The complete list of business models in the climate tech market
Last updated: 13 March 2026
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The climate tech market has grown into one of the most structurally diverse investment landscapes in the world, spanning software, hardware, materials, infrastructure, and consumer products all targeting decarbonization.
This list covers the main business models operating in the climate tech market today, from asset-light software platforms to capital-intensive industrial producers, with notes on how each model performs across scalability, margins, and defensibility.
We update this list regularly as new companies emerge, business model patterns shift, and the climate tech market matures.
And if you want to better understand this new industry, you can download our pitch covering the climate tech market.
A quick summary table
| Metric | Value |
|---|---|
| Total climate tech business models mapped | 24 |
| Average scalability score (all models) | 7.1 / 10 |
| Average margin potential (all models) | 6.7 / 10 |
| Average defensibility (all models) | 7.1 / 10 |
| Top scalability score in climate tech | 9 (Utility Software, Environmental Markets, Home Energy Financing) |
| Most capital-intensive climate tech categories | Power plants, gigafactories, alternative fuels, green commodities |
| Avg. scalability: low-capex climate tech models | 9.0 / 10 |
| Avg. scalability: high-capex climate tech models | 6.3 / 10 |
| Dominant revenue models in climate tech | Subscription, usage-based, outcome-based, transaction fee |
| Most common climate tech sales motion | Enterprise sales |
| Highest defensibility category | Next-generation power plants (9 / 10) |
| Lowest-margin climate tech segment | Climate-branded mobility (4 / 10) |
| Best overall economic profile (software layer) | Avg. 9.0 scalability, 8.0 margins, 8.0 defensibility |
| Climate tech categories most dependent on policy | Alternative fuels, hydrogen electrolyzers, some carbon models |
In our climate tech market deck, we provide the data and the context to understand it
All the business models in the climate tech market
Here is a table that maps the main business models in the climate tech market, highlighting how they differ in scalability, margins, defensibility, capital intensity, and monetization approach.
| # | Business Model | Description | Example Companies | Scalability | Margin Potential | Defensibility | Capital Intensity | Category | Who Pays | Customer Segment | Revenue Model | Pricing Metric | Sales Motion | Key Strengths | Key Risks | Investor Perspective |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| 1 | Utility Software and Grid Orchestration | Software manages utility operations, distributed energy resources, rates, billing, and flexibility programs. | Octopus Energy / Kraken, Uplight, OVO Energy / Kaluza, Arcadia | 9 | 8 | 8 | Low | SaaS | Utilities, energy retailers | Enterprises | Subscription | Per utility contract / year | Enterprise sales | High retention, deep integrations, switching costs | Slow procurement cycles, services creep | Best mix of recurring revenue, scalability, and sticky workflows in climate tech |
| 2 | Environmental Markets Infrastructure | Platform enables trading, registry, data, and software for environmental commodities such as carbon credits and renewable energy certificates. | Xpansiv, AirCarbon Exchange, Patch, Cloverly | 9 | 8 | 8 | Low | Platform | Traders, corporates, institutions | Enterprises | Transaction fee | Per transaction | Partnerships | Network effects and asset-light economics | Regulatory shifts, market volatility | Attractive infrastructure layer in climate tech if liquidity and trust consolidate |
| 3 | Home Energy Financing Marketplace | Financing platform connects homeowners, installers, lenders, and capital providers for clean energy upgrades. | GoodLeap, Dividend Finance, Mosaic, Palmetto | 9 | 7 | 7 | Medium | Fintech | Installers, lenders, homeowners | SMBs, Consumers | Transaction fee | % financed volume | Partnerships | Embedded distribution and repeatable financing workflows | Funding risk, channel disintermediation | Strong bottleneck business in home electrification if contractor channel ownership persists |
| 4 | Advanced Battery Materials Supply | Sells specialized materials improving battery performance into manufacturing supply chains. | Sila Nanotechnologies, Group14 Technologies, OCSiAl, Ascend Elements | 8 | 8 | 8 | Medium | Materials | Battery manufacturers, OEMs | Enterprises | Licensing | Per ton / kg | Enterprise sales | Qualification lock-in and differentiated performance economics | Scale-up failure, customer concentration | High-quality climate tech model when the material becomes mission-critical for battery producers |
