System architecture
Connect assets, data and operating requirements within a coherent technical architecture.
Software & Energy Management
Connecting energy.
Intelligently.
Think of PV, battery storage, charging infrastructure and the grid as one system. SOS-EMS provides a digital foundation for integrated energy and mobility sites.
Developed by ZUWESO. Connecting the parts of your energy system.
SOS-EMS / SYSTEM OVERVIEWILLUSTRATION
Abstract illustrative view · no live data
PV
Storage
Charging
Grid
SOS-EMS
From individual assets to an integrated system
System intelligence.
With the whole in view.
Generation, storage and consumption have different requirements. SOS-EMS brings together the technical foundations for their interaction.
Interfaces
Establish the basis for data exchange between energy assets, software and higher-level applications.
Control logic
Develop project-specific rules and priorities for the interaction of PV, storage, charging and the grid.
Monitoring & dispatching
Technical foundations for transparency, operations and the coordinated use of connected assets.
Developed for connected infrastructure
From an individual site
to connected applications.
Three perspectives on the same task: connecting energy assets in a meaningful way.
01 / SITEBring generation
Bring generation
and consumption together.
Commercial and industrial sites combine different energy flows. The system architecture considers both the assets and the requirements of site operations.
- Consider PV, storage and consumption together
- Account for grid connection and operating priorities
- Plan interfaces for each asset landscape
PV generation01
Battery storage02
SOS-EMSENERGY FLOWS
Consumption03
Grid connection04
Schematic illustration · no operational data
02 / MOBILITYCharging infrastructure
Charging infrastructure
as part of the energy system.
Charging, local generation and storage belong together. SOS-EMS provides a technical foundation for coordinating the energy and mobility components of a site.
- Include charging demand in site planning
- Connect PV and storage with charging infrastructure
- Develop project-specific technical operating rules
PV generation01
Charging02
SOS-EMSCOORDINATION
Battery storage03
Grid connection04
Schematic illustration · no operational data
03 / PORTFOLIOReusable components.
Reusable components.
A shared system approach.
For STATION-I and Green Power Nodes, ZUWESO develops architectures and software components that can bring different site concepts together technically.
- Develop recurring interfaces and system components
- Build foundations for an overview across sites
- Complement the system with digital operations through STAI
Site A01
Site B02
SOS-EMSSYSTEM COMPONENTS
Site C03
Digital services04
Schematic illustration · no operational data
Functionality, asset integration and the operating model are defined for each project. These illustrations explain the system approach.
SOS-EMS by ZUWESO
Technology needs
a clear foundation.
ZUWESO develops the system architectures, control logic, interfaces and software components behind SOS-EMS. They form part of the technological foundation for STATION-I and Green Power Nodes.
STAI GmbH translates this expertise into operational digital applications. Development and the application layer work together.
More about ZUWESOZUWESODEVELOPMENT
System intelligence & engineering
Architecture, interfaces, control logic and technical software development.
SOS-EMSENERGY MANAGEMENT
The digital system foundation
Connecting energy assets and technical operating requirements.
STAIDIGITAL OPERATIONS
Operational digital applications
Monitoring, dispatching, app, settlement and platform services.
STAI VALUE LAYER
From the energy system to digital applications.
SOS-EMS provides the technical foundation. The STAI Value Layer complements it with digital applications and services from STAI GmbH – for operations management, user interaction and the economic use of connected infrastructure.
Discover STAI NetworkGood to know
The essentials.
Clearly explained.
From the system idea to the right application for your site.
What is SOS-EMS?
SOS-EMS is part of the software and energy management foundation developed by ZUWESO for integrated energy and mobility infrastructure. Its focus is on system architecture, control logic and interfaces.
Which sites is this approach intended for?
Commercial and industrial sites, energy and mobility sites, and the STATION-I and Green Power Nodes infrastructure platforms. Suitability for a specific application is assessed against the assets and operating requirements.
Can existing equipment be integrated?
This is assessed for each project. The available interfaces, technical conditions and operating requirements of existing assets are decisive. No blanket compatibility guarantee is implied.
Do the software images show real operational data?
No. The public views are abstract illustrations. They contain no readable customer, site or operational data and are not an interactive live application.
How does a collaboration begin?
With a conversation about your site: which assets are installed or planned, what requirements apply, and what role should energy management play? This provides the basis for the technical discussion.
Let us discuss your application
Which systems need
to work together at your site?
A site, a project idea or an existing asset landscape: we can discuss the technical approach and next steps with you.