zenon – A Software Platform Built for the Energy Market
zenon is our unified software platform for automation, visualization, control, and data management in the energy industry. It is designed to meet the highest requirements for availability, interoperability, and cybersecurity — making it ideally suited for modern, digital, and virtualized energy infrastructures.
Designed for Mission-Critical Energy Applications
zenon is engineered for 24/7 operation in critical environments such as substations and control centers. Its architecture supports redundancy, hot standby concepts, and high availability, ensuring continuous operation even under demanding conditions.
IEC 61850 at Its Core
For digital substations, zenon offers comprehensive support for IEC 61850, including:
- Native IEC 61850 communication
- SCL engineering and reuse
- GOOSE and MMS integration
- Seamless interaction with protection and control devices
This enables standardized engineering, faster commissioning, and long-term interoperability across vendors.
From Substation to System
zenon scales effortlessly — from local substation HMI and control to centralized SCADA and grid management systems. With one consistent software platform, utilities can reduce engineering effort, simplify maintenance, and create a unified operational view across their entire grid.
Open, Flexible, and Future-Proof
The energy transition requires adaptable systems. zenon integrates easily with:
- Existing OT and IT infrastructures
- Edge computing and virtualized PAC environments
- Cloud and enterprise analytics platforms
Its open interfaces ensure long-term investment protection and make zenon a strong foundation for future grid innovations.
Cybersecurity by Design
Security is a core requirement in energy infrastructure. zenon supports secure communication, role-based access control, and compliance with modern cybersecurity standards — helping operators protect critical assets against evolving threats.
Value for Utilities and Grid Operators
With zenon, energy providers gain:
- Standardized engineering across substations and grids
- High availability for mission-critical operations
- Faster commissioning and easier maintenance
- Vendor-independent, future-proof architectures
- A scalable platform ready for virtualization and digital substations