| 5 | Full-Stack Home Electrification Platform | Bundles hardware, financing, installation, software, and ongoing home energy services into a single offering. | Enpal, 1Komma5°, Palmetto, Aira | 8 | 6 | 7 | Medium | Services | Homeowners | Consumers | Outcome-based | Per home project + service | Inside sales | Higher lifetime value through full-stack ownership | Operational complexity and lower service purity | Compelling if software and cross-sell outweigh the drag of contractor economics |
| 6 | Food Ingredient and Formulation Platform | Supplies differentiated ingredients and formulations to food manufacturers and brands targeting lower-emission products. | Perfect Day, Apeel Sciences, NotCo, Ginkgo Bioworks | 8 | 7 | 7 | Medium | Ingredients | CPG companies, manufacturers | Enterprises | Licensing | Per ingredient contract | Enterprise sales | B2B stickiness and differentiated formulation performance | Slow partnerships and long adoption cycles | Better economics than branded food if the ingredient becomes embedded in CPG supply chains |
| 7 | Novel Agriculture Inputs and Seeds | Sells improved seeds or biological inputs delivering measurable farm ROI with lower emissions. | Pivot Bio, Inari, Indigo Ag, Benson Hill | 8 | 7 | 7 | Medium | Agtech | Growers, distributors | SMBs, Enterprises | Usage-based | Per acre / seed unit | Partnerships | Recurring demand with measurable on-farm ROI | Agronomic variability and channel dependence | Attractive recurring market in climate-focused agtech if field performance proves durable |
| 8 | Carbon Removal Supply Contracts | Sells verified durable carbon removal tons under forward or multi-year contracts to corporate and public buyers. | Climeworks, CarbonCapture, Heirloom, Charm Industrial | 8 | 7 | 7 | High | Services | Large enterprises, public buyers | Enterprises | Outcome-based | Per ton removed | Enterprise sales | Long-term contracts and trusted monitoring create premium positioning | Quality scrutiny and buyer budget pullbacks | Strong demand category in carbon markets, but execution and cost declines are critical |
| 9 | Aircraft OEM With Energy Ecosystem | Sells electric aircraft plus charging, maintenance, training, and ecosystem services to airlines and operators. | BETA Technologies, Heart Aerospace, Electra.aero, Volocopter | 8 | 6 | 8 | High | Hardware | Airlines, operators, defense | Enterprises | Per device + subscription | Per aircraft + service contract | Enterprise sales | Ecosystem control can lift weak OEM economics over time | Certification, manufacturing, and capital risk | Large upside in sustainable aviation if certification unlocks a recurring aftermarket moat |
| 10 | Electric Freight Platform | Bundles electric vehicles, charging, software, and operations into freight-as-a-service for fleet operators and shippers. | Einride, WattEV, Nevoya | 7 | 6 | 7 | High | Services | Shippers, fleet operators | Enterprises | Outcome-based | Per freight contract | Enterprise sales | Integrated data and customer workflow ownership | Operational complexity and capital demands | Works best when software leverage improves the underlying transport economics |
| 11 | Commercial Charging Infrastructure Operator | Owns and operates commercial EV charging sites and related energy services for fleets and commercial drivers. | TeraWatt Infrastructure, FreeWire, ChargePoint | 7 | 6 | 7 | High | Infrastructure | Fleets, commercial drivers | Enterprises | Usage-based | Per kWh / site contract | Partnerships | Recurring infrastructure revenue with location control | Slow utilization ramp, interconnection delays | Good EV infrastructure play when demand is contracted early |
| 12 | Carbon Capture Equipment Platforms | Sells carbon capture machines, systems, and service layers to industrial facilities and project developers. | Svante, CarbonCapture, Carbon Clean, Aker Carbon Capture | 7 | 7 | 7 | Medium | Hardware | Industrial facilities, developers | Enterprises | Per device + subscription | Per installed capacity | Enterprise sales | Proprietary equipment with recurring service potential | Custom engineering drag and policy dependence | Attractive if standardized carbon capture deployments beat project-by-project engineering |
| 13 | Electrolyzer Plant Vendor | Sells electrolyzer systems and green hydrogen production plants with service support to industrial producers and project developers. | Sunfire, Electric Hydrogen, H2Pro, Nel | 7 | 6 | 7 | Medium | Hardware | Industrial producers, developers | Enterprises | Per device + subscription | Per MW installed | Enterprise sales | Bankable equipment in a large and emerging hydrogen market | Policy dependence and EPC commoditization risk | Good upside in green hydrogen if productization avoids bespoke project work |
