The energy revolution is unfolding live, much faster than most people realize. A thread based on the insurgent view of the energy transition of @RockyMtnInst and @KingsmillBond
In short: The fight against climate change is accelerating - look at the data and do the math
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First, the building blocks of the energy revolution
>Solar as a primary energy source is 250% more efficient than coal
>A heat pump is 300% more efficient than a gas boiler
>An electric vehicle is 400% more efficient than an ICE
2/n
The "debate" has moved a long way and is not where most people think: right now it's about how fast we're dumping fossil fuels (hint: much faster than most realize)
3/n
We've done this many times before: exponential growth of wind, solar and batteries will continue
4/n
All major economic sectors will experience tipping points this decade and move inexorably towards being 100% electric
That moment has already come for electricity, which is 35% of fossil fuel usage - and for light vehicles
5/n
Meanwhile: a) renewables have all the growth through 2030
>Rystad: solar PV capacity will increase eightfold from 0.8 TW today to 6 TW in 2030
>BNEF: EVs can grow 20-fold from 16M to 360M
>Forecasts of electrolyzer capacity are of up to 100 GW, up from 0.3 GW today
6/n
b) Renewables are 100 times bigger than fossil fuels: the world has annual renewable flows of over 100 times fossil fuel supply and solar rooftops alone could supply us with all our electricity needs
7/n
c) dramatic policy shifts are everywhere around us
>Over 90% of the world by GDP has net zero targets, up from 6% in 2017
>50 countries and regions are planning to ban petrol cars
>The share of emissions covered by tax has increased fourfold in a decade to 25%
8/n
d) Tectonic shifts in the USA solidify and amplify the energy revolution
Three new bills invest throughout the technology adoption S-curve, encourage innovation, back multiple technological solutions, and embrace risk
9/n
Result: Fossil fuel demand will shortly collapse
That's not wishful thinking: look at OPEC's recent move to cut oil output in defiance of US wishes. They (OPEC) know the good times are almost over and it's their dash for their last cash
The Global South is accelerating the age of electricity because of the Iran War. We're in the midst of a visible pivot toward distributed renewables, grid-scale energy storage, and electric mobility
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>Philippines: Declared a state of national energy emergency in March, activating a whole-of-government mandate to safeguard domestic power security by rapidly dismantling regulatory bottlenecks for renewables: Solar rooftop inquiries up by 500% since the crisis began
2/12
>Vietnam is scaling its revised power development plan targets to achieve a minimum of 47% renewable electricity generation by 2030
We have entered the incredible new era of 24/7 firm renewable power, an industrial and sovereign inevitability. The economics are brutal for anyone holding fossil assets. Here's the raw data from the latest 2026 IRENA, IEA, and Ember reports:
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Utility-scale battery costs collapsed by a stunning 45% in 2025 alone, compounding a multi-year crash that has cut installation costs by well over half since 2022. The catalyst: Vast technology and manufacturing scaling of low-cost LFP chemistry
2/7
Because of this battery revolution, the firm levelized cost of solar + storage in high-resource zones has plummeted to $54–$82/MWh. Compare that to the reality of fossil fuels: new coal in China costs $70–$85/MWh, while new gas-fired power sits well over $100/MWh
3/7
Don’t mess with Texas ... solar, or market economics!
In February 2026, Texas took the crown as the #1 state for utility-scale solar: Solar went from 2% in 2020 to out-generating coal
They said it couldn't be done in the land of oil and gas. They were (of course) wrong
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>Texas solar exploded to 40GW+, or 14%+ of total power, pushing coal into the rearview mirror in the ERCOT mix (14% vs 13%)
>Texas now leads the US in utility-scale solar capacity, moving past California's long-standing reign
2/7
Texas now also has over 15 GW of operational battery storage which acts as the shock absorber for solar when the sun sets, capturing midday solar surplus and discharging during the critical 7-9 PM evening ramp
The "Range Anxiety" era is ending: CATL just confirmed Sodium-ion batteries are hitting the mass market in 2026
>500km (311 mi) range
>175 Wh/kg density
>Works in freezing cold (-40°C)
Lithium isn't replaced; it’s getting a cheaper, tougher partner
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Sodium was supposed to be for "low-end" scooters. CATL just proved it can power standard passenger EVs. Their "Dual-Star" strategy mixes Sodium + Lithium in one pack. You get the range of Lithium with the low cost and cold-weather resilience of Sodium
2/4
The Race is On:
>BYD: Flooding the budget market (Seagull/Scooters). >Northvolt: Validated 160 Wh/kg, targeting Grid Storage first
>HiNa: Already piloting commercial logistics
3/4
Since the dawn of civilization, human progress has been constrained by severe energy scarcity. That's now over within a decade: Humanity is on its way to energy super-abundance. It's the "Electrotech Revolution"
@ember_energy's new report is a page turner
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You don't need to imagine a world where we have a 100x leap in energy abundance. It's around the corner (says the math)
That's why 196 fossil fuel and chemical industry lobbyists have registered for the critical 4th UN session to advance a global plastics treaty, outnumbering country delegations, scientists and everyone else
Context: Global plastic production - 99% oil - doubled between 2000 and 2019, while plastic we mostly don't need has become lethal and found everywhere, from the deepest levels of oceans to bottled water, meat, vegetables, our bloodstreams and brains