Jolt Pitch Deck: All 19 Slides + Teardown

Jolt’s Series A deck presents a compelling case for the industrialization of green hydrogen by targeting the electrode—a component that currently accounts for 20-26% of electrolyzer costs. The company claims its 'Solution Combustion' technology can reduce this cost to 8-9% immediately, with a path to below 5% at gigawatt scale. By benchmarking against IRENA’s 20-year innovation roadmap, Jolt asserts it has already achieved seven critical technical milestones in commercial trials. The deck effectively balances deep technical validation, such as energy efficiency curves showing 1.81 V targets f…

Key takeaways

• Electrodes represent 20-26% of current electrolyzer costs, which Jolt aims to reduce to below 5% at scale (Slide 3).
• The company utilizes a proprietary 'Solution Combustion' process that outperforms traditional chemical bath and electro-deposition methods across all five key metrics (Slide 6).
• Jolt claims to have already proven seven technical features that IRENA predicted would take 20-25 years to develop commercially (Slide 4).
• Technical validation shows a current efficiency of 2.11 V at 1.2 A cm-2, with a roadmap to reach 1.81 V by 2025 (Slide 7).
• The Serviceable Obtainable Market (SOM) is defined as 245 M€, specifically targeting electrolyzers within the EU (Slide 8).
• The leadership team combines 25+ years of C-level experience with deep academic expertise, including the inventor of the Jolt technology (Slide 9).
• Future expansion plans include water cleaning, flow batteries, and chlor-alkali markets beyond hydrogen (Slide 2).
• The deck omits a specific 'Use of Funds' slide and detailed financial projections beyond the 2030 revenue forecast (Slide 8).

Frequently asked questions

What is Jolt's primary value proposition for hydrogen producers?

Jolt focuses on drastically reducing the capital expenditure of hydrogen production by lowering the cost of electrodes. According to slide 3, electrodes currently make up 20-26% of an electrolyzer's cost. Jolt's technology aims to drop this to 8-9% initially and eventually below 5% through dedicated manufacturing lines, making green hydrogen more economically viable.

How does Jolt's manufacturing process differ from incumbents?

As shown on slide 6, Jolt uses a 'Solution Combustion' method. Unlike traditional methods like Chemical Bath Deposition or Thermal Decomposition, Jolt’s process receives 'green' ratings for chemical tunability, time efficiency, temperature control, power consumption, and scalability, suggesting a more versatile and cost-effective production cycle.

What technical milestones has Jolt achieved according to the deck?

Slide 4 highlights that Jolt has proven seven key electrode features in commercial trials with electrolyzer manufacturers. These features were identified by IRENA as necessary for solving the 'Electrode problem,' with a predicted commercial timeline of 20-25 years. Jolt claims to have bypassed this timeline.

Who are the key members of the Jolt leadership team?

The team (Slide 9) includes CEO Leon Rizzi (25+ years C-level experience), CTO Dr. Alberto Bucci (inventor of the technology), COO Arturo Vilavella (20+ years in operations), and Chief Scientist Prof. Julio Lloret Fillol (a leading academic and co-founder of three spin-offs).

What is the total addressable market for Jolt's technology?

Slide 8 identifies a TAM of 3,401 M€ for electrolyzers in the EU by 2030. Their Serviceable Obtainable Market (SOM) is targeted at 245 M€. The deck notes that this excludes fuel cells, water cleaning, and battery markets, which represent additional upside.

Jolt pitch deck: the facts

Company

Jolt

Year

2024

Stage

Series A

Slides

19

Sector

Biotech / Climate Tech

Deck type

Investor Deck

Outcome

$6M Raised

Headquarters

Europe (Barcelona, Spain)

Jolt pitch deck PDF

The full Jolt deck is embedded on this page and can be read slide by slide in the browser — no download or account required. Each slide is covered in the breakdown above.

