Technology

Clean Power Hour

The Clean Power Hour podcast is speeding the clean energy transition. Tim Montague and John Weaver highlight clean energy innovations shaping the next generation of renewable energy sources. We discuss the latest solar PV, battery storage, wind, water, wave, and other low-carbon technologies. We answer the question: How can we decarbonize the economy? We promote the economic opportunity of electrifying everything – transportation, energy, industry, and the built environment. Let’s speed up the clean energy transition together. Join the movement – www.CleanPowerHour.com

Latest Episodes:

Batteries vs. Gas Peakers, China's Solar Export Restrictions, and the Future of Clean Energy Oct 20, 2026

Show notes

Solar and battery storage are reshaping the energy industry, but policy uncertainty, grid constraints, manufacturing challenges, and equipment reliability remain major issues.

In this episode of Clean Power Hour Live, Tim Montague and John Weaver break down the latest developments in solar, energy storage, and the evolving power grid. They discuss new research showing that four-hour battery storage is becoming cost-competitive with gas peaker plants, China's restrictions on solar manufacturing technologies, U.S. solar deployment forecasts, and the growing challenges of connecting data centers to the grid.

The conversation also explores solar project quality, the financial impact of equipment failures, and why reliable operations and maintenance will become increasingly important as more developers transition into asset ownership.

Key Highlights

• 4-Hour Batteries Challenge Gas Peaker Economics: New research suggests that four-hour battery storage is now less expensive than open-cycle gas turbines across all 43 markets included in the comparison. (Solar Power World Online)

• The Next Frontier for Battery Storage: As batteries increasingly serve evening peak demand, the hosts consider how storage could reshape other periods of electricity demand and what role wind and other technologies might play. (Ember reports)

• Solar Manufacturing and a Patent Dispute: The hosts examine a dispute involving an American company based in Rochester and a Chinese supplier over patents related to photovoltaic crystal-growing machinery.

• U.S. Solar Deployment and the Tax Credit Cliff: BloombergNEF projections point to several years of strong U.S. solar additions before growth potentially slows as clean energy tax credits phase out. (Bloomberg)

• China's Solar Market Slows While Other Markets Grow: The hosts discuss projections that China's solar installations could decline by 29% in 2026 while installations elsewhere increase by 15%. (PV Magazine)

• China Restricts Exports of Solar Manufacturing Technologies: China is reportedly limiting exports of 12 photovoltaic-related technologies, including technologies associated with perovskite-silicon modules and polysilicon production. (Bloomberg report)

• FERC Rejects Most of PJM's Large-Load Interconnection Proposal: Tim explains why the Federal Energy Regulatory Commission's decision could add uncertainty to the process of connecting large electricity consumers, including data centers. (Utility Drive)

• Project of the Week: A Nearly 2 MW Rooftop Solar Installation: John shares progress on a commercial rooftop solar project with approximately 1.8 MW of DC capacity and 990 kW of AC capacity. (John Weaver's LinkedIn)

• Solar Quality Issues Could Increase LCOE by More Than 20%: The hosts review research showing how component failures, inverter downtime, and other system issues can increase the levelized cost of electricity. (PV Tech)

What You'll Learn

• Why four-hour battery storage is becoming competitive with gas peaker plants.
• How solar-plus-storage could reshape electricity pricing and peak demand.
• What China's solar technology export restrictions could mean for U.S. manufacturing.
• Why global solar deployment patterns are changing.
• How data center growth is complicating grid interconnection.
• Why solar system quality and ongoing maintenance matter to project economics.
• What developers should consider when evaluating monitoring and energy management solutions.

