Modern energy networks are facing a critical inflection point. DSOs, TSOs, and operators managing large or distributed energy networks are under pressure to expand capacity, integrate renewables, and maintain reliability, yet their physical grids are reaching their limits. Traditional grid reinforcement takes years, costs millions, and is constrained by a shortage of technical personnel.
Euto Energy’s Grid Orchestration Platform provides a software-centric, interoperable, and resilient orchestration layer that allows operators to use existing infrastructure smarter. Built on IEC 61850 standards, with edge connectivity, integrated protection, automation, monitoring control, and real-time visualization, it turns static assets into an adaptive, intelligent grid.
This platform is delivered through two powerful solution pillars:
AI Powered Microgrid Control: enabling autonomous and self-healing energy systems.
Capacity Sharing Platform: turning idle reserved capacity into flexible, shareable grid resources.
Many off-grid areas, regions with limited grid access, and industrial clusters rely on diesel-based backup or face frequent curtailments because they can’t reliably balance variable renewable energy. DSOs supporting these regions struggle with integrating distributed energy resources (DERs) while keeping protection and stability intact. Traditional control systems lack interoperability, resilience, and the intelligence required to operate dynamically.
Euto’s AI Powered Microgrid Control creates a single orchestration layer that connects solar, wind, hydrogen generators, batteries, biogas units, and flexible loads through a fully interoperable, IEC 61850-based control architecture. This transforms disconnected assets into a resilient, fully automated, self-optimizing energy system.
Proven Use Case: Pampus Island (Netherlands)
Pampus Island, a UNESCO heritage site, operated in a constrained off-grid environment with high renewable penetration. By deploying Euto’s platform, the island achieved stable 24/7 operation, eliminated fossil backup dependency, and optimized renewable usage. What was once a fragile microgrid became an intelligent, autonomous energy system.
The platform runs at the edge, enabling protection, monitoring control, and automation with millisecond-level responsiveness.
Predicts renewable generation and load behavior, allowing the system to balance and dispatch resources intelligently.
A real-time, operator-friendly view of the entire microgrid enables fast, confident decision-making.
Built on IEC 61850 communication standards, ensuring seamless interoperability and deterministic behavior.
To learn more about Grid Orchestration Platform and how it can transform your energy network, contact us today.
Around 70% of grid capacity is left idle on average, congestion is not constant: it arises only at peak moments, in specific places.
Across Europe, DSOs, industrial park operators, and CDS (Closed Distribution System) owners face severe connection bottlenecks:
Euto’s Capacity Sharing Platform (CSS) creates a real-time, reservation-based capacity layer on top of existing infrastructure. By unlocking idle reserved capacity and making it shareable, the platform increases utilization without compromising reliability. It ensures every customer’s base load is protected, while surplus capacity is allocated dynamically, based on actual demand and AI-based forecasting.
An industrial park with 130+ tenants was blocked by a saturated grid connection. Traditional reinforcement would take years. By deploying CSS, the operator unlocked 30% more capacity from the existing grid:
Euto’s Grid Orchestration Platform addresses one of the most pressing energy transition challenges: the gap between physical grid capacity and actual operational potential.
From grid congestion to intelligent orchestration. From static infrastructure to dynamic energy systems.