SolarPunk Pro Podcast

ABOUT SOLARPUNKPRO:

This podcast breaks down how the clean energy transition actually works: the economics, the opportunities, and the skills that matter. If you're looking to build a career in the fastest-growing sector of the global economy, you're in the right place. New episodes weekly.

Host: James Manzer

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For the latest episode, check out our profile.

How PG&E Became Too Big to Fix

Sun, 23 Aug 2026 18:00:00 +0300

A worn hook on a transmission tower. A hundred years of deferred maintenance. Eighty-five lives lost in the Camp Fire. In this episode, I take a deep dive into PG&E, the poster child for what happens when a monopoly utility becomes too big to fail and too dangerous to trust. I trace the pattern from the Hinkley groundwater contamination case (yes, the one from the Erin Brockovich movie) through the 2018 Camp Fire, through two bankruptcies, and into the Diablo Canyon nuclear plant, a $5.7 billion cost overrun that became a permanent excuse to keep collecting ratepayer money.

What emerges isn't a story about one bad company. It's a story about a regulatory model that rewards rebuilding over prevention, socializes risk while privatizing profit, and lets executives walk away from catastrophic failures with their compensation intact. I'll also make the case for what comes next: distributed energy resources, community choice aggregation, and microgrids that already exist and already work, and why the people building that alternative are doing some of the most meaningful work in the industry right now.

If you've ever wondered why a utility that pleaded guilty to 84 counts of involuntary manslaughter is still in business, this episode is your answer.

In this episode:

How the Camp Fire started: a century-old, unchecked hook on a PG&E transmission tower
The Hinkley, California groundwater contamination case and the pattern of conceal, deny, delay
Why the regulatory model financially rewards utilities for rebuilding after disasters rather than preventing them
PG&E's two bankruptcies and the legal doctrine of inverse condemnation
The Diablo Canyon nuclear plant: how a $320 million project became a $5.7 billion boondoggle built on an earthquake fault
Why regulatory capture, the revolving door between commissioners and lobbyists, keeps this cycle intact
Distributed energy alternatives already working today: community choice aggregation and microgrids like Blue Lake Rancheria
Career paths in project development, storage integration, policy design, and community outreach for people who want to build the alternative

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ABOUT SOLARPUNKPRO:

Host: James Manzer

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For the latest episode, check out our profile.

Why Your Electric Bill Is Rising: The Political Truth Both Parties Hide

Fri, 21 Aug 2026 20:00:00 +0300

Your electric bill is one of the most political numbers in America, and both parties would rather you didn't notice. Electricity prices are rising at double the rate of inflation, and now Republicans and Democrats are pointing fingers at each other while missing the actual math. In this episode, I break down what's really driving your bill up: repealed renewable tax credits, expanded LNG exports that send cheap American gas overseas while we buy back expensive electricity made from the same gas, and years of deferred grid decisions finally catching up.

In this episode, I'll walk through the physics that neither party wants to explain on cable news, why renewables have zero marginal fuel cost, why Texas and Iowa saw wholesale prices fall 30-40% as wind came online, and why those savings get buried under utility fees and rate structure games. I'll also make the case for why energy policy illiteracy is bipartisan, and why anyone with a background in politics, policy, or public service already has exactly the skills this industry needs. If you've ever wanted to understand what's actually on your utility bill, and why the people arguing about it don't, this episode is for you.

In this episode:

Why electricity prices are rising at double the rate of inflation, and why voters are finally noticing
How repealed renewable tax credits and expanded LNG exports are both pushing your bill higher
The physics utilities don't want you thinking about: zero marginal fuel cost for solar and wind vs. volatile fuel costs for gas and coal
Real price data: wholesale price drops in Texas and Iowa as wind capacity came online
Why energy policy illiteracy is bipartisan, and what happens when politicians regulate what they don't understand
Why policy, government, and public service backgrounds translate directly into six-figure clean energy careers
A simple exercise: reading your own utility bill line by line

Take Action:

Learn About the SolarPunkPro Masterclass (energy policy, market structure, and career fundamentals): [link]
Download "100 Careers That Will Power the Future" Guide (includes policy and government career paths): [link]

Connect:

ABOUT SOLARPUNKPRO:

Host: James Manzer

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For the latest episode, check out our profile.