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The Clean Power Hour is produced by the Clean Power Consulting Group and created by Tim Montague. Contact us by email: CleanPowerHour@gmail.com

Corporate sponsors who share our mission to speed the energy transition are invited to check out https://www.cleanpowerhour.com/support/
The Clean Power Hour is brought to you by CPS America, maker of North America’s number one 3-phase string inverter, with over 6GW shipped in the US. With a focus on commercial and utility-scale solar and energy storage, the company partners with customers to provide unparalleled performance and service. The CPS America product lineup includes 3-phase string inverters from 25kW to 275kW, exceptional data communication and controls, and energy storage solutions designed for seamless integration with CPS America systems. Learn more at www.chintpowersystems.com

The Business of Solar EPC: Profitability, Policy Risks, and Project Delivery #376 Oct 15, 2026

Show notes

Solar EPCs face growing pressure to deliver projects on time, manage costs, secure financing, and navigate changing energy policies. So how can smaller companies grow while protecting their profitability and reputation?

In this episode of the Clean Power Hour, host Tim Montague sits down with Forrest Cohn, co-founder of Utopian Power, to discuss building a reliable solar and battery storage business in a changing market.

Based in Ann Arbor, Michigan, Utopian Power develops renewable energy projects. It provides engineering, procurement, and construction (EPC) services for municipalities, municipally owned utilities, rural electric cooperatives, and other project developers. The company focuses primarily on projects under 10 MW, with experience across the Midwest and other US markets.

Whether you're a solar developer, EPC contractor, project owner, or clean energy professional, this episode offers practical insights into growing a solar business without compromising on project delivery.

IN THIS EPISODE

• How Utopian Power grew from a startup founded in 2020 into a renewable energy developer and EPC contractor.
• Why municipalities and smaller utilities can create opportunities for solar developers.
• How EPC companies can partner with developers to deliver community solar projects.
• Why bonding capacity matters when pursuing larger construction contracts.
• How financial discipline and responsible project selection help protect profitability.
• How Utopian Power approaches hiring, project pipelines, and business growth amid market uncertainty.
• How tariffs, equipment restrictions, and changing federal tax credit policies affect solar project costs.
• Why state policies and utility programs remain important to commercial solar deployment.
• What solar companies can do to build trust and strengthen the industry's reputation.

Connect with Forrest Cohn, Utopian Power

Forrest Cohn | LinkedIn
Utopian Power

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The Clean Power Hour is produced by the Clean Power Consulting Group and created by Tim Montague. Contact us by email: CleanPowerHour@gmail.com

How to Make Affordable Housing Solar Work | Resonant Energy #375 Oct 13, 2026

Show notes

A 100 kW rooftop can be a meaningful source of energy savings—and a difficult project to finance. How do you make solar work for affordable housing, churches, and nonprofits?

In this episode of the Clean Power Hour, Tim Montague sits down with Ben Underwood and Isaac Baker, founders of Massachusetts-based Resonant Energy, to discuss how they built a solar development business around nonprofits, houses of worship, and low-income multifamily housing.

Ben and Isaac explain how a portfolio approach brings buying power and financing to smaller projects, why their business pivoted toward affordable housing, and what developers and installation partners can learn from that model.

In the interview, Ben puts completed projects at roughly 5 MW, with about 15 MW in the pipeline. Behind those numbers is years of work aligning customer demand, installation partners, capital, and policy.

A central question: do the savings actually reach residents? The conversation distinguishes direct utility-bill benefits from savings that support building operations and improvements, and explores the Connecticut approach described by Isaac. They also discuss changing federal incentives, battery deployment barriers, and the potential of peak-demand compensation.

In this episode, you'll hear about:

• Why Resonant Energy shifted from anaerobic digestion into community solar and small commercial projects

• How the company used community networks to bring solar to churches, nonprofits, and other organizations that struggled to access conventional project finance

• Why bundling smaller solar projects into portfolios can make them more attractive to investors

• How Resonant Energy moved into affordable multifamily housing after COVID disrupted its faith-based customer base

• The role of Massachusetts' net metering and SMART incentive programs in making low-income solar projects viable

• How the Inflation Reduction Act helped accelerate Resonant Energy's growth

• How solar is becoming increasingly important for all-electric affordable housing developments as electricity costs rise

• What a typical 40-unit multifamily solar project looks like, including 75 to 150 kW behind-the-meter systems

• How Connecticut's affordable housing solar policy creates a direct benefit for residents

• The challenges of deploying batteries on small commercial properties, from local fire codes to federal sourcing requirements

• Why rate design and peak-demand compensation matter as federal solar incentives change

• Why urban and suburban rooftops and parking canopies could play a much larger role in America's future energy system

For developers, EPCs, and affordable housing owners, the takeaway is practical: smaller projects can become a meaningful market when financing, delivery, and resident benefits are designed together.

