May 22, 2023 · 21m · green-blueprint

How will we power all those green factories?

Shalini Ramanathan · 11m spoken Stephen Lacey · 6m spoken
0:00 / 0:00

gold bands on the timeline = statements, start to end. Hover to read, click to jump. CC turns on captions

Host Stephen Lacey and clean infrastructure investor Shalini Ramanathan analyze the unprecedented boom in domestic clean tech manufacturing and evaluate the power siting, grid contracting, and green hydrogen solutions required to supply energy to these new green factories.

How this conversation actually went

Every chapter scored 0–10 on four independent dynamics. Hover any point for the reasoning behind the score. How this is scored →

The hosts as informed peer 3.3 Guest teaching 1.4 Guest disagreement 0.0 The hosts pushing back 0.0
05100:0010:0020:000:30–3:19 · The hosts as informed peer 0/10 Upcoming Live Event Announcements in Boston and Seattle Monologue opening covering upcoming live event announcements and an overview of debt ceiling negotiations impacting clean energy funding.3:20–5:34 · The hosts as informed peer 0/10 Previewing the Green Manufacturing Boom and Show Introduction Host intro narrative interspersed with soundbites from Shalini previewing the manufacturing investment wave and the new demand for clean electrons.5:44–8:39 · The hosts as informed peer 4/10 Geopolitical Drivers, Supply Chain Resilience, and Job Creation Stephen prompts Shalini on why a domestic green industrial base is needed; Shalini details China's 65% lithium refining monopoly, human rights concerns in polysilicon sourcing, and policy tensions between low-cost power and domestic wage requirements.8:39–12:17 · The hosts as informed peer 5/10 Evaluating Present Industrial Policy Against Past Stimulus Efforts Stephen demonstrates solid industry context by comparing current IRA policies to post-2008 stimulus efforts. Shalini explains how co-locating load with generation overcomes historic transmission bottlenecks.12:18–14:40 · The hosts as informed peer 5/10 Lessons from Data Centers and Cryptocurrency Load Matching Stephen asks how clean load matching in data centers and crypto mining applies to factories. Shalini explains 24/7 matching, the 'missing hours problem', and interruptible load dynamics.14:50–17:30 · The hosts as informed peer 5/10 Technological Innovations and Contracts for 24/7 Clean Power Stephen probes whether the core bottleneck is contracting or physical delivery, and which generation profiles fit best. Shalini explores long-duration batteries, regional solar/wind profiles, and cost sensitivity.17:31–20:08 · The hosts as informed peer 4/10 Addressing High-Temperature Industrial Heat with Green Hydrogen Stephen raises the challenge of industrial heat; Shalini explains why hard-to-abate sectors like steel and cement will require green hydrogen molecules rather than electrons.0:30–3:19 · Guest teaching 0/10 Upcoming Live Event Announcements in Boston and Seattle Monologue opening covering upcoming live event announcements and an overview of debt ceiling negotiations impacting clean energy funding.3:20–5:34 · Guest teaching 0/10 Previewing the Green Manufacturing Boom and Show Introduction Host intro narrative interspersed with soundbites from Shalini previewing the manufacturing investment wave and the new demand for clean electrons.5:44–8:39 · Guest teaching 3/10 Geopolitical Drivers, Supply Chain Resilience, and Job Creation Stephen prompts Shalini on why a domestic green industrial base is needed; Shalini details China's 65% lithium refining monopoly, human rights concerns in polysilicon sourcing, and policy tensions between low-cost power and domestic wage requirements.8:39–12:17 · Guest teaching 2/10 Evaluating Present Industrial Policy Against Past Stimulus Efforts Stephen demonstrates solid industry context by comparing current IRA policies to post-2008 stimulus efforts. Shalini explains how co-locating load with generation overcomes historic transmission bottlenecks.12:18–14:40 · Guest teaching 2/10 Lessons from Data Centers and Cryptocurrency Load Matching Stephen asks how clean load matching in data centers and crypto mining applies to factories. Shalini explains 24/7 matching, the 'missing hours problem', and interruptible load dynamics.14:50–17:30 · Guest teaching 1/10 Technological Innovations and Contracts for 24/7 Clean Power Stephen probes whether the core bottleneck is contracting or physical