School of Management Technical University of Munich
Proxima Fusion
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TUM Seminar · Summer 2026 · Case Study

Does Proxima Fusion Have the Potential to Disrupt Energy Generation?

TUM Seminar: Successful Adaption of Enterprises in Fast Changing/Disruptive Markets

Presentation map

Agenda

01 · Darioush Kottke

1. The Need for Change: Anticipating Structural Disruption (Darioush Kottke)

02 · Bilal Eren

2. Growth Mindset & Agile Execution: Organizational Culture (Bilal Eren)

03 · Maximillian Fuss

3. Mission, North Stars & Strategic Outlook: Commercialization (Maximillian Fuss)

Section 01

The Need for Change

Anticipating structural disruption in energy generation

Darioush Kottke
Market signal

The Energy Capability Gap

  • The Gap: Acute scarcity of firm, clean power.
  • The Phase-out: Legacy baseload sources (coal, fission) being systemically retired.
  • The Driver: Hyperscaler data center growth projected to roughly double by 2030 (IEA).
  • The Result: Anticipated structural disruption in energy procurement.
Procurement pressure

Big Tech's Response

  • Procurement is already shifting to secure firm, low-carbon electricity.
  • Microsoft, Google, Amazon, and Meta are backing nuclear or fusion projects.
  • AI workloads demand uninterrupted, reliable power.
  • Source: Trellis, TechCrunch, Axios, IEA.
Company snapshot

Enter Proxima Fusion

2023

Founded: 2023 (First spin-out of Max Planck Institute for Plasma Physics).

Stellarator

Technology: Commercial stellarator plant.

€650M

Capital: €650M total funding (including recent €411M round).

Pre-commercial

Status: Pre-commercial, but immense capital influx demonstrates market validation.

Section 02

Growth Mindset & Agile Execution

Organizational culture built for deep-tech uncertainty

Bilal Eren
Growth mindset

Unlearning the Institutional Mindset

  • Growth Mindset: Unlearned the constraint that "fusion is merely research."
  • Aggressively transitioned academic IP into a commercial enterprise.
  • Shifted from pure science to a market-driven, commercialization focus.
"They successfully moved from academic publication to commercial execution."
Operating model

Culture & People

  • Structure: Operates as a "high-performing professional sports team."
  • Meritocracy: Prioritizes competency over tenure.
  • Values: Mission-first, zero-ego culture to execute on the vision.
Velocity

Velocity-Driven Execution

  • Rapid decision-making embedded in company DNA.
  • Published an integrated power-plant design in just one year (half the allocated time).
  • Ecosystem Alignment: IPP chose a synergistic public-private partnership over competition.
Risk reduction

Agile Execution

Weekly cycles

Rapid weekly iteration cycles.

Physical milestones

Step-by-step risk reduction via milestones:
- Stellarator Model Coil
- Alpha demonstrator

Learn before scale

Simulations & prototypes to test, learn, and improve before larger commitments.

Section 03

Mission, North Stars & Strategic Outlook

Commercialization, capital and conditional disruption

Maximillian Fuss
Market fit

Design Thinking in Deep Tech

  • Connecting Europe’s need for reliable clean energy with technical feasibility and business potential.
  • Involving industrial partners and energy operators early.
  • Focus on real-world manufacturing, operation, and deployment needs.
  • Not just proving the physics works, but proving it can be deployed.
Execution North Star

The North Star: Grid Deployment

Turning the mission of safe, clean and abundant energy into a sequence of investable engineering milestones.

Unifying metric The clearest path to grid deployment

Clear milestones. Each stage reduces technical and manufacturing risk before the next capital-intensive commitment.

Investor confidence. Transparent targets convert a long-term fusion mission into an executable commercial roadmap.

2025

Stellaris plant concept

Conceptual stellarator fusion power-plant machine
Integrated concept
2027 target

Stellarator Model Coil

Non-planar stellarator model coil prototype
Coil validation
Early 2030s

Alpha demonstrator

Alpha demonstration stellarator with modular coils
System demonstration
Late 2030s target

Fusion power plant

Conceptual commercial stellarator fusion power plant
Grid deployment
Commercial runway

P&L / Money Matters

  • Massive capital attraction: €650M total (including €411M recent round).
  • Capital acts as a bridge to the Alpha build in the early 2030s.
  • Success is highly dependent on continuous capital attraction.
  • Anticipation of disruption is already unlocking massive financial resources.
Assessment

Conclusion: Foundation vs. Reality

  • Strengths: Leverages strategic frameworks (Agile, Growth Mindset, Mission) exceptionally well.
  • Reality: Fusion remains a pre-commercial deep-tech venture.
  • Dependency: Relies on rigorous physical delivery of North Star milestones.
  • Conclusion: Disruption relies on converting well-framed anticipation into grid-scale reality.
Action

Strategic Recommendations

  • For Proxima: Maintain agile velocity; rigorously hit physical milestones (Model Coil, Alpha) to secure Series C+ funding.
  • For Proxima: Deepen design thinking integration with supply chain partners to mitigate manufacturing risks.
  • For Incumbents: Treat Proxima's momentum as a clear early-warning signal.
  • For Incumbents: Form strategic partnerships or venture investments now to secure future baseload capacity.
Takeaways

Summary

  • Disruption: Structural capability gap in clean baseload power.
  • Culture: Growth mindset and agile execution unlearn academic inertia.
  • Market: €650M raised; Big Tech is actively validating the need.
  • Future: Success depends on physical delivery of the Alpha demonstrator by 2030s.
TUM Seminar

Presenters

Successful Adaption of Enterprises in Fast Changing/Disruptive Markets

DKDarioush Kottke

Darioush Kottke

Need for Change

BEBilal Eren

Bilal Eren

Growth Mindset & Agile

MFMaximillian Fuss

Maximillian Fuss

Mission & Strategy

Discussion

Thank You

Questions & Answers

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