Claims

The concept of energy transition needs fundamental rethinking because it was very ambitious, divorced from previous experience of energy transitions, and the scale of changing a $120 trillion world economy overnight is extremely ambitious.

Only about 6% of new cars being sold in the US today are EVs, despite the energy crisis, showing that EVs have taken off far less than expected.

US LNG capacity is in process of major expansion and could grow to 50% larger by 2040 if market demand exists and pricing remains acceptable to buyers.

The reallocation of Russian oil to global markets will not be 100% complete due to shipping and insurance sanctions constraints, political diversification preferences of importing countries, and time lags in establishing alternative delivery mechanisms; even if only 20% of Russian oil fails to find a home or takes significant time to relocate, this could be disruptive given other market tightness.

If Russia cuts natural gas supplies to Europe significantly this winter, particularly if the winter is cold, government rationing and curtailment of energy-intensive industrial activity would occur with almost no buffer to absorb the shock, creating economically catastrophic conditions.

This energy crisis has potential to be worse than the 1970s crisis because current markets entered it already in a 'tighter structural under-investment cycle' where there is less buffer to absorb supply shocks, unlike the 1970s when slack existed.

India's tripling or quadrupling of oil imports from Russia represents a significant percentage increase but an absolute increase from only ~1% of its oil supply, so while India can absorb some discounted Russian oil, the absolute volumes are much smaller than media narratives suggest.

Heavy grades of crude trade at far lower prices than cleaner light grades because of the additional refining required, but the heavy grades serve essential functions in US refineries.

The simplest and easiest bet to fade is the belief that global total human energy consumption will ever go down for a meaningful amount of time; this is a sucker's bet.

Switching to renewables has doubled electricity costs because intermittency creates two problems: storage (batteries) must be purchased, or natural gas plants must be kept running at 15% capacity as backup—neither is economically rational compared to baseload power.

Green energy policy doubles the cost of electricity because you need both the intermittent power source (wind/solar) AND storage (batteries) or backup (gas plants running at 15% capacity), creating massive inefficiency compared to baseload power

Small modular reactor (SMR) economics have deteriorated dramatically: Bill Gates modeled SMRs at $6,000/kg for enriched uranium; that price is now $32,000/kg, causing SMR IRRs to fall from 14% to zero, creating urgency to secure cheap enrichment capacity.

Using green hydrogen instead of direct electrification requires 3 to 5 times more renewable electricity generation capacity because the 70% energy loss must be compensated by building additional wind turbines or solar panels, making hydrogen economically uncompetitive when renewable capacity is limited.

The North American natural gas supply glut is persistent and will eventually force the market to equilibrate the oil-to-gas price ratio from 45:1 back to its historical 6:1 ratio based on energy content, through engine switching and new demand discovery.