delivery, and which generation profiles fit best. Shalini explores long-duration batteries, regional solar/wind profiles, and cost sensitivity.17:31–20:08 · Guest teaching 2/10 Addressing High-Temperature Industrial Heat with Green Hydrogen Stephen raises the challenge of industrial heat; Shalini explains why hard-to-abate sectors like steel and cement will require green hydrogen molecules rather than electrons.0:30–3:19 · Guest disagreement 0/10 Upcoming Live Event Announcements in Boston and Seattle Monologue opening covering upcoming live event announcements and an overview of debt ceiling negotiations impacting clean energy funding.3:20–5:34 · Guest disagreement 0/10 Previewing the Green Manufacturing Boom and Show Introduction Host intro narrative interspersed with soundbites from Shalini previewing the manufacturing investment wave and the new demand for clean electrons.5:44–8:39 · Guest disagreement 0/10 Geopolitical Drivers, Supply Chain Resilience, and Job Creation Stephen prompts Shalini on why a domestic green industrial base is needed; Shalini details China's 65% lithium refining monopoly, human rights concerns in polysilicon sourcing, and policy tensions between low-cost power and domestic wage requirements.8:39–12:17 · Guest disagreement 0/10 Evaluating Present Industrial Policy Against Past Stimulus Efforts Stephen demonstrates solid industry context by comparing current IRA policies to post-2008 stimulus efforts. Shalini explains how co-locating load with generation overcomes historic transmission bottlenecks.12:18–14:40 · Guest disagreement 0/10 Lessons from Data Centers and Cryptocurrency Load Matching Stephen asks how clean load matching in data centers and crypto mining applies to factories. Shalini explains 24/7 matching, the 'missing hours problem', and interruptible load dynamics.14:50–17:30 · Guest disagreement 0/10 Technological Innovations and Contracts for 24/7 Clean Power Stephen probes whether the core bottleneck is contracting or physical delivery, and which generation profiles fit best. Shalini explores long-duration batteries, regional solar/wind profiles, and cost sensitivity.17:31–20:08 · Guest disagreement 0/10 Addressing High-Temperature Industrial Heat with Green Hydrogen Stephen raises the challenge of industrial heat; Shalini explains why hard-to-abate sectors like steel and cement will require green hydrogen molecules rather than electrons.0:30–3:19 · The hosts pushing back 0/10 Upcoming Live Event Announcements in Boston and Seattle Monologue opening covering upcoming live event announcements and an overview of debt ceiling negotiations impacting clean energy funding.3:20–5:34 · The hosts pushing back 0/10 Previewing the Green Manufacturing Boom and Show Introduction Host intro narrative interspersed with soundbites from Shalini previewing the manufacturing investment wave and the new demand for clean electrons.5:44–8:39 · The hosts pushing back 0/10 Geopolitical Drivers, Supply Chain Resilience, and Job Creation Stephen prompts Shalini on why a domestic green industrial base is needed; Shalini details China's 65% lithium refining monopoly, human rights concerns in polysilicon sourcing, and policy tensions between low-cost power and domestic wage requirements.8:39–12:17 · The hosts pushing back 0/10 Evaluating Present Industrial Policy Against Past Stimulus Efforts Stephen demonstrates solid industry context by comparing current IRA policies to post-2008 stimulus efforts. Shalini explains how co-locating load with generation overcomes historic transmission bottlenecks.12:18–14:40 · The hosts pushing back 0/10 Lessons from Data Centers and Cryptocurrency Load Matching Stephen asks how clean load matching in data centers and crypto mining applies to factories. Shalini explains 24/7 matching, the 'missing hours problem', and interruptible load dynamics.14:50–17:30 · The hosts pushing back 0/10 Technological Innovations and Contracts for 24/7 Clean Power Stephen probes whether the core bottleneck is contracting or physical delivery, and which generation profiles fit best. Shalini explores long-duration batteries, regional solar/wind profiles, and cost sensitivity.17:31–20:08 · The hosts pushing back 0/10 Addressing High-Temperature Industrial Heat with Green Hydrogen Stephen raises the challenge of industrial heat; Shalini explains why hard-to-abate sectors like steel and cement will require green hydrogen molecules rather than electrons.