How to Actually Break Into Renewable Energy Jobs in 2025 (Not What LinkedIn Says)

Thu, 20 Aug 2026 18:00:00 +0300

If you've been job hunting for a renewable energy career using 2022's playbook, here's why it's not working: that hiring frenzy is over. Interest rates went up, some residential solar companies consolidated, and the "hire anyone with a pulse" era is done. But the industry is still growing 15-20% year over year in the US, and that's actually good news for career changers, because the people who job-hopped through the gold rush are staying put, and companies are now looking for exactly what burned-out corporate professionals already have: transferable skills.

In this episode, I destroy the myths keeping people stuck: that applying online works, that certifications alone get you hired, that entry-level postings are your way in, that recruiters exist to help you break in. Then I rebuild it with an actual four-pillar strategy: building industry knowledge, strategic (not desperate) networking, positioning your transferable skills correctly, and playing your LinkedIn game with intention instead of a green "open to work" banner. I'll also break down exactly where the real opportunities are right now, energy storage, grid infrastructure, energy efficiency, and heat pumps, and the regions where hiring is strongest. If you want the real playbook instead of LinkedIn platitudes, this is it.

In this episode:

Why the 2021-2023 renewable energy hiring frenzy is over, and why that's actually good news for career changers
Four myths keeping people stuck: applicant tracking systems, certifications, "entry-level" postings, and recruiters
Why passion doesn't get you hired, but solving a company's problem does
The four-pillar strategy: industry knowledge, strategic networking, transferable skill positioning, and LinkedIn strategy
How to build a professional network from scratch in 90 days using an information-gathering (not job-asking) approach
Where the real opportunities are right now: energy storage, utility-scale solar and wind, grid infrastructure, energy efficiency, and heat pumps/HVAC electrification
Geographic hotspots for hiring: California, New York, Massachusetts, Colorado, Texas, and the growing Southeast manufacturing hubs

Take Action:

Book a Free 30-Minute City-Specific Industry Analysis Call: https://calendly.com/solarpunkpro/30-min-chat
Learn About the SolarPunkPro Masterclass (industry landscape, technical fundamentals, career strategy, ongoing coaching): https://www.solarpunkpro.com/masterclass

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Renewables Are the iPhone Moment of Energy (And You're Missing It)

Tue, 04 Aug 2026 16:00:00 +0300

📅 Monthly Webinar

From Experience to Impact: The Proven Path to a Six-Figure Career in Renewable Energy

Join us August 20th, 2026 at 7:30pm EDT. Save your spot at: www.solarpunkpro.com/webinar-registration

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We just broke another renewable energy record, for the third week in a row, and at this point that sentence barely registers anymore. That's the problem. Humans are terrible at recognizing exponential change while we're living through it, which is exactly why so many people still look at a fifteen-year-old industry and conclude it "doesn't work" just because we're not at 100% renewables yet.

In this episode, I break down the data that proves this transition is not just real, it's accelerating: solar and battery costs down 90% in fifteen years, wind costs down 70%, clean energy investment outpacing fossil fuels two to one. I'll walk through the exact playbook this transition has followed, from island nations proving it works, to Texas and California proving it scales, to the UK, Germany, and even coal-rich Australia proving it can power entire industrial economies. I'll also take on the "just wait for nuclear" argument with actual timeline and cost data. And I'll make the case for why the career opportunity here mirrors the internet in 1998, and why the people who get in now will be the senior staff and industry veterans five and ten years from now.

Don't be the farmer who kept selling hay for horses until 1935.