Connect with Guests

Ben Underwood | LinkedIn

Isaac Baker | LinkedIn

Resonant Energy

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The Clean Power Hour is produced by the Clean Power Consulting Group and created by Tim Montague. Contact us by email: CleanPowerHour@gmail.com

TVA’s Grid Is Under Pressure. Solar, Storage and Microgrids Could Be the Answer #374 Oct 08, 2026

Show notes

Rising electricity demand and prolonged outages are pushing the Tennessee Valley to rethink how it builds and operates the grid. Where do solar, batteries, and community-scale microgrids fit?

In episode 374 of the Clean Power Hour, Tim Montague welcomes Gil Hough, Executive Director of the Tennessee Solar Energy Industries Association (TenneSEIA), for a conversation following the organization’s 2026 conference.

Gil explains how the Tennessee Valley Authority (TVA) shapes this distinctive public-power market—and why municipal utilities and electric cooperatives are becoming a source of innovation in solar, storage, and distributed energy.

Tim and Gil discuss:

• How TVA’s federal public-power structure shapes opportunities for solar and storage developers

• Why TVA’s new Integrated Resource Plan includes a distributed-energy strategy alongside utility-scale solar, storage, and other generation

• How annual requests for proposals are changing TVA’s approach to large-scale solar and storage procurement

• What the invitation-only Resource Solicitation Cluster means for project selection and interconnection studies

• How generation flexibility gives local power companies room to develop solar, storage, and virtual power plants

• What recent storm outages reveal about the need for local resilience and community-scale microgrids

• How TVA’s decision-making and funding model differs from the investor-owned utility model

• How TenneSEIA’s committees and utility relationships help developers, manufacturers, and local power companies collaborate

For developers and energy professionals, the conversation highlights two routes into the market: TVA’s utility-scale procurement process and partnerships with local power companies pursuing distributed resources.

Gil argues that solar, storage, and better load management can help utilities use their infrastructure more effectively and mitigate cost pressures. Tim explores his vision of a grid of community-scale microgrids, with substations serving as hubs for nearby generation and storage.

Listen for a practical look at how procurement, utility partnerships, economics, and resilience are shaping the next phase of clean energy in the Tennessee Valley.

MEET TIM AT ILREC 2026

Tim Montague will be at the Illinois Renewable Energy Conference (ILREC), October 19-20, 2026, at the Bloomington-Normal Marriott and Conference Center in Normal, Illinois.

ILREC brings together leaders from across Illinois' renewable energy industry to discuss the policies, technologies, market trends, and business challenges shaping the state's clean energy future.

Learn more and register at https://illinoisrenewableenergyconference.org/

Connect with Gil Hough

TenneSEIA website: https://tenneseiasolar.com/

Gil Hough LinkedIn: https://www.linkedin.com/in/gilhough

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The Clean Power Hour is produced by the Clean Power Consulting Group and created by Tim Montague. Contact us by email: CleanPowerHour@gmail.com

California Just Changed the Game for Solar & Batteries Oct 06, 2026

Show notes

Solar and storage are moving into a new phase, and this week's Clean Power Hour Live covers the technologies, policies, and market shifts shaping that transition.

Tim Montague and John Weaver break down the latest developments across solar, batteries, wind, grid infrastructure, and electrification.