speaking balance: gold is the hosts, purple is the guest (3 minute bins)

0:00 · the hosts 0% · guest 100%0:00 · the hosts 0% · guest 100%3:00 · the hosts 0% · guest 100%3:00 · the hosts 0% · guest 100%6:00 · the hosts 0% · guest 100%6:00 · the hosts 0% · guest 100%9:00 · the hosts 0% · guest 100%9:00 · the hosts 0% · guest 100%12:00 · the hosts 0% · guest 100%12:00 · the hosts 0% · guest 100%15:00 · the hosts 0% · guest 100%15:00 · the hosts 0% · guest 100%18:00 · the hosts 0% · guest 100%18:00 · the hosts 0% · guest 100%21:00 · the hosts 0% · guest 100%21:00 · the hosts 0% · guest 100%
Sharpest disagreement ▶ 7:55 Inherent tensions in IRA policy goals

In a friendly interview, Shalini points out the direct economic friction between wanting lowest-cost power and mandating prevailing wages and apprenticeship programs.

Hardest push from the hosts ▶ 14:50 Questioning contracting vs physical energy delivery

Stephen drills down on Shalini's point, challenging whether 24/7 clean power is simply a financial contracting puzzle or a genuine physical delivery challenge.

Biggest teaching moment ▶ 6:19 Detailing Chinese lithium refining control

Shalini provides concrete market data on China refining 65% of global lithium regardless of where it is mined, illustrating the acute geopolitical vulnerability of US supply chains.

The host holds their own ▶ 8:39 Historical analysis of the 2009 stimulus

Stephen provides an informed historical framing around the ARRA loan guarantee programs and how previous solar and battery manufacturing efforts lost ground to Chinese competition.

the scores for every segment, with the reasoning behind each
ChapterTopicThe hosts as informed peerGuest teachingGuest disagreementThe hosts pushing backWhy
Upcoming Live Event Announcements in Boston and Seattle 0000 Monologue opening covering upcoming live event announcements and an overview of debt ceiling negotiations impacting clean energy funding.
Previewing the Green Manufacturing Boom and Show Introduction 0000 Host intro narrative interspersed with soundbites from Shalini previewing the manufacturing investment wave and the new demand for clean electrons.
Geopolitical Drivers, Supply Chain Resilience, and Job Creation 4300 Stephen prompts Shalini on why a domestic green industrial base is needed; Shalini details China's 65% lithium refining monopoly, human rights concerns in polysilicon sourcing, and policy tensions between low-cost power and domestic wage requirements.
Evaluating Present Industrial Policy Against Past Stimulus Efforts 5200 Stephen demonstrates solid industry context by comparing current IRA policies to post-2008 stimulus efforts. Shalini explains how co-locating load with generation overcomes historic transmission bottlenecks.
Lessons from Data Centers and Cryptocurrency Load Matching 5200 Stephen asks how clean load matching in data centers and crypto mining applies to factories. Shalini explains 24/7 matching, the 'missing hours problem', and interruptible load dynamics.
Technological Innovations and Contracts for 24/7 Clean Power 5100 Stephen probes whether the core bottleneck is contracting or physical delivery, and which generation profiles fit best. Shalini explores long-duration batteries, regional solar/wind profiles, and cost sensitivity.
Addressing High-Temperature Industrial Heat with Green Hydrogen 4200 Stephen raises the challenge of industrial heat; Shalini explains why hard-to-abate sectors like steel and cement will require green hydrogen molecules rather than electrons.

