Silent Consensus

Autonomous coordination without communication

Autonomous · Scalable · Resilient
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The Problem

Distribution grids weren't built for a million EVs

1M
EVs in Denmark by 2027
+10%
National electricity consumption
+20%
Peak power

Traditional centralized management solutions face several challenges:

Heavy communication & compute overhead
Single point of failure
Cybersecurity & data privacy exposure
Doesn't scale across sites
Felt by:   Charger & Car OEMs · CPOs · DSOs · EV drivers
The Solution

Silent Consensus

A control method that turns each charger into an autonomous, intelligent unit. Units agree on how to share grid power, locally, instantly, with no peer-to-peer communication.

✓ No overloading
✓ Self-organizing
✓ Linear scalability
✓ Privacy by design
16B DKK
in grid upgrades saved by 2030. What EV smart charging can unlock.
Who We Serve

Four customers, one coordination problem

Charger OEMs

Embedded firmware for cluster deployments, no cloud needed.

CPOs & Aggregators

Scalable control across sites, lower ops cost.

Grid Operators

Prevent overload without dictating charger brands.

Energy Companies

Same coordination problem, larger scale.

Communication-light vs cloud-tethered
Linear scalability vs O(n²)
Hardware-agnostic vs vendor lock-in
Team

Built at DTU Wind & Energy Systems

Jan Engelhardt

Jan Engelhardt

Co-founder
  • Assist. Professor, DTU Wind & Energy Systems
  • Inventor of Silent Consensus
  • PCT Patent Lead
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Mattia Marinelli

Mattia Marinelli

Co-founder
  • Professor, DTU Wind & Energy Systems
  • Distributed energy systems
  • Academic Authority
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Leonardo Ferhati

Leonardo Ferhati

Strategy & Business
  • PhD candidate, DTU Wind & Energy Systems
  • Energy systems
  • Sustainability & AI
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