In California, Governor Gavin Newsom has signed legislation supporting virtual power plants and making plug-in solar officially legal. The hosts discuss what these changes could mean for distributed energy, grid flexibility, consumers, and the future of behind-the-meter solar.

They also cover US solar manufacturer ratings, a Google pilot for hourly carbon accounting with battery storage, solar repowering, UK grid interconnectors, the world's tallest wind turbine, and the 45X tax credit. These stories land as California utilities report record profits and power costs in the state run twice the US average.

Episode Highlights:

Governor Newsom signed bills to contain utility spending and pay customers who let batteries, EVs, and appliances ease grid stress (Canary Media).
Finlay Colville rates US solar manufacturers from AAA to C, with First Solar at number one (PV Magazine).
A Google-backed pilot demonstrates hourly carbon accounting for US battery energy storage using granular certificates (Energy Storage News).
A Foundry Logic study argues replacing old panels adds significant new capacity to the grid (Heatmap News).
An insider quoted by Roth says, "We are moving into a positive political environment for solar" (Roth).
Roughly 10 GW of UK grid interconnectors link Britain to Europe (Financial Times).
Germany installed the world's tallest wind turbine at 300 meters, as tall as the Eiffel Tower. Tim questions the economics, and John points to a higher capacity factor at greater heights.

This episode suits solar professionals, battery storage professionals, project developers, policy watchers, and clean energy investors. California's new VPP and plug-in solar laws, the 45X tax credit debate, and the growth of solar repowering all affect project decisions right now.

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The Clean Power Hour is produced by the Clean Power Consulting Group and created by Tim Montague. Contact us by email: CleanPowerHour@gmail.com

Why Batteries Are the Key Technology Behind the Next Energy Economy with Simon Engelke #373 Oct 01, 2026

Show notes

A battery only earns its keep when it can connect to the grid and get to work. What does it take to turn better battery technology into a viable energy project?

In episode 373 of the Clean Power Hour, Tim Montague speaks with Dr. Simon Engelke, founder of Battery Associates and Battery MBA and host of the Battery Insiders podcast. They explore the technology, economics, and expertise needed to scale storage across the grid, transportation, and emerging industries.

Drawing on his Cambridge PhD in lithium-ion batteries and his work advising and training industry professionals, Simon explains why chemistry is only part of the story. Utilization, manufacturing scale, maintenance, investor confidence, and grid access all shape whether a battery project succeeds.

Tim and Simon discuss:

• Stationary storage and mobility: where Simon sees demand growing and how vehicle-to-grid programs can put parked EV batteries to work

• Battery technology explained: LFP and NMC cathodes, silicon anodes, sodium-ion batteries, and what changes when the electrolyte becomes solid

• Manufacturing scale: why increasing production can drive battery costs down through learning and process improvements

• Vanadium flow batteries: Tim raises G&W Electric's experience, while Simon discusses pump and seal failures he has encountered and the challenge of proving a bankable business case

• Project economics: why cycling, utilization, operating reliability, and a track record matter to developers and investors

• Interconnection bottlenecks: Simon describes investors in Germany ready to deploy batteries that cannot yet connect, leaving assets idle while they continue to age

• U.S. manufacturing: Simon's view that repurposing automotive battery factories could temporarily expand stationary storage supply, with EV demand changing that equation

• New applications: how data centers, drones, humanoid robots, and electric aviation are expanding the conversation beyond solar and EVs

• Battery careers: why engineers, solar professionals, business leaders, and people from other disciplines need to understand the full battery value chain

• Inside Battery MBA: a 12-week online program built around live industry experts, office hours, and collaborative case studies, with group enrollment options for employers

Simon also shares a Battery MBA case study exploring how a data center battery could serve both as backup power and as storage for an island grid. His message to professionals: start with the skills you enjoy using, then look for where they can contribute to the battery industry.

For solar, storage, and microgrid professionals, this conversation connects battery innovation with the practical decisions behind project deployment, workforce development, and long-term business strategy.