In this episode:

Why renewable energy keeps breaking records almost monthly, and why humans have become numb to exponential growth
The 2024 numbers: 444 gigawatts of new solar, $1.8 trillion in clean energy investment, and costs still falling
The three-phase pattern of this transition: islands prove it works, Texas and California prove it scales, industrial nations prove it powers complex economies
Why coal-rich, mining-dependent Australia going all-in on renewables is the "knockout punch" for skeptics
A reality check on nuclear power: fifty years of "five years away" predictions versus actual timelines and costs
Why this moment mirrors the internet in 1998 or smartphones in 2009 for career positioning, and the specific roles hiring right now

Episode Chapters:

[0:00] The Revolution Nobody Notices Anymore

[1:33] The 2024 Numbers: Records Broken, Costs Crushed

[4:19] The Dumbest Criticism: "It's Not 100% Yet"

[8:39] The First Frost Problem: Why We Can't See Change Happening

[11:25] The Three-Phase Pattern: Islands, States, Industrial Nations

[15:18] The Nuclear Reality Check

[18:23] Your Career Roadmap in This Transition

Take Action:

Book a Free 30-Minute Industry Analysis Call: https://calendly.com/solarpunkpro/30-min-chat
Get the "100 Careers That Will Power the Future" Guide: https://www.solarpunkpro.com/download-100-careers-that-will-power-the-future

Connect:

ABOUT SOLARPUNKPRO:

Host: James Manzer

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For the latest episode, check out our profile.

Read Your Energy Bill Like a Detective (And Stop Getting Robbed)

Sun, 02 Aug 2026 18:00:00 +0300

Time to read your energy bill like a forensic accountant. Most people only look at their electric bill and think that's their energy spending — but if you're heating with oil, propane, or gas, or filling up a car with gasoline, your electric bill is hiding the real number.

In this episode, I walk through exactly how to find your true total energy consumption: converting therms, gallons of oil, gallons of propane, and gallons of gasoline into a single common unit (kWh equivalent) so you can actually compare and add them up. I'll show you how to read your electric panel to figure out what's already electrified in your home, how to compare your usage to national and regional averages, and three free tools (Google Project Sunroof, PVWatts, and OpenSolar) to find out if your roof can actually support solar. Then I'll make you an offer: send me your energy bills and let's review them together, live, so everyone listening can learn from real situations. This is the first step before any conversation about solar or electrification even makes sense — know your numbers first.

In this episode:

Why your electric bill alone doesn't show your true energy spending, and how to find the number that actually matters (kWh usage)
How to convert therms, heating oil, propane, and gasoline into a common kWh-equivalent unit so you can compare and total your real energy costs
How to read your electric panel to identify what's already running on electricity versus gas, oil, or propane
How your household stacks up against national and regional energy usage averages
The real math behind electrifying: why usage goes up but total monthly spending often goes down
Three free tools to check your roof's solar potential: Google Project Sunroof, PVWatts, and OpenSolar
An open invitation to send in your own energy bills for a live, on-air review

Episode Chapters:

[0:00] How to Read Your Energy Bill Like a Forensic Accountant

[2:43] Finding Your True kWh Usage and Spotting Seasonal Patterns

[6:30] Hunting Down Every Energy Bill: Gas, Oil, Propane, and Gasoline

[13:05] How Your Usage Compares to the Average Household

[15:24] Free Tools to Check If Solar Makes Sense for Your Roof

[18:35] What to Do Next: Send In Your Bills

Resources and Links mentioned:

Google Project Sunroof: https://sunroof.withgoogle.com/
NREL PVWatts Calculator: https://pvwatts.nrel.gov/
Note: Professional design tools like OpenSolar are available to solar installers. When you're ready for a detailed solar design, reach out to a qualified installer or send me your information for a professional analysis

📩 SEND ME YOUR ENERGY BILLS FOR A FREE REVIEW!

I want to review YOUR energy bills live on the podcast - Dave Ramsey style! Here's what to send:

✅ 12 months of energy bills (block out account numbers)
✅ Photos of your electric panel
✅ PVWatts or Google Sunroof results
✅ Brief description of your situation

DM me on Instagram: SolarPunkPro @manzerJ

Or email: manzerj@solarpunkpro.com

Connect:

ABOUT SOLARPUNKPRO:

Host: James Manzer

The Military Is Going Renewable: Why The Pentagon Bet Billions On Distributed Energy

Fri, 31 Jul 2026 18:00:00 +0300

This episode originally aired on November 11, 2025. For our latest episodes, check out our website.

Let's talk about the most expensive gallon of gas in the world — not at your local pump, but at a forward operating base in Afghanistan, where fully-burdened fuel costs hit $400 a gallon, and soldiers died protecting the convoys that delivered it.