Statements from this episode (12)

Opinion
Lacey: GOP threats to repeal IRA incentives are economically insane
“In any case, even if these are hollow threats, they are just economically insane.”
Stephen Lacey May 22, 2023 ▶ 2:54
Assertion Supported
Lacey: Republican districts get 5x more IRA clean energy funding than Democrats
“According to the Financial Times, Republican-held congressional districts are getting five times more funding for clean energy projects, including new manufacturing plants, than ones controlled by Democrats through this IRA legislation.”
Stephen Lacey May 22, 2023 ▶ 2:58
Assertion Supported
Ramanathan: China refines 65% of global lithium supply
“So China refines 65% of the lithium worldwide, and it may come from other places. A lot of it comes from Australia, but it's refined in China, and that means that if there are trade tensions, they have control over something that is important to the U.S.”
Shalini Ramanathan May 22, 2023 ▶ 6:20
Assertion Supported
Ramanathan: Much of global polysilicon is made in Xinjiang
“A lot of polysilicon is, right now, it's made in the Uyghur region of China. There are, you know, known human rights abuses, well-documented”
Shalini Ramanathan May 22, 2023 ▶ 6:46
Insight
Ramanathan: Prevailing wage mandates create tension with low-cost green power
“Because if you want really low-cost green power you know, creating jobs with prevailing wages and having apprenticeship programs, you know, there's some tension with that.”
Shalini Ramanathan May 22, 2023 ▶ 8:23
Insight
Ramanathan: Mature renewable industries built political support for U.S. industrial policy
“I think one of the advantages we have today is that we have more solar and wind and energy storage installed. You know, the industries are more mature, and I think that has caught, that has built the political support for industrial policy.”
Shalini Ramanathan May 22, 2023 ▶ 9:18
Insight
Ramanathan: Expanding manufacturing will unlock new geographies for renewable power projects
“What's exciting about expanding the manufacturing base in the U.S. Is that you know, you now can perhaps site renewable power projects in locations that you couldn't before, because there was no economic activity there before, and you were taking the risk that…”
Shalini Ramanathan May 22, 2023 ▶ 11:02
Assertion Supported
Ramanathan: Google and data centers push for hourly 24/7 green power matching
“Many of them, you know, Google comes to mind, are really pushing for twenty-four-seven green power, which is to say that a given data center Every hour of power that it consumes off the grid, brown power, should be matched by green power.”
Shalini Ramanathan May 22, 2023 ▶ 12:51
Insight
Ramanathan: Industrial facilities should mimic crypto miners as flexible interruptible loads
“I think one of the reasons that cryptocurrency is interesting is because it's interruptible load. And so, you know, the crypto mining facilities are happy to use your low-cost green power and then go offline when it makes more sense to sell that green power. A…”
Shalini Ramanathan May 22, 2023 ▶ 13:59
Prediction Not checkable as stated
Ramanathan: Clean manufacturing power projects in the Southeast will likely be solar
“If you're going to be you know, developing a project in the southeast you know, of the U.S., that is Probably going to be solar. There are only you know, really a handful of pockets of wind resource there.”
Shalini Ramanathan May 22, 2023 ▶ 16:25
Opinion
Ramanathan: Heavy industries like steel require green hydrogen instead of direct electrification
“There are some things that you can't directly electrify, and, you know, steel, cement, there are these Hard to abate sectors, and I think that green hydrogen, we're going to need a molecule, you know, it's probably not going to be an electron, it'll be a molec…”
Shalini Ramanathan May 22, 2023 ▶ 17:56
Prediction Not checkable as stated
Ramanathan: Low-cost power and IRA incentives make U.S. clean manufacturing unbeatable
“The U.S. Now has two advantages. It has, on the whole, on a global basis, low-cost green power, and it has the incentives in the Inflation Reduction Act. And that means that it's going to be really hard to beat the U.S. As a location for manufacturing.”
Shalini Ramanathan May 22, 2023 ▶ 19:21
Made with StarZero

Turn any episode into a week of clips.

This entire site, over 100 episodes transcribed, diarized, checked and made playable, runs on the StarZero media pipeline. Drop in your own episode and the podcast clipper finds the moments worth sharing, cuts them, captions them, and reframes them for every feed.