. A pivotal historical precedent was the 1973 oil crisis, which demonstrated how geopolitical events could abruptly alter energy consumption patterns and trigger shifts toward alternative sources, though the dominance of fossil fuels was ultimately reinforced. The 2015 Paris Agreement marked a turning point, committing nations to limit global warming and catalyzing more serious policy support for low-carbon energy, setting the stage for the current competitive landscape between traditional and new energy sources.
The identity of the largest energy source in 2030 will be a powerful indicator of the world's trajectory on climate change. If a fossil fuel remains on top, it suggests the Paris Agreement goals of limiting warming to 1.5 or 2 degrees Celsius are increasingly out of reach, with severe consequences for global ecosystems, food security, and extreme weather patterns. Economically, the outcome will determine which industries and nations reap trillions in revenue and which face stranded assets. Countries and corporations that bet correctly on the winning energy vector will gain geopolitical and market power, while those tied to declining sources may face economic disruption. For global security, continued fossil fuel dominance could perpetuate vulnerabilities to price shocks and supply disruptions linked to volatile regions. Conversely, a transition led by geographically diverse renewables could enhance energy independence for many nations. The result will also validate or invalidate current investment theses, redirecting capital flows that shape the infrastructure of the global economy for decades to come.
As of late 2024, the energy landscape is in a state of flux. Record deployments of solar and wind capacity are occurring globally, with 2023 seeing a 50% year-on-year increase in renewable capacity additions. Simultaneously, demand for oil and coal hit record highs in 2023, demonstrating the inertia of existing energy systems. The International Energy Agency's November 2023 report projected that peak demand for coal, oil, and natural gas could occur this decade under current policies. However, near-term factors like geopolitical tensions continue to emphasize energy security, which some nations are addressing with renewed investment in fossil fuel infrastructure. The next major data point will be the COP29 climate conference and subsequent updates to national climate pledges (NDCs), which could further clarify the policy trajectory toward 2030.
Primary energy is the raw energy found in nature, like crude oil, coal, natural gas, sunlight, or wind, before it is converted. Electricity is a secondary energy form, generated from primary sources. For example, the energy in sunlight (primary) is converted by solar panels into electricity (secondary). This market is about the consumption of the primary sources themselves.
In 2020, oil was the largest source of global primary energy consumption, accounting for approximately 31.2% of the total. This was followed by coal at 27.2% and natural gas at 24.7%. The COVID-19 pandemic caused a temporary dip in overall consumption but did not change the ranking.
Agencies like the IEA use integrated assessment models that factor in current policies, technology cost trends, economic and population growth projections, and announced investment plans. They create multiple scenarios (e.g., Stated Policies, Announced Pledges) to show a range of possible outcomes based on different levels of policy action and technological adoption.
It is highly improbable. While nuclear is a significant low-carbon source of electricity, its share of global primary energy has been stable at around 4-5% for decades. The long lead times for plant construction mean its share is not projected to increase dramatically by 2030, barring an unprecedented global construction program.
Natural gas produces fewer carbon emissions per unit of energy than coal when burned. It is seen by some as a 'bridge' or 'transition' fuel that can provide reliable power while renewable capacity scales up and storage technology improves. Its role in the 2030 mix is hotly debated between those advocating for its use and those arguing it delays the full transition to renewables.
Educational content is AI-generated and sourced from Wikipedia. It should not be considered financial advice.
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10 markets tracked
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| Market | Platform | Price |
|---|---|---|
What will be the largest source of global primary energy consumption in 2030? (Oil) | Kalshi | 42% |
What will be the largest source of global primary energy consumption in 2030? (Coal) | Kalshi | 34% |
What will be the largest source of global primary energy consumption in 2030? (Gas) | Kalshi | 20% |
What will be the largest source of global primary energy consumption in 2030? (Nuclear) | Kalshi | 5% |
What will be the largest source of global primary energy consumption in 2030? (Solar) | Kalshi | 4% |
What will be the largest source of global primary energy consumption in 2030? (Wind) | Kalshi | 2% |
What will be the largest source of global primary energy consumption in 2030? (Other renewables) | Kalshi | 2% |
What will be the largest source of global primary energy consumption in 2030? (Hydropower) | Kalshi | 2% |
What will be the largest source of global primary energy consumption in 2030? (Modern biofuels) | Kalshi | 1% |
What will be the largest source of global primary energy consumption in 2030? (Traditional biomass) | Kalshi | 1% |
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