Learn more about Simon Engelke:

Dr. Simon Engelke | LinkedIn

Battery Associates | Training, Consulting & Insights

BatteryMBA | CPD-Accredited Battery Course

All Battery Insiders podcast episodes

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The Clean Power Hour is produced by the Clean Power Consulting Group and created by Tim Montague. Contact us by email: CleanPowerHour@gmail.com

The Battery Boom Is Moving Beyond EVs Sep 29, 2026

Show notes

Grid storage is growing faster than the industry expected. EVs accounted for more than 70% of global battery deployment in 2025, down from almost 80% in 2024, according to the IEA.

On this CPH Live, Tim Montague and John Weaver unpack stationary battery storage growth and follow the batteries to two places: 230 GW of data center interconnection requests and a solar plus storage copper mine in Congo. They also cover China clean tech investment, EV charging costs, and agrivoltaics. These stories show where new batteries are going and why.

Episode Highlights:

Stationary storage is taking a larger share of global battery deployment. EVs fell to more than 70% in 2025, down from almost 80% in 2024 (IEA), as EV growth ran slower than projected and grid storage grew faster. Tim opened with a 95% EV figure, John corrected it with the IEA data live, and the hosts named CATL, BYD, and Illinois' new grid law as drivers of grid-scale battery storage.
Cross Boundary Energy's Kamoa Copper project in the Democratic Republic of Congo pairs 233 MW of east-west solar with a 526 MWh battery and 30 MW of output. John calls the roughly 8 to 1 DC to AC ratio the largest he has seen. (Crossboundary Energy)
Tim reports 230 GW of data center interconnection applications across the U.S., against a grid running near 500 GW. He argues 20 million Powerwall 3 units, or one in five homes, would match that load. The hosts discuss grid edge computing from Lektra and Base Power's 40 kWh home batteries, which entered Illinois through the state's virtual power plant legislation.
China's share of global clean manufacturing investment fell from 71% in early 2023 to 33% in Q2 2026 (Reuters). Tim asked why this counts as good news for solar.
Maize under the panels produced 19.6% more dry matter than an open control plot during a drought and heat wave. The panels cut evapotranspiration by 20% (PV Magazine).
A Sydney green roof ran 28 degrees Celsius cooler, and its solar outperformed a metal roof array by 11% (Renew Economy).

This episode serves battery storage professionals, solar developers, clean energy investors, and policy watchers. Data center load, gas price spikes, and shifting battery demand all affect project economics right now. Tim and John give you the numbers and more.

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The Clean Power Hour is produced by the Clean Power Consulting Group and created by Tim Montague. Contact us by email: CleanPowerHour@gmail.com

Inside a 365 kW Commercial Solar Project: First Solar Series 7 + Custom Racking #372 Sep 24, 2026

Show notes

How do you take a 365 kW commercial solar project from a customer conversation to steel in the ground?

In this episode of the Clean Power Hour, Tim Montague goes behind the scenes of a 365 kW commercial solar project for Griffin Beverage in West Branch, Michigan, with Jordan Rhyne of Countryside Energy and Kyle Sinclair of Sinclair Designs & Engineering.

The project brought together domestic-content solar modules, custom racking engineering, structural analysis, field installation lessons, and a challenging interconnection process with Consumers Energy.

Jordan and Kyle walk through what it took to make the project work, including why the customer wanted a truly domestic solar system, how First Solar Series 7 modules changed the racking design, and what the team learned from taking the system from engineering drawings into the field.

In this episode, you’ll learn:

• How Countryside Energy identified Griffin Beverage as a strong commercial solar customer
• Why the customer prioritized a truly domestically sourced solar array
• How First Solar Series 7 modules created unique racking and engineering challenges
• Why the racking team developed a purpose-built bracket and clip connection
• How structural analysis and FEA helped validate the module-to-racking connection
• What installers need to consider when working with frameless thin-film modules
• Lessons from module handling, breakage, installation speed, and field tolerances
• What EPCs should know before taking on their first First Solar Series 7 project

The 365 kW system was designed to offset 110% of the facility's load, the maximum allowed by Consumers Energy for the project. The team also had to coordinate an upgrade of the site's service transformer from 250 kVA to 500 kVA before the system could be energized.