| 14 | Distributed Power Equipment Systems | Sells onsite power, microgrid, or resilient distributed generation systems to industrial sites, campuses, and utilities. | Mainspring Energy, Bloom Energy, Turntide Technologies, Capstone Green Energy | 7 | 7 | 7 | Medium | Hardware | Industrial sites, campuses, utilities | Enterprises | Per device + subscription | Per installed unit | Enterprise sales | Premium reliability supports hardware and service revenue | Long sales cycles and deployment risk | Strong model if resilience budgets remain durable and recurring service contracts attach |
| 15 | Battery Swapping Energy Service | Delivers vehicle energy through dense battery swap infrastructure and subscriptions, targeting fleet operators and OEMs. | Ample, Gogoro, SUN Mobility | 7 | 6 | 7 | High | Infrastructure | Fleet operators, OEMs | Enterprises | Subscription | Per vehicle / month | Partnerships | High-uptime service with dense network benefits | Standards risk and heavy infrastructure spend | Niche winner possible in EV infrastructure where downtime economics clearly dominate |
| 16 | Climate Consumer Food Brands | Sells lower-emission food products through retail and foodservice channels directly to consumers. | Impossible Foods, Nature's Fynd, NotCo, Meati Foods | 7 | 5 | 5 | Medium | Consumer | Consumers, retailers | Consumers | Transaction fee | Per unit sold | Partnerships | Huge category with repeat purchase potential | Promotions, slotting fees, weak differentiation | Consumer upside exists in climate food, but CPG economics limit venture quality |
| 17 | AI-Led Resource Discovery and Project Stakes | Uses AI and science to discover resource assets and monetize project ownership stakes with industrial or mining partners. | KoBold Metals, Earth AI, VerAI Discoveries | 7 | 8 | 8 | Medium | Data | Asset buyers, project partners | Enterprises | Outcome-based | Per project stake | Partnerships | Proprietary data can compound into superior asset creation | Slow monetization and commodity exposure | Exceptional upside in critical minerals if discovery advantage repeatedly converts into assets |
| 18 | Green Industrial Commodity Production | Produces low-carbon steel, cement, iron, or similar industrial commodities for manufacturers and industrial buyers. | Stegra, Electra, Sublime Systems, Brimstone, Boston Metal | 6 | 6 | 7 | High | Materials | Industrial buyers, manufacturers | Enterprises | Usage-based | Per ton | Enterprise sales | Massive markets with policy and cost-curve upside | Commodity pricing and plant execution risk | Huge outcomes possible in green steel and cement, but only investable with true cost advantage |
| 19 | Gigafactory Battery Manufacturing | Manufactures battery cells, modules, and packs at very large industrial scale for OEMs, utilities, and developers. | Northvolt, Verkor, ProLogium, Hithium | 6 | 6 | 7 | High | Hardware | OEMs, utilities, developers | Enterprises | Usage-based | Per kWh | Enterprise sales | Enormous demand and strong qualification barriers | Commoditization, yield losses, raw-material volatility | Winner-take-some market, but gigafactory scale-up failures in climate tech are brutal |
| 20 | Circular Battery Materials Refining | Recycles battery feedstock and sells recovered minerals and refined materials back into battery supply chains. | Redwood Materials, Ascend Elements, Li-Cycle | 6 | 6 | 7 | High | Materials | Battery makers, OEMs | Enterprises | Usage-based | Per ton processed | Enterprise sales | Strategic circular supply with feedstock and refining moats | Commodity spreads and logistics sensitivity | Best operators in battery recycling become strategic refiners, not simple recyclers |
| 21 | Clean Molecules Manufacturing | Manufactures lower-carbon chemicals, fuels, proteins, or materials using novel processes for industrial buyers and brands. | Solugen, Twelve, Monolith, Newlight | 6 | 7 | 7 | High | Materials | Industrial buyers, brands | Enterprises | Usage-based | Per ton / contract | Enterprise sales | Proprietary process IP targeting giant existing markets | Scale-up risk and green-premium dependence | Attractive in climate materials only when unit economics beat incumbents sustainably |
| 22 | Alternative Fuels Producer | Produces low-carbon drop-in fuels for aviation, shipping, and heavy transport with long-term offtake agreements. | Prometheus Fuels, Twelve, LanzaJet, Infinium | 6 | 6 | 7 | High | Infrastructure | Airlines, logistics firms | Enterprises | Usage-based | Per gallon / ton | Enterprise sales | Hard-to-abate demand with long-term offtake potential | Feedstock costs and policy dependence | Large sustainable fuels category, but economics hinge on delivered cost competitiveness |
| 23 | Next-Generation Power Plant Developer | Builds and operates advanced nuclear, fusion, or geothermal power assets supplying utilities and corporate buyers. | Helion Energy, Commonwealth Fusion Systems, TerraPower, Newcleo, Fervo Energy | 5 | 8 | 9 | High | Infrastructure | Utilities, grids, corporates | Enterprises | Usage-based | Per MWh | Partnerships | Enormous upside and durable infrastructure moat | Long timelines, regulatory and technical uncertainty | Highest-upside category in climate tech, but only for patient capital |