In this episode, I break down what the Pentagon figured out over a decade ago that your local utility company still won't admit: distributed energy isn't just cleaner, it's tactically superior. I'll take you inside Marine Corps Air Station Miramar, where a microgrid can run the entire flight line for 21 days with zero connection to the civilian grid, and explain why the Marine Corps, the Army, and the Defense Innovation Unit are betting billions on solar, storage, and even carbon-captured jet fuel, not for the press releases, but because lives and mission readiness depend on it.

If distributed energy is good enough for national security, it's good enough for your neighborhood. I'll also make the case for why veterans specifically have the exact skill set this industry needs, and what a transition into renewable energy careers can actually look like. This one's for every veteran wondering what the next mission is, and for anyone still buying the "renewables aren't reliable" line.

In this episode:

Why fuel delivered to forward operating bases cost the US military $400 per gallon, and the human cost of protecting those convoys
Why the Department of Defense — the largest single institutional source of greenhouse gas emissions in the world — has been quietly investing in microgrids and distributed renewables for over a decade
Inside Marine Corps Air Station Miramar's microgrid, which islanded the base from the civilian grid during a 2023 heat wave and can run flight operations for 21 days independently
The Army's commitment to microgrids on every base by 2035, and the Defense Innovation Unit's investment in carbon-captured sustainable aviation fuel
Why distributed energy is a national security and cybersecurity issue, not just a climate one
Why military experience — systems thinking, leadership under pressure, mission focus — translates directly into renewable energy careers, and what that transition can look like

Episode Chapters:

[0:00] The Most Expensive Gallon of Gas in the World

[2:31] The Real Cost of Fuel Convoys — In Dollars and Lives

[9:59] Inside Miramar: 21 Days Off the Grid

[11:59] Scaling Up: Microgrids Across Every Military Base by 2035

[16:11] Why Veteran Skills Are Built for This Industry

[18:27] What's Next for Veterans Considering the Transition

For Veterans - Free Resources:

Free 30-Minute Industry Analysis Call

Personalized consultation covering:

✔️Companies with veteran hiring programs in your area

✔️How your military skills translate to energy careers

✔️Training/certifications you might need

✔️Realistic salary progression

✔️How to use GI Bill for energy training

📅 Book Your Free Veteran Consultation: https://calendly.com/solarpunkpro/30-min-chat

For Everyone:

Download: 100 Careers That Will Power The Future 100 specific roles with real salary data, organized by existing skills.

📥 Free Download: https://www.solarpunkpro.com/download-100-careers-that-will-power-the-future

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AI's $4 Trillion Energy Crisis Creates Massive Job Opportunities

Wed, 29 Jul 2026 18:00:00 +0300

Everyone's obsessing over who wins the AI race — Nvidia, OpenAI, the next unicorn. Nobody's talking about the actual constraint: electricity.

A single ChatGPT query uses roughly ten times the power of a Google search, and data centers could eat up 15-20% of total US electricity demand by 2030. Tech giants know this, which is why Google is signing offshore wind deals, Microsoft is funding fusion research, and Amazon is buying entire solar farms — not for the PR, but because their entire business model depends on power that doesn't currently exist.

In this episode, I break down why our grid, built on century-old infrastructure, is nowhere near ready for this demand, and why that's actually the biggest career opportunity most people are missing. I'll walk through the math on what it would take to power this boom with nuclear versus solar versus wind, why distributed energy and demand response are about to become massive businesses, and the specific high-paying roles opening up right now — from demand response specialists to grid optimization engineers to energy traders. If you've been eyeing the AI boom wondering how to get in, the answer isn't learning to code. It's learning to keep the lights on.

In this episode:

Why a single ChatGPT query uses roughly 10x the electricity of a Google search, and what that means at scale
Why tech giants like Google, Microsoft, and Amazon are quietly becoming energy companies
The state of the US grid: aging transmission infrastructure and a $2.5 trillion investment gap
The math behind powering 400 additional terawatt hours by 2030 — nuclear vs. solar vs. wind
Why demand flexibility and virtual power plants could solve the peak demand problem without massive new infrastructure
Specific career paths and salary ranges: demand response specialists, energy trading analysts, industrial energy managers, and grid optimization software engineers
How existing skills in IT, project management, sales, finance, and the trades transfer directly into energy careers