What the Jolt (Jolt Electrodes / Jolt Solutions) pitch deck was used for

This deck is a 19‑slide **Series A** investor presentation from around 2023–2024 for **Jolt**, a Barcelona‑based spin‑off from the Institute of Chemical Research of Catalonia (ICIQ) that develops advanced activated electrodes for electrolyzers and hydrogen fuel cells[1][3][4][11][13][15]. It was used to raise a **€6 million Series A round** led by climate‑tech fund Climentum Capital and Spanish impact investor Ship2B Ventures, alongside Axon Partners Group, two Catalan family offices and seed investor NET[1][2][3][4][11][12][13][14]. The stated use of funds was to build Jolt’s first electrode production plant and a state‑of‑the‑art laboratory in Barcelona, enabling scaling of its proprietary **solution combustion** catalytic coating technology that reduces electrode and electrolyzer costs[2][3][11][15]. Subsequent communications by investors and Jolt emphasize that this round was aimed at powering the green hydrogen transition by cutting electrolyzer electrode costs and CO₂ emissions at scale[2][3][11][15].

Business model: Developer and manufacturer of activated electrodes for green hydrogen electrolysis and related industrial electrochemical applications, selling high‑performance catalytic electrode coatings and electrodes to electrolyzer and fuel‑cell OEMs and industrial customers[1][2][3][8][13][15].

Round

Series A[1][2][3][4][7][11][12][14].

Lead investor

Climentum Capital, with Ship2B Ventures as lead co‑investor[2][3][11].

Investors

Climentum Capital, Ship2B Ventures (including BSocial Impact Fund), Axon Partners Group, Two Catalan family offices (undisclosed), NET (seed investor)[1][2][3][4][11][12][14].

Founded

2022[1][3][4].

Founders

Leon Rizzi, Julio Lloret-Fillol, Alberto Bucci, Arturo Vilavella[4].

Headquarters

Barcelona, Spain[1][2][3][4][7][8][13].

Industry

Green hydrogen / industrial electrochemistry / climate tech[1][2][3][4][11][15].

Year: 2023[1][2][3][4][7][11][12][14].

Raised: €6 million Series A funding (approximately $6.4 million at the time)[1][2][3][4][11][12][14].

Total funding: At least €6 million Series A in 2023; later sources reference additional Series A+/Series A funding totalling €6 million with broader investor participation[2][3][4][5][6][10][11][12][14][15].

Use of funds as presented: Establish Jolt’s first electrode production plant in Barcelona and build a state‑of‑the‑art laboratory to scale production and further develop its proprietary solution‑combustion‑based activated electrodes for electrolyzers and hydrogen fuel cells[2][3][11][12][14][15].

What happened after the Jolt (Jolt Electrodes / Jolt Solutions) deck

The deck was used in a successful **€6 million Series A** raise in 2023 for Jolt, enabling the company to initiate construction of a Barcelona‑based electrode production plant and laboratory to scale its solution‑combustion‑based activated electrodes for green‑hydrogen applications, with later communications indicating further Series A+/extension funding from an expanded investor base[2][3][4][5][

• Secured **€6 million Series A funding** led by Climentum Capital and Ship2B Ventures, with Axon Partners Group, two Cata
• Announced plans to **establish a first electrode production plant in Barcelona** and a **state‑of‑the‑art laboratory**,
• Institutional communications from ICIQ and investors describe Jolt as on track to significantly **reduce electrode costs
• Later public materials reference further Series A+/Series A financing with additional investors such as CDP Venture Capi

