Free tools Windows power users keep installed
One-click scans. No signup required.
Climate-tech founders can still raise capital, but they need to make a sharper case than a climate mission alone: show who will pay, what evidence supports demand, which risk the next round will remove, and why the chosen capital fits that milestone. AI is drawing investor attention in some markets, but that is not evidence that climate funding has disappeared—or that every climate company should add AI to its pitch.
Is climate-tech funding still available?
Yes, though headline totals can hide a difficult market for individual companies. Silicon Valley Bank reported $29 billion in US climate-tech venture investment in 2025, the third-highest year on record after 2021 and 2022. But ten large late-stage deals accounted for 28% of that investment, so the aggregate does not describe how accessible capital is to an early-stage founder. SVB’s April 2026 report also found that 52% of VC-backed climate-tech companies reduced net burn year over year, alongside improving gross margins and greater focus on unit economics.
As an Amazon Associate I earn from qualifying purchases.
A separate measure should not be compared directly with SVB’s US annual figure: the State of Climate Tech H1 2026 report page says funding held near $41.3 billion as deal count fell to a record low, with capital concentrated in fewer, larger rounds and late-stage equity gaining share. The publisher’s period and measure differ, so the figures describe distinct views of the market rather than a single trend line.
Do these 3 things before closing this tab:
1Clear out junk files and repair common Windows errors2Scan for outdated or missing drivers - takes under a minute3Repair Windows errors before they cause bigger problemsInvestor sentiment also varies by location and date. A February 2025 supplementary survey of German venture investors by KfW Research found climate technologies no longer ranked among the highest expected growth areas for 2025; respondents were paying more attention to AI, cybersecurity and defence. That is a Germany-specific survey of expectations for 2025, not proof that all investors or markets have turned away from climate technology.
#1 Best Overall
Other regional evidence underscores why founders should avoid treating one market as universal. The CEFC’s summary of the 2025 Australian Climate Tech Industry Report says surveyed Australian climate-tech companies raised over $680 million, with pre-seed rounds continuing to dominate that ecosystem. The figure is limited to the report’s surveyed companies and Australia.
How do I raise the next round?
Start with the milestone and the risk it removes, then work backward to the amount and type of capital needed. A raise might fund technical readiness, a paid pilot, repeatable deployment, manufacturing cost reduction, regulatory approval, or progress toward profitable unit economics. Investors should be able to see what changes if the company reaches that milestone and what evidence will show it has been reached.
Climate-tech ventures can face long paths from novel technology to commercial scale. In McKinsey’s discussion of The Climate Brick, EQT Ventures partner Sandra Malmberg emphasizes technology readiness and early commercial partners. She describes fundraising as a process of finding the right investor-founder match, which can take months in a relatively new sector. Build a financing timeline that accounts for that work rather than assuming a round will close exactly when cash is needed.
Make the next milestone measurable
Describe the deliverable in terms that a customer and investor can verify. “Advance the technology” is less useful than a defined readiness target, an agreed pilot outcome, a specified cost reduction, or a repeat deployment. The right measure depends on the technology and business model; avoid promising a milestone that depends on a customer, regulator, or supplier you do not control.
Show the commercial proof
Explain who pays, why the customer needs the solution now, how procurement and deployment work, and what has been demonstrated so far. Distinguish a paying customer from a nonbinding pilot, a strategic investment, or an exploratory conversation. For hardware and infrastructure businesses, make installation, operating costs, manufacturing constraints, and deployment timelines legible alongside technical performance.
The Australian report summary calls for more pilot projects, first-of-a-kind and repeatable deployments, and companies that can scale profitably. A pilot is useful evidence, but it is not the same as repeatable sales; show what remains to prove between the two.
Put operating metrics in context
Where available, include gross margin, cash runway, burn, deployment or manufacturing cost, and customer conversion. Define each metric and give its period or as-of date so investors can understand what changed. SVB’s finding that 52% of VC-backed climate-tech companies reduced net burn year over year is sector context, not a forecast for your company.
What’s actually slowing this PC down?
Pick the symptom - the matching free tool is one click away.