Episode Chapters:

[0:00] The AI Boom Runs on Electricity, Not Algorithms

[2:34] The Math That Should Terrify Every AI Investor

[6:23] Why the US Grid Isn't Ready for What's Coming

[10:36] Building 400 Terawatt Hours: Nuclear vs. Solar vs. Wind

[16:12] Distributed Energy Resources: The Model That's Replacing Centralized Power

[21:55] Follow the Money: Why Infrastructure Is the Real AI Investment

[23:51] What to Do Next

Take Action:

Take the "Are You Burned Out or Are You Just Lazy?" Quiz (free, 3 minutes): https://www.solarpunkpro.com/are-you-burned-out-quiz
Book a Free 30-Minute Industry Analysis Call: https://calendly.com/solarpunkpro/30-min-chat
Download "100 Careers That Will Power the Future" guide: https://www.solarpunkpro.com/download-100-careers-that-will-power-the-future

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How I Heat My Maine Home for $0 with Solar Heat Pumps

Tue, 14 Jul 2026 18:00:00 +0300

Last week I told you why your HVAC contractor might be lying to you about heat pumps. This week, part two, I'm getting into the building science they conveniently leave out. And no, this doesn't involve some exotic passive house or a hundred thousand dollars in triple-pane European windows. My house is standard two-by-six wall construction, code-minimum R-49 attic insulation, basic vinyl double-pane windows.

What made the difference was doing the unglamorous work first: air sealing and insulation, before ever sizing a heat pump. That approach cut my equipment costs, my operating costs, and made the whole system perform better in real western Maine winters, including days at negative twenty degrees Fahrenheit. I'll walk through why "efficiency first" is the sequence almost every contractor skips, why Maine now has over one hundred thousand heat pumps installed in one of the coldest states in the country, and what that state did differently to make it happen.

Then I'll get into the career side of this: the specific paths open right now, from HVAC tech to installation apprentice to energy auditor, and why this is one of the best-timed career windows in the trades. If you're thinking about a heat pump for your home, or a whole new career, this episode is where you start.

In this episode:

The "efficiency first" approach: why air sealing and insulation should come before heat pump sizing, not after
A full breakdown of the building science behind my own house — standard construction, no exotic materials, under $6,000 invested, one-year payback
Why most HVAC contractors skip the energy audit and Manual J calculation entirely, and what that costs homeowners
How Maine went from 10,000 to over 100,000 heat pump installations since 2019, and the policy playbook other states haven't replicated
Four career paths into the heat pump industry: HVAC tech, installation apprentice, technical sales, and energy auditor/consultant, with salary ranges for each
Why demand for qualified installers is outpacing supply right now, and what that means for anyone entering the field

Episode Chapters:

[0:00] Welcome Back: Picking Up From Part One

[0:44] The Building Science They Don't Want You to Know

[6:03] Why Maine Has 100,000+ Heat Pumps (And Your State Doesn't)

[8:25] The Career Opportunity Hiding in This Broken System

[13:17] My House, My Numbers: The Real Savings

[15:21] Closing Thoughts: The Market Is Moving With or Without You

Resources and Links mentioned:

Episode 8: Part One — The financial conflict of interest behind the "heat pumps don't work" myth
Efficiency Maine (state agency: contractor training, customer rebates, quality assurance inspections)
Zero Homes (Denver, CO) — smartphone-based heat pump quoting and design app

Take Action:

Book a Free 30-Minute Home Energy Analysis Call (homeowners: heat pump readiness, incentives, contractor red flags)
Message us on Instagram or Facebook for a Free Career Analysis (career changers: training paths, certifications, salary progressions)

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Why HVAC Contractors Don't Want You Buying Heat Pumps

Fri, 10 Jul 2026 18:00:00 +0300

Your HVAC contractor told you heat pumps don't work in cold climates. Here's what they didn't tell you: the same person selling you that furnace is also selling you the oil or propane to run it, and a properly installed heat pump could wipe out two to four thousand dollars a year in recurring revenue from your household.

