Energy Sound Bites on Fossil Fuels, Part 2
Easy-to-remember points on the benefits of fossil fuels
Last week I shared Energy Sound Bites to support the first core truth about fossil fuels: We must think of fossil fuels in a balanced way.
Today, I’ll share Energy Sound Bites to support the second core truth: Only by using fossil fuels can 8 billion people have the energy they need to survive and flourish.
As a reminder, the goal of Energy Sound Bites is to distill key facts and insights about energy, environmental, and climate issues into a form—100 characters or less—that’s short enough to remember and repeat whenever you need them.
Only by using fossil fuels can 8 billion people have the energy they need to survive and flourish.
Fossil fuels are a uniquely cost-effective and scalable source of energy.
Fossil fuels provide 80%+ of the world’s energy and are growing fast.
Fossil fuels are growing in spite of 100+ years of competition and 20+ years of political hostility.1
Countries that care most about cheap energy are pro-fossil fuels.
China, which uses mostly coal to produce “green” technology, has 300+ coal plants in the pipeline.2
Fossil fuels’ success comes from a combination of natural attributes and generations of innovation.
Fossil fuels are uniquely cost-effective due to being naturally stored, concentrated, and abundant.
Fossil fuels are uniquely cost-effective due to 100+ years of innovation.
Only nuclear rivals fossil fuels’ natural attributes—but it has been crippled by irrational policy.
Unreliable solar and wind are nowhere near able to replace fossil fuels.
For most energy needs, solar/wind either can't do what fossil fuels can or are far more expensive.
Solar/wind only provide <6% of world energy—and only electricity, which is 1/5 of energy.3
Electricity from solar and wind depends on huge subsidies and 24/7 life support from reliable power.
Solar and wind’s basic problem is unreliability: they can go near-zero at any time.
Solar and wind provide exactly the amount of electricity that’s needed 0% of the time.4
Since solar and wind are unreliable they don’t replace reliable power, they parasite on it.
No grid is near 50% solar and wind without huge parasitism on reliable neighbors.
Current battery technology can’t make up for solar and wind’s unreliability.
Just 3 days of global solar/wind backup with Elon Musk’s Megapacks would cost ~$320T, >3X global GDP.5
Reliable nuclear and geothermal are nowhere near able to replace fossil fuels.
In its current state, nuclear is generations away from being cost-effective on a global scale.
Producing as much nuclear energy as fossil fuel by 2050 would require adding four 1GW nuclear plants every day.6
A huge obstacle to scaling nuclear is its crippling by unscientific restrictions.
US policy in particular is so anti-nuclear that no one can build a plant cheaply anymore.
Geothermal as we know it is nothing resembling a scalable, near-term replacement for fossil fuels.
Current geothermal is not scalable as it requires rare geological heat reservoirs, e.g., like Iceland’s.
“Deep geothermal” has long-term promise, but is in an experimental state and not at all scalable.
Cost-effective and scalable energy is essential for humans to flourish on Earth.
Earth, including Earth’s climate, is a naturally very inhospitable place.
Many people operate under the false assumption that Earth is a “delicate nurturer.”
On the “delicate nurturer” assumption, unimpacted nature exists in a stable, safe, sufficient balance.
On the “delicate nurturer” assumption, humans are “parasite-polluters” whose impact inevitably leads to disaster.
In truth, Earth is not a “delicate nurturer” but “wild potential”: dynamic, deficient, and dangerous.
In truth, humans are “producer-improvers” who can impact Earth for the better.
Humans can only flourish on Earth if we use energy to transform it into an abundant and safe place.
Since Earth is naturally deficient and dangerous, we must use energy to make it abundant and safe.
Energy powers machines and frees up time to radically amplify and expand humanity’s productive ability.
Fossil fuels make possible an unprecedented quality of life.
Thanks to cost-effective and scalable fossil fuel energy, the world has never been a better place to live.
Energy from fossil fuels is fundamental to modern life, from agriculture to sanitation to medical care.
Thanks to energy from fossil fuels, life expectancy and income have skyrocketed.7
Fossil fuels have brought billions out of poverty with the opportunity for prosperity.
Thanks to cost-effective energy (mostly fossil fuel), extreme poverty has plummeted to <10% from 42% in 1980.10
Most of the world’s 8 billion people lack the energy they need to flourish.
The vast majority of the world needs much more energy to get out of poverty.
3 billion people use less electricity than an American refrigerator.
1/3 of the world uses wood and animal dung for heating and cooking.11
Even in America, millions cannot afford enough energy.
Almost 1 in 3 American households say they’ve gone without food or medicine to pay for energy.
1 in 5 of American households say they’ve kept their home at an unsafe temperature due to energy costs.12
The massive need for energy can only be satisfied if massive fossil fuel use continues and expands.
Without fossil fuels, billions of energy-starved people plunge into poverty and early death.
With fossil fuels, billions more people can have the opportunity to flourish.
Michelle Hung contributed to this piece.
Popular links
EnergyTalkingPoints.com: Hundreds of concise, powerful, well-referenced talking points on energy, environmental, and climate issues.
My new book Fossil Future: Why Global Human Flourishing Requires More Oil, Coal, and Natural Gas—Not Less.
“Energy Talking Points by Alex Epstein” is my free Substack newsletter designed to give as many people as possible access to concise, powerful, well-referenced talking points on the latest energy, environmental, and climate issues from a pro-human, pro-energy perspective.
Global primary energy consumption in 2023 was 619 EJ or about 471 TWh (= 471,000,000 MWh) per day. According to Tesla Megapacks cost about $226,000 per MWh without considering utility-scale maintenance and installation (2024 prices).
Tesla - Order Megapack
Fossil fuel use in 2018 according to BP (now data is curated by the Energy Institute) was 11,743.6 million tons oil equivalent ≈ 136,500,000 GWh, 1GW capacity at near maximum capacity factor ≈ 8,760 GWh/y → 15,582 GW, reactor reactor capacity needed → distributed over 3,650 days (10 years) → 4.2 GW per day.
Energy Institute - Statistical Review of World Energy
Wonderfully outlined! Loved your book’s also! They really educated me and enlightened me as well.