Generation & conversion
Follow PV output and string information alongside the hybrid inverter or PCS operating state.
SOFTWARE BY DIGITAL SIMATIC
SIMATIC SOLAR
Your energy system.
In one clear view.
Solar generation, battery storage, power conversion and AC sources — connected through one operator experience. Select an operating scenario and follow the energy from source to site.
INTERACTIVE SYSTEM OVERVIEW
Follow the energy.
SIMATIC SOLARGENERATION / CONVERSION / STORAGE / DISTRIBUTION
Solar PV → PCS → Site load + battery
Use the sun. Store the surplus.
The solar array feeds the hybrid PCS. Available power supplies the site, while surplus energy can charge the battery. The approved AC source remains on standby.
GENERATION / Solar PV
See the performance of the array.
Scenario state: Generating
PV production, string current and irradiance belong together. SIMATIC SOLAR brings the generation picture into the same operating view as the rest of the plant.
Illustrative energy paths, not an electrical wiring diagram. Final equipment, operating logic and permissions are engineered for each project.
01 / INSIDE THE PRODUCT
See the system.
Understand the operation.
Choose a workflow to explore the supplied product screens. Every screen stays complete, with a full-size view for the details.
Demonstration front end: the supplied screens use illustrative values. They are not evidence of live telemetry, a connected historian or delivered notifications. This website does not connect to or control equipment.
Energy & equipment
Plant Overview
Understand the energy path before opening an individual asset.
- PV generation, site demand and battery state of charge together.
- Source priority, operating mode and equipment-state concepts.
- Example flow from PV through PCS and the main distribution bus.
01 / 10 screens
02 / PRODUCT CAPABILITIES
The information
your team works with.
A clear software layer between equipment information and everyday operating decisions.
Storage visibility
Review battery state of charge, rack information, temperatures and available BMS measurements.
Source coordination
See AC sources, the main bus and site demand within the agreed electrical architecture.
Energy analysis
Explore trend and energy-balance layouts, with historical storage defined as part of the connected system.
Reporting workflows
Preview energy, equipment and monthly reports. Export the displayed demonstration rows or print the preview.
Alarms & access
Organize event response, notification rules and user responsibilities around the operating team.
03 / HOW IT WORKS
From equipment
to the operator.
- 01
Map the energy system
Agree the PV, PCS, battery, meters, AC sources and equipment tags that the site needs to see.
- 02
Connect the information
Engineer the device interfaces, telemetry gateway, data storage and application services.
- 03
Commission the workflow
Test data quality, permissions, event handling and reports before operator handover.
Preview, integration & commissioning
Available in the preview
Equipment navigation, example values, energy-flow graphics, trend and alarm layouts, report previews and demo-row exports.
Configured for your project
Device drivers and tags, historian retention, real report queries, authentication, server permissions and notification delivery.
Engineered control responsibility
Operating sequences belong to the PLC/EMS; limits and protection remain with equipment controllers. Connected commands require feedback, interlocks and commissioning.
04 / ENGINEERING CONTEXT
Software meets
real equipment.
Field photographs from our solar and storage portfolio show the equipment context. They are separate from the software previews above and do not imply that this demonstration version is commissioned at these sites.
Solar generation at site scale
Liwa installation overview · project photography.
Power conversion in the field
Installed inverter lineup · project photography.
Battery energy storage
Installed BESS cabinets · project photography.
SOLUTIONS / ENGINEERING / SOFTWARE
Solar energy.
Intelligent control.
Start with the load, the available sources and the operating duty. We bring generation, storage and industrial automation into one engineering conversation.
On-grid solar
Solar generation supports site demand alongside the utility. Export and zero-export arrangements follow the approved connection scheme.
A standard grid-tied system does not automatically provide outage backup.Off-grid systems
Generation and storage are selected around a site operating without the public grid, including generator integration where required.
Load steps, usable battery energy and recharge requirements shape the design.Hybrid energy
Combine sources and storage around the application. DC-coupled and AC-coupled arrangements offer different integration approaches.
Backup, generator support and grid-forming capability depend on the selected equipment.FROM SITE SURVEY TO HANDOVER
The system is more than its components.
- Understand & designLoad profile, site constraints, architecture and electrical design.
- Integrate & commissionEquipment coordination, communications, protection and tested operating sequences.
- Support & maintainOperator handover, service records and technical support.
Tell us your site location, operating hours, available sources and backup needs.
Request a consultation