In this episode, I break down the real financial conflict of interest behind the "heat pumps don't work here" myth, and then I dismantle it, myth by myth, with hard numbers and my own house as the case study. I live in western Maine, right by Sugarloaf, and my home has been heated entirely by solar-powered heat pumps for five years — no backup furnace, no fuel deliveries, even at negative twenty degrees Fahrenheit. I'll walk through cold-climate heat pump performance data, the manual J load calculation scam that gets equipment deliberately oversized, the real cost comparison over the life of the system, and why this whole broken incentive structure is exactly why this industry needs more people who actually want to help homeowners instead of protecting a fuel delivery business. If you've ever been told heat pumps "just don't work here," this episode is your rebuttal.

In this episode:

The financial conflict of interest most homeowners never hear about: contractors who install furnaces and deliver fuel have a business incentive to steer you away from heat pumps
Debunking the four biggest heat pump myths — cold climate performance, backup heating, electrical upgrades, and upfront cost
Real data from five years running a solar-powered heat pump system in western Maine, including performance at -15°F and -20°F
The "Manual J" load calculation scam and how deliberately oversized equipment creates the comfort problems contractors then blame on the technology
A full cost breakdown: heat pump vs. oil/propane heat over 20 years
Why regions with the most heating oil and propane use are also the regions where "heat pumps don't work" gets repeated most often

Episode Chapters:

[0:00] The Real Reason Your Contractor Says Heat Pumps Don't Work

[1:53] The Financial Conflict of Interest Nobody Talks About

[9:09] Myth #1: Heat Pumps Don't Work Below Freezing

[12:10] My House, My Numbers: Five Years of Real Cold-Climate Data

[18:54] The Manual J Scam: How Oversized Equipment Gets Blamed on the Technology

[21:13] Recap + What's Coming in Part Two

Take Action:

Book a Free 30-Minute Chat + Location-Specific Industry Analysis: https://calendly.com/solarpunkpro/30-min-chat

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Hope Is Not Naive: How Solarpunk Is Winning the Clean Energy Revolution

Wed, 08 Jul 2026 06:00:00 +0300

Right now the fossil fuel industry, the climate doomers, and the off-grid influencers all want you to believe the same thing: that the fight is over, one way or another. They're all wrong. Solar costs are down 90% in a decade, battery costs are down 90%, EVs have hit cost parity, and clean energy investment has officially outpaced fossil fuel investment. That's not a hope, that's a receipt.

In this episode, I break down what solarpunk actually means — the hippie ideal of building alternative systems, meeting the punk instinct to refuse the establishment, meeting the one thing neither movement ever figured out: how to get paid doing it. I'll show you why the fossil fuel industry's political attacks are a sign of panic, not strength. I'll make the case for why climate doomerism is the least rebellious option on the table. And I'll walk through real people who made the jump — from fleet sales to e-mobility, from school administration to solar design — redirecting the exact skills they already had into careers that pay six figures while making the old system obsolete. This is what modern rebellion actually looks like, and it's hiring.

In this episode:

Why solarpunk combines hippie idealism and punk rebellion with the one thing both were missing: economic power
The data behind solar, wind, battery, and EV cost declines — and why fossil fuel companies are panicking, not winning
Why climate doomerism functions as permission to do nothing
Real career transition stories: corporate fleet sales to e-mobility, school administration to solar design
Salary ranges across in-demand clean energy roles (solar installers, energy storage engineers, community solar developers, supply chain sustainability managers)
Why the skills you already have from your current job are exactly what this industry needs

Episode Chapters:

[0:00] Why Hope Isn't Naive — The Case for Clean Energy Careers

[1:24] What Is Solarpunk? Hippies, Punks, and the Missing Ingredient

[7:19] The Fossil Fuel Industry's Desperate Attacks (And Why They Prove We're Winning)

[10:53] Why Climate Doomerism Is a Cop-Out, Not Realism

[14:40] Real Rebellion: Career Transformations That Pay Six Figures

[16:09] The Skills You Already Have Are Exactly What This Industry Needs

[19:13] What to Do Next: Your Move Into Clean Energy

[21:18] Closing Thoughts + Next Week's Episode Preview

Take Action:

Take the "Are You Burned Out or Are You Just Lazy?" Quiz (free, 3 minutes)
Book a Free 30-Minute Industry Analysis Call
Download "100 Careers That Will Power the Future" guide

Connect: