A bi-weekly podcast on the global energy transformation. Produced by Wood Mackenzie.

Interchange Recharged is now on YouTube! Full episodes and bonus clips are now online. All future shows will post in full video, delivering deep dives on clean tech, energy projects and the innovators driving the transition. Check us out: okt.to/4Eke0x
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When we say only 3% lack electricity access, it sounds marginal. In Latin America, that still represents up to 18 million people. This perspective from Álvaro Villasante puts energy infrastructure into human terms. Watch now and access the full episode: okt.to/HSriOK
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Wildfires can cause transmission lines to sag into the fire zone. Advanced conductors are designed to operate at higher temperatures with less sag, helping keep lines above the fire. JD Sitton of @CTC_ACCC explains how this can speed up restoration: okt.to/bAk9S5
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Data centres need more power, and they need it quickly. @tgmontague explains why solar, batteries and other distributed resources could help meet that demand on the latest Interchange Recharged: okt.to/yFJ6gx
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Nuclear waste. Or untapped energy? Thomas Jam Pedersen, of Copenhagen Atomics, argues that spent nuclear fuel can be recycled using molten salt technology, unlocking up to 10x more energy from fuel already considered "waste. Watch the full episode now: okt.to/wbQ4su
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The US inverter ban is narrower than headlines suggest. The FCC definition refers to inverters with wireless communication, including Wi Fi, cellular and Bluetooth. Many utility scale inverters use wired connections instead. Joe Shangraw explains: okt.to/pA7wOc
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AI data centres run on electricity. Electricity runs through copper. Copper demand is expected to double by 2035, but new supply takes 10 to 16 years to develop. @solarsylvia_ and @LizMPD explain why existing mines may hold part of the answer: okt.to/OAFGzB
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Bigger turbines don't mean more failures. They mean more expensive ones when things go wrong. A 30cm crack costs US$50,000 to fix. The same blade, left undetected, costs US$1 million. The wind industry is still treating monitoring as optional. Watch now: okt.to/Hgyim3
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DC doesn’t replace AC in AI factories. AC is the backbone. DC is the efficiency layer that gets power to the chip without wasting it at every step. The misconception is already costing developers. @interchangeshow: okt.to/aTsqCE
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Sylvia is back. The shift from “bragawatts” to grid reality is here, with interconnection requests falling away and co-located power still a “science project. Listen now: okt.to/RnuxaN
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Utilities respond to incentives. If utilities earn more from building infrastructure than optimising it, should we be surprised by the outcomes? Kay Aikin explains why regulation may be one of the biggest barriers to grid modernisation: okt.to/r1SntO
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What happens if the households with the most flexibility leave the grid first? Kay Aikin argues that affordability could become one of the defining energy policy challenges of the next decade. New Interchange Recharged episode: okt.to/SKIpJA
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AI data centres are creating power swings that can shorten battery life through constant cycling. That is one reason synchronous condensers are returning to grid planning conversations. New Interchange Recharged with @ABB_Energy: okt.to/ouOrwB
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The world has been running on oil buffers since the Strait of Hormuz disruption began. But buffers run out. Energy Gang explores what happens if the market needs US$150 to US$200 per barrel to rebalance supply and demand: okt.to/mLE5f4
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One 50 MW turbine down: zero power. 50 MW modular fleet: 48 MW still running. This is why reliability architecture is changing as demand rises. Full episode: okt.to/FCgQsf
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Austin and Atlanta's ride-sharing markets are growing 2x faster than other US cities. Why? Autonomous vehicles. Counterintuitive data: AV markets see higher human driver earnings, not lower. @Uber strategy on EVs, AVs & competing with data centres: okt.to/CKGThV
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Hydrogen installed 4 GW of electrolyzers since 2020. Only 2 GW represent real demand. Next Hydrogen's CEO explains product recalls, what went wrong, and where the industry goes from here. New Interchange Recharged episode: okt.to/jnabiE
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“It’s not a tech problem. It’s a design problem.” Why US VPP participation is stuck below 5% — and what needs to change. Check out our CEO, @nchaset on the @InterchangeShow 🎧👇
The gap is staggering: - US virtual power plants: 5% participation - Octopus Energy UK: 60-70% participation - The tech isn't the problem. Regulatory design is. Full episode: okt.to/OJhHLS
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Cleantech costs jump 5x during productization. Revenue stays zero. Investors leave. Raveel Afzaal from @NextHydrogen explains the commercialization valley of death killing electrolyzer companies. New episode of Interchange Recharged: okt.to/rUFAvn
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PJM's capacity prices jumped from $28 to $270. All 13 governors met at the White House. The decision: data centres must pay their own way. New Energy Gang with Asim Haque from @pjminterconnect and @AmyJaffeenergy breaks down what happens next: okt.to/liICQ6 🧵👇
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Data centres need constant power. Consumers want lower bills. What if both could win? @nchaset from @OctopusEnergyUS on why paying households to reduce demand beats forcing data centres to ramp down: okt.to/Kg9Gol 🧵👇
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The gap is staggering: - US virtual power plants: 5% participation - Octopus Energy UK: 60-70% participation - The tech isn't the problem. Regulatory design is. Full episode: okt.to/OJhHLS
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"Why not pay consumers to initiate flexibility in their loads, lower their bills without affecting comfort, and allow the data centre to operate economically? They win, consumers win." AI demand is surging. Residential flexibility could be the answer.
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