What the Jolt (Jolt Electrodes / Jolt Solutions) deck got right

• Strong scientific and entrepreneurial founding team from a respected research institute. Jolt is a **spin‑off from the Institute of Chemical Research of Catalonia (ICIQ)**, with a founding team combining serial entrepreneurial experience (Leon Rizzi) and leading catalysis researchers (Julio Lloret‑Fillol, Alberto Bucci, Arturo Vilavella), providing strong scientific credibility and commercialization experience for a deep‑tech climate‑tech venture[1][3][4][10][14].
• Clearly differentiated solution‑combustion technology with process and performance benefits. The company’s **solution combustion** technology offers a clear and well‑articulated differentiation: initiating chemical reactions at ~200°C to generate internal temperatures above 1000°C, forming highly active catalytic coatings in seconds instead of hours, with lower energy input than incumbent processes[3][15]. This provides a compelling narrative of both performance and manufacturing‑process advantage.
• Strongly quantified cost‑reduction targets for electrolyzer electrodes. Investor materials explicitly quantify Jolt’s impact by stating that its electrodes are on track to **reduce electrode costs by around 60% initially and up to 80% later**, directly linking technology to substantial cost savings in electrolyzers and, by extension, green‑hydrogen production[11][15]. Such quantified targets strengthen the economic case presented in the deck.
• Concrete and credible use of funds focused on production plant and lab. The Series A story connects funding directly to **tangible infrastructure milestones**—building a Barcelona production plant and state‑of‑the‑art laboratory—giving investors a clear picture of how capital will be deployed and what operational capabilities will be created[2][3][11][12][14].
• High‑quality, climate‑aligned investor syndicate validating the opportunity. The investor syndicate includes **specialized climate‑tech and impact funds** (Climentum Capital, Ship2B Ventures, BSocial Impact Fund) and experienced venture capital firm Axon Partners Group, along with supportive family offices and seed investor NET, signaling strong validation from mission‑aligned and financially sophisticated backers[1][2][3][4][11][12][14][15].
• Compelling positioning as a critical enabler of green‑hydrogen deployment. Public communications present Jolt as a key enabler of the **green‑hydrogen revolution**, emphasizing both CO₂‑reduction potential and improved efficiency and durability of hydrogen systems, which frames the company’s electrodes as critical infrastructure rather than a niche component[2][3][4][11][15]. This systems‑level positioning is a persuasive framing in the pitch.

What could have been stronger

• Limited independently validated performance and durability data visible around the Series A pitch. External sources emphasize cost reduction percentages (e.g., 60–80% reduction in electrode cost) and improved durability, but there is no publicly available quantitative data in the deck on independently validated performance metrics (e.g., lifetime hours, efficiency curves, degradation rates) or detailed benchmarking against leading commercial electrodes[2][3][11][15]. This lack of third‑party validation in the context of the Series A pitch could make technical claims harder for investors to underwrite.
• Sparse visibility on manufacturing economics and scale‑up plan in the Series A narrative. While Jolt’s solution combustion technology is clearly differentiated, publicly accessible information around the Series A round does not present detailed unit economics (cost per m² of electrode, margin structure, capex per capacity) or a granular scaling roadmap for the Barcelona plant, which would be important for investors assessing manufacturing scale‑up risk[2][3][11][12][14][15].
• Limited disclosed commercial traction at time of Series A fundraising. The published materials around the Series A focus heavily on technology differentiation and climate impact, but provide little detail on signed commercial agreements, backlog, or specific OEM partnerships at that time, leaving traction and customer validation somewhat opaque to an investor reviewing the deck[2][3][11][12][14][15].
• Complex subsequent funding structure not fully foreshadowed in original deck. Multiple later announcements reference broader investor participation (e.g., CDP Venture Capital, Santander‑linked funds, GECI) in subsequent Series A+/extensions, suggesting a complex funding history; the original Series A deck appears focused on an initial €6 million round without clarifying subsequent structuring, which could raise questions for investors about round composition and dilution over time[2][3][4][5][10][15].
• Limited disclosure on IP protection and freedom‑to‑operate in the Series A story. Jolt’s solution combustion process is described as proprietary and faster than incumbent methods, but the information around the Series A does not detail IP protection strategy (patent portfolio status, freedom‑to‑operate analyses), which is a key diligence point in deep‑tech chemistry and materials startups[3][4][11][15].

