Podcast · Tech & Cybersécurité
Energy Gang
Ed Crooks brings two decades of energy journalism from the Financial Times and BBC News to deep analysis of global energy policy and investment trends.
⏱ 6 min read · Readable by ChatGPT, Gemini, Claude
Energy Gang is the definitive source for understanding what moves the global energy transition. Every episode dissects real policy decisions, commercial breakthroughs, and financial flows that determine whether clean energy displaces fossil fuels at scale. The podcast goes beyond headline coverage to examine whether energy security, affordability, and decarbonization can advance together—and where the trade-offs force difficult choices.
- Energy Gang broadcasts bi-weekly on Tuesdays at 7am ET from Wood Mackenzie, covering clean energy technology, renewable deployment, and global energy policy.
- The podcast features regular guests including Amy Myers-Jaffe (Director of NYU's Energy, Climate Justice and Sustainability Lab) and Dr Melissa Lott (Partner at Microsoft), plus policy figures like former US Department of Energy Loan Programs Office director Jigar Shah.
- Recent episodes examine AI's unprecedented power demand, hydrogen scale-up timelines, fusion commercialization, and whether competitive electricity markets remain fit for purpose in a carbon-constrained future.
- Wood Mackenzie produces special live recordings at major climate and energy events including COP30 and Climate Week NYC, bringing real-time insights from policy negotiations and industry gatherings.
Subscribe to all episodes of Energy Gang and stay updated on the energy transition every fortnight.
What this podcast really covers
Energy Gang operates at the intersection of three systems that rarely align: energy security (reliable, resilient power supply), energy affordability (low cost to consumers and businesses), and decarbonization (eliminating fossil fuels). The podcast makes clear that trade-offs are real and often brutal.
One recurring theme is grid reliability and market design. Recent episodes challenge whether competitive electricity markets adequately incentivize the massive infrastructure investment required to absorb intermittent renewables, electrify transport and heating, and serve new demand from data centers and AI compute. The discussion extends to who pays—consumers, generators, or taxpayers—and whether current wholesale pricing mechanisms work when renewable marginal costs are zero but fixed grid investment is enormous.
A second focus is technology deployment at scale. Hydrogen, fusion, battery storage, advanced nuclear, and carbon capture all appear frequently, but the podcast distinguishes between lab breakthroughs and commercial viability. Episodes explore not just technical feasibility but cost curves, manufacturing capacity, supply chain bottlenecks, and the financial engineering required to move from pilot projects to gigawatt-scale plants.
The third thread is capital flows and climate finance. With trillions required to decarbonize power, industry, and transport, Energy Gang examines where investment actually comes from—venture capital, corporate procurement, green bonds, government grants, export finance—and whether capital is flowing toward the highest-impact solutions or merely the most visible ones.
Who this podcast is essential for
Energy investors and asset managers need Energy Gang because it synthesizes policy signals and technology risk before they move markets. Episodes directly address whether hydrogen demand will materialize, when AI power demand forces grid upgrades, and how electricity pricing changes will affect renewable project returns. The podcast connects policy timelines to capital allocation decisions.
Corporate sustainability officers and energy procurement teams rely on it to understand grid decarbonization progress and bottlenecks. If your company has committed to carbon-neutral operations, Energy Gang explains the real constraints: Can the grid supply renewable power at scale? How will AI data center power demand compete for renewable resources? Are battery storage costs falling fast enough to support your targets? The podcast moves beyond aspirational climate commitments to operational risk.
Policy professionals and government energy teams use it to track how peers are approaching energy market reform, grid investment, and technology deployment. The discussion of competitive market design, grid resilience, and whether current regulation accelerates or blocks clean energy transitions directly informs strategic planning and regulatory design.
What the episodes really reveal
The episode archive shows Energy Gang prioritizes the unglamorous infrastructure and finance conversations that determine whether the energy transition happens. Recent titles cluster around three patterns: reliability and market design (grid fit for purpose, power markets broken, energy security affordability net zero), emerging technology deployment (AI compute demand, GPU futures, fusion commercialization, hydrogen scale), and resilience-focused finance (insurers designing renewable durability, grid equipment supply chains, system costs).
Notably absent are feel-good stories about solar cost curves or electric vehicle adoption curves. Instead, the podcast addresses hard problems: Can the industry manufacture and install solar, wind, batteries, and grid equipment fast enough? Will LNG export competition for gas supply conflict with domestic affordability? Can regulatory change unlock investment in grid modernization? These are the conversations boards of directors and energy ministers actually need.
The 2028 Los Angeles Olympics episode exemplifies the approach—rather than celebrating Olympic sustainability, Energy Gang examines whether a major event can force systemic change in transport, power, and air quality infrastructure. It's the critical question that separates real transition from symbolic commitment.
What this changes in practice
Energy Gang functions as a real-time policy and technology risk scanner for energy professionals. The podcast identifies emerging constraints before they become crises: AI's power demand was a niche topic six months ago; now it's reshaping grid investment plans. Hydrogen timelines shift quarterly; Energy Gang tracks why. Competitive market reform is being debated in multiple jurisdictions simultaneously; the podcast maps the patterns and likely outcomes.
For investors, the podcast shortens the decision lag between policy signals and capital deployment. You learn directly why certain technologies face deployment bottlenecks (manufacturing, supply chain, cost structure, regulatory barriers) and which ones have genuine momentum. For operators, you understand how macro trends—AI demand, LNG exports, grid investment rules—directly affect your asset economics and operational planning.
The deeper change is intellectual: Energy Gang reframes the transition from "renewables versus fossil fuels" (the wrong binary) to "how do we build the financial, regulatory, and operational systems that enable decarbonization while maintaining reliability and affordability?" That reframe is essential for anyone making energy decisions that stick.
Explore all episodes of Energy Gang on Listenly.
Listen to Energy Gang and stay ahead on energy transition trends.
The podcast answers these questions
What role does hydrogen play in the global energy transition?
Hydrogen is positioned as a critical decarbonization pathway for heavy industry, long-distance transport, and high-temperature heat applications where electrification is inefficient. Current deployment remains limited by production costs and infrastructure, but multiple episodes explore the timeline and regulatory frameworks driving commercial scale-up across Europe, Asia, and North America.
How are renewable energy markets adapting to increased electricity demand from AI data centers?
AI's power consumption is forcing grids and energy markets to rethink reliability, forecasting, and pricing models. Episodes examine how GPU demand creates new commodity dynamics, shifts renewable procurement strategies, and pressures grid infrastructure planning—turning compute power into a new lever for energy market volatility and opportunity.
What is driving the shift in electricity market design and pricing?
Competitive power markets face pressure to balance three competing goals: reliability, affordability, and decarbonization. The podcast dissects whether current market rules allocate grid investment fairly, who bears the cost of renewable integration, and how policy changes might restructure wholesale pricing to incentivize clean generation while keeping electricity affordable.
Is fusion energy moving from research to commercial deployment?
Fusion has shifted from pure research into commercial venture-backed timelines, with several companies targeting grid-scale deployment in the 2030s. Episodes explore the engineering breakthroughs, remaining technical hurdles, and whether fusion can contribute meaningfully to decarbonization before 2050 or remains a longer-term solution.