| 24 | Climate-Branded Mobility Manufacturing | Sells branded electric vehicles or mobility products with service add-ons to consumers and fleet buyers. | OLA Electric, Rad Power Bikes, Hozon Auto | 5 | 4 | 5 | High | Consumer | Consumers, fleet buyers | Consumers, SMBs | Per device + subscription | Per vehicle | Channel sales | Large markets with brand and ecosystem upside | Inventory risk and intense price competition | Climate relevance alone does not create a durable moat in electric mobility manufacturing |
In our climate tech market deck, we will give you useful market maps and grids
Key insights about business models in the climate tech market
Insights
- The three most scalable climate tech models, utility software, environmental markets infrastructure, and home energy financing, all score 9 on scalability by monetizing coordination and capital flow rather than physical climate outputs directly.
- Average scalability for low-capital-intensity climate tech models is 9.0, versus 6.3 for high-capital models, showing that capex burden strongly suppresses venture-style compounding even when the market is enormous.
- Software and market-layer businesses in climate tech average 9.0 scalability, 8.0 margin potential, and 8.0 defensibility, making them structurally more attractive than most physical decarbonization categories on all three dimensions simultaneously.
- Advanced battery materials scores 8 across all three core metrics, meaning that supplying differentiated components into battery supply chains is materially better economics than manufacturing full cells or battery packs at the gigafactory level.
- Consumer-facing climate models, food brands and mobility manufacturing combined, average just 4.5 on margins and 5.0 on defensibility, reflecting how classic CPG and vehicle-manufacturing constraints follow a category regardless of its environmental relevance.
- Next-generation power plants hold the highest defensibility score in the table at 9, yet score only 5 on scalability, illustrating that the strongest moats in climate tech often come bundled with the slowest commercialization timelines.
- Distribution control is the repeating moat pattern across the climate tech market: installer channels, utility integrations, contractor networks, fleet contracts, and OEM qualification appear as competitive advantages across financing, hardware, services, and materials models alike.
In our climate tech market deck, we identify repeatable patterns you can use if you’re building in this market
A few words about our methodology
This table maps the main business models used by startups and scaleups in the climate tech market.
To build it, we first analyzed the leading companies in climate tech and looked at how they actually generate revenue.
We then grouped similar approaches into clear business model categories. The goal was to capture meaningful differences without creating an overwhelming number of models.
Each business model is evaluated across four structural dimensions: scalability, margin potential, defensibility, and capital intensity.
Scalability measures how easily the model can grow without proportional increases in cost. Margin potential reflects the long-term gross margin typically achievable once the model reaches maturity.
Defensibility captures how sustainable the competitive advantage can be over time, considering factors like switching costs, network effects, or proprietary data.
Capital intensity indicates how much upfront investment is usually required to build and scale the model.
For scalability, margin potential, and defensibility, scores range from 0 to 10. Lower scores indicate structural limitations, while scores above 7 generally signal strong economic potential.
These scores are not precise forecasts. They reflect the typical economics we observe across companies using that model in the climate tech market.
This framework is part of the broader research behind our report covering the climate tech market, where we analyze the ecosystem in much more detail.
If you want to better understand the ecosystem, you can also check our ranking of startups with the most fundraising in the climate tech market and the list of the startups with the biggest valuations in the climate tech market.
If you want more detail about our business model analysis or about a specific company in the climate tech market, feel free to contact us. We will gladly explain.
In our climate tech market deck, we identify repeatable patterns you can use if you’re building in this market
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