How an investor would read this deck

What draws attention

• Clear articulation of **technology differentiation** via solution combustion chemistry, including how low‑temperature initiation leads to high internal temperatures and rapid formation of highly active catalytic coatings[3][15].
• Quantified **cost‑reduction potential**, such as stated targets to cut electrode costs by about 60% initially and up to 80% later, and how this translates to levelized cost of hydrogen in key electrolyzer configurations[11][15].
• Details of the planned **Barcelona production plant and laboratory**, including planned capacity (m² of electrodes per year), capex requirements, commissioning timeline, and operational milestones tied to the €6 million Series A funding[2][3][11][12][14].
• Evidence of **commercial traction** at the time of the Series A, such as pilot projects, offtake agreements, or co‑development contracts with electrolyzer and fuel‑cell OEMs, and how these support scale‑up of SPARKFUZE‑branded electrodes[2][3][8][11][13][15].
• The **founding team’s background**, including serial entrepreneurship by Leon Rizzi and the scientific track record of co‑founders from ICIQ, and how their combined experience addresses both deep‑tech development and industrial scaling[4][10][14].

Risks that stand out

• **Scale‑up risk** in transitioning solution combustion from lab‑scale to high‑volume industrial electrode production, including potential challenges in coating uniformity, yield, and quality control that could impact performance and cost targets[2][3][8][11][15].
• **Commercial adoption risk** if electrolyzer and fuel‑cell OEMs are slow to qualify new electrode technologies or if they remain locked into incumbent suppliers and internal processes, delaying revenue ramp despite technical advantages[2][3][11][12][14][15].
• **IP and competitive risk** from established materials and catalysis companies that may hold overlapping patents or rapidly develop competing high‑performance electrodes, potentially challenging Jolt’s freedom to operate or eroding differentiation[3][4][11][15].
• **Capex and execution risk** around building and commissioning the Barcelona production plant and laboratory on time and budget, with sufficient capacity to meet early demand and demonstrate economic viability[2][3][11][12][14].
• **Policy and market‑risk** tied to green‑hydrogen deployment; slower‑than‑expected build‑out of electrolyzer capacity or changes in subsidy regimes could delay market growth and affect Jolt’s near‑term addressable market[2][3][11][15].

Questions this deck invites

• What quantitative third‑party data (e.g., independent lab or customer testing) supports the claimed improvements in electrode cost, efficiency, and durability versus incumbent electrodes, and over how many hours of operation and cycles[2][3
• What are the detailed unit economics of the Barcelona electrode plant (capex per annual capacity, variable cost per m², expected gross margin) and how sensitive are they to raw‑material and energy prices[2][3][11][12][14]?
• How is Jolt’s solution combustion technology protected (patents filed/granted, trade secrets), and what freedom‑to‑operate analyses have been conducted relative to existing catalytic coating and electrode manufacturing IP[3][4][11][15]?
• What specific commercial agreements (pilots, offtakes, OEM partnerships) were in place or under negotiation at the time of the Series A, and what milestones must be met to convert pilots into revenue‑generating contracts[2][3][11][12][14][1
• How are governance, licensing, and IP‑ownership arrangements structured between Jolt and ICIQ, and what rights or royalties does the institute hold over future commercialization[3][4][14]?