Connect with Guests

Jordan Rhyne | LinkedIn
Kyle Sinclair | LinkedIn

Learn more about Sinclair Designs & Engineering:
https://www.sinclair-designs.com/

Learn more about Countryside Energy:
https://countryside-energy.com/

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The Clean Power Hour is produced by the Clean Power Consulting Group and created by Tim Montague. Contact us by email: CleanPowerHour@gmail.com

This Startup Pays You to Run AI on Your Solar Power #371 Sep 22, 2026

Show notes

What if your solar system could earn far more by powering AI compute than by selling electricity back to the grid?

In this episode of Clean Power Hour, Tim Montague talks with Karl Andersen, founder and CEO of Lektra, about a different approach to the growing power demands of AI. Lektra places GPU servers alongside distributed energy resources such as solar and batteries, turning homes, businesses, and other energy sites into small-scale data centers.

Instead of exporting excess solar to the grid, an energy host can use that electricity to power GPU workloads and earn revenue from the compute generated. Karl says Lektra typically gives energy hosts 80% of the resulting revenue while retaining 20% for providing the compute marketplace and infrastructure.

The conversation explores why rapidly growing AI demand is exposing limitations in today's electric grid, and whether distributed energy, microgrids, batteries, and edge computing could form part of a more decentralized Grid 2.0.

In this episode, Tim and Karl discuss:

• Why AI is creating a new market for distributed energy

• How Lektra turns solar and other energy assets into edge-scale data centers

• The economics of selling compute instead of electricity

• How Lektra's 80/20 revenue-sharing model works

• Why edge computing could benefit autonomous vehicles, robotics, logistics, and physical AI

• How distributed compute could help address data-center grid constraints

• Lektra's approach to data sovereignty and on-premises AI

• What a more decentralized energy system could look like over the next several decades

The future of AI will require enormous amounts of energy. This conversation explores whether some of that demand can be met where energy is already being generated, and whether compute can provide the economic incentive to build a more distributed and resilient energy system.

Connect with Karl Andersen, Lektra

Karl Andersen | LinkedIn

Lektra - Powering Intelligence

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The Clean Power Hour is produced by the Clean Power Consulting Group and created by Tim Montague. Contact us by email: CleanPowerHour@gmail.com

The U.S. Needs 230 GW of New Power. Where Will It Come From? #370 Sep 17, 2026

Show notes

America may need more than 230 GW of new power capacity through 2030. Regulated utilities are expected to deliver only about 93 GW. So where does the rest come from?

Tim Montague takes that question to Sylvia Leyva Martinez, Director of North America Utility-Scale Solar at Wood Mackenzie, on a crossover with her show Interchange Recharged. They work the gap from opposite ends of the industry: utility-scale generation versus C&I, community solar, storage, and microgrids.

They cover safe harbor strategy under the ITC phase-out, how projects get financed, and how the AI data center boom reshapes demand. Tim makes his case that distributed energy deploys faster than the interconnection queue allows, and lands on his thesis that the future grid is a grid of microgrids.

Tim and Sylvia work the gap between what the U.S. needs and what utilities will build:

Where does utility scale end and distributed generation begin?
How does the ITC phase-out drive the safe harbor rush?
Why do most C&I projects skip PPAs for commercial loans?
What does the 230 versus 93 gigawatt gap mean for developers?
Which states give community solar its strongest footing?
Why does Tim believe the future is a grid of microgrids?

Links
Interchange Recharged | Wood Mackenzie
Climate Restoration Book — Peter Fiekowsky
Sylvia Leyva Martinez | LinkedIn

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The Clean Power Hour is produced by the Clean Power Consulting Group and created by Tim Montague. Contact us by email: CleanPowerHour@gmail.com

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