Choose capital for the risk and milestone
Venture equity is not the default answer for every climate-tech cost. A company may combine sources over time, but each has different eligibility, repayment, dilution, timing, and reporting implications. The Climate Brick discussion and the Venture Climate Alliance scaling resource both point founders toward understanding financing options in relation to their company’s journey.
| Capital route | What it may fit | What to check |
|---|---|---|
| Grants and public funding | Eligible research, development, or demonstration work. | Geography, technology and applicant eligibility, allowable uses, application timetable, reporting, and whether funds arrive in time for the milestone. |
| Venture equity | Company-level growth where the business can support a venture-scale return and needs risk capital. | Dilution, ownership and governance terms, investor mandate, stage, cheque size, and the milestones expected before the next raise. |
| Strategic corporate capital | Potentially a company investment or a commercial relationship that advances access to customers, infrastructure, or expertise. | Whether the arrangement is an investment, paid contract, nonbinding pilot, or discussion; assess exclusivity and other commercial constraints. |
| Project finance or infrastructure debt | Potentially asset- or project-level deployment once cash flows, contracts, and project risks meet financing requirements. | Repayment capacity, project maturity, security, contracts, and whether the debt sits with the project rather than the startup. These are not interchangeable with early-stage company equity. |
| Tax equity | Projects and jurisdictions where applicable tax incentives and eligible investors support the financing structure. | Local tax rules, project eligibility, complexity, counterparties, and transaction costs; suitability is jurisdiction- and project-specific. |
These routes are not universal substitutes. A pre-revenue company developing new technology may need a different mix from a company financing contracted infrastructure. Match the instrument to the risk it can bear and the level—company or project—where the cost arises.
Can strategic investors or customers help?
They can strengthen a fundraising case when the relationship demonstrates real demand or enables deployment, but participation is not guaranteed. The State of Climate Tech H1 2025 summary says strategic investors participated in six out of ten deals involving high-impact emerging technologies. That statistic applies to those deals in that report; it does not predict whether a corporate investor will fund a particular startup.
Describe the role of each partner precisely. A paid customer validates a different claim from a nonbinding pilot; a strategic investor adds capital but may not establish repeatable demand. Where possible, explain whether the relationship can lead to procurement, a repeat deployment, a channel, or another measurable outcome.
Should you add AI to a climate-tech pitch?
Only if AI has a demonstrable connection to the product, operations, buyer economics, or demand. A climate company supplying power, storage, grid reliability, cooling, water efficiency, or another relevant capability may be able to explain how AI infrastructure changes customer need. SVB’s 2026 report identifies AI’s substantial energy requirements and electrification as contributors to demand for climate solutions. The H1 2025 State of Climate Tech summary also describes activity in AI-enabled climate solutions. Neither supports relabeling a company as AI-enabled when AI is not materially part of its product or operations.
Best Value
If AI is relevant, state the mechanism rather than relying on the label: what changes for the customer, how that affects willingness to pay or urgency, and what evidence supports the claim. If the company has no such connection, lead with its actual climate and commercial case.
How should you target investors?
Build a shortlist around the company’s geography, stage, subsector, capital need, and milestone—not a generic list of climate investors. Climate-tech definitions, policy support, market maturity, and investor mandates differ between regions and technologies. FSD Africa’s July 2026 report on African ClimateTech describes distinct markets at different maturity stages, while the German and Australian findings above show why local evidence should remain local.
- Check whether the investor funds your stage and technology, and whether its typical cheque can finance the milestone.
- Confirm the relevant geography and current mandate, including any policy or market requirements.
- Ask whether the investor understands your likely route from technical validation to commercial deployment.
- Allow time to find a genuine fit; climate-tech fundraising may take months.
Potential resources include Venture For ClimateTech, whose program page describes early-stage commercialization support and up to $50,000 in non-dilutive funding, and the Venture Climate Alliance’s Climate Tech Scaling resource, which describes a capital-stack guide, sector-specific scaling pathways, and market guides. Eligibility, geography, cohort status, terms, and resource availability can change; verify them directly before relying on a program in your financing plan.
The Tool Desk
Outbyte Driver Updater FREEScan for outdated or missing drivers - takes under a minuteDriver Scan →Outbyte PC Repair FREEClear out junk files and repair common Windows errorsFree Scan →What are the most critical milestones on our scaling journey?
The answer depends on the technology and business model; there is no single milestone sequence for climate tech. Work backward from the next fundable risk reduction, and make the evidence for each step concrete.
- Technical readiness: show that the product or process performs at the required level and identify what remains between a controlled demonstration and real-world use.
- Customer validation: establish who the buyer is, what problem they will pay to solve, and whether a pilot or contract supports that claim.
- Deployment repeatability: demonstrate that delivery can be reproduced without relying on exceptional one-off conditions or partner effort.
- Economic viability: track gross margin, deployment or manufacturing cost, and the unit economics that support a durable business.
- Scale readiness: identify the capital, supply chain, regulatory approvals, commercial partners, and operating capability required for larger deployments.
Not every company should complete these steps in this order. The next financing milestone should reflect the biggest unresolved risk in that company’s path to adoption, rather than a generic startup checklist.
Quick Recap
Product prices and availability are accurate as of the date/time indicated and are subject to change. Any price and availability information displayed on Amazon at the time of purchase will apply.