What founders can take from the Jolt (Jolt Electrodes / Jolt Solutions) deck

• Positioning a deep‑tech startup as a **spin‑off from a respected research institute** (ICIQ) can strengthen investor confidence when combined with clear naming of scientific co‑founders and institutional support[1][3][4][14].
• Quantifying the **economic impact of core technology** (e.g., targeting 60–80% reductions in electrode cost) provides a compelling link between technical innovation and market‑level outcomes like cheaper green hydrogen[11][15].
• Articulating a specific **use of funds tied to tangible infrastructure** (a Barcelona production plant and laboratory) helps investors see how a Series A round translates into operational capacity rather than abstract R&D[2][3][11][12][14].
• Highlighting both **performance and process advantages**—such as faster electrode production in seconds versus hours and lower energy input in solution combustion—strengthens the case for displacement of incumbent manufacturing methods[2][3][11][15].
• Securing backing from **specialized climate‑tech and impact investors** (Climentum Capital, Ship2B Ventures, Axon Partners Group, family offices, NET) can signal strong alignment with decarbonization goals and attract further investors focused on CO₂‑reduction potential[1][2][3][4][11][12][14][15].
• Communicating the startup’s role in a broader **systems transition narrative** (powering the green‑hydrogen revolution) helps frame a component technology like electrodes as mission‑critical in global decarbonization, which can resonate with both financial and impact investors[2][3][4][11][15].

Jolt (Jolt Electrodes / Jolt Solutions) pitch deck: common questions

What does Jolt do?

Jolt is a Barcelona‑based climate‑tech spin‑off from the Institute of Chemical Research of Catalonia (ICIQ) that develops and manufactures **activated electrodes** and catalytic coatings for **water electrolyzers and hydrogen fuel cells**, aiming to make green hydrogen cheaper, more efficient and more durable[1][2][3][4][11][13][15].

How much did Jolt raise in its Series A round, and who invested?

In mid‑2023, Jolt raised **€6 million in Series A funding** to scale its advanced electrode manufacturing, in a round led by **Climentum Capital** and **Ship2B Ventures**, with participation from **Axon Partners Group**, two Catalan family offices and seed investor **NET**[1][2][3][4][11][12][14]. The funds were earmarked to build the company’s first electrode production plant and a state‑of‑the‑art laboratory in Barcelona[2][3][11][12][14].

What is Jolt using its Series A funding for?

According to investor and institutional announcements, Jolt’s Series A proceeds are being used to **establish its first electrode production plant in Barcelona**, which is planned to start operations in early 2024, and to build a **state‑of‑the‑art laboratory** for ongoing R&D and product development[2][3][11][12][14]. These facilities are intended to scale production of its proprietary solution‑combustion‑based catalytic coatings for electrolyzer electrodes[2][3][11][15].

What is Jolt’s ‘solution combustion’ technology and why is it important?

Climentum Capital describes Jolt’s key innovation as a **solution combustion** chemical process that initiates reactions at roughly 200°C, generating internal temperatures above 1000°C and rapidly forming highly active catalytic coatings on electrodes[3][15]. This low‑energy, fast process enables production of durable, high‑performance electrodes in seconds rather than hours, promising significant reductions in electrode cost and improved electrolyzer efficiency and lifetime[2][3][11][15].

How does Jolt expect to reduce the cost of green hydrogen production?

Jolt positions its technology as a way to **cut the cost of electrolyzer electrodes** and thus reduce overall green hydrogen production costs[1][2][3][11][15]. Climentum Capital reports that Jolt is on track to reduce electrode costs by **around 60% in the short term**, with a target of **up to 80% reduction** thereafter, while maintaining or improving performance and durability compared with incumbent electrode technologies[15].

Sources

Funding and outcome facts on this page were researched on 2026-08-30 from the pages below.

• Jolt: Climate Tech Startup Raises $6 Million in Fresh Funds
• Jolt Electrodes Secures €6 Million in Series a Funding
• Jolt, ICIQ's spin-off, secures €6 million in funding to boost its green ...
• Climentum, BSocial Impact Fund y Axon impulsan el hidrógeno verde de la startup catalana Jolt
• Jolt Solutions Secures EUR 6 Million Series A+ Financing to ...
• Jolt Electrodes: Funding, Team & Investors | Startup Intros
• Jolt cierra una ronda de seis millones para impulsar el hidrógeno verde
• Electrodos SPARKFUZE™ para H₂ Verde - Jolt Solutions

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