Fragmented equipment
Different vendors bring different data models, control limits and command interfaces.
Industrial control technology
Industrial Control Technology
for the Energy Transition
We develop industrial control software, hardware and edge technologies that help energy and critical infrastructure assets operate safely, intelligently and independently.
Control Link product family • Illustrative render
Industrial control is becoming more complex.
Energy assets combine BESS controls, EMS, plant controllers, SCADA, PLCs, RTUs, communications and cloud systems. The challenge is making their interfaces and operating responsibilities work together.
Competing priorities
Energy costs, plant availability, battery reserves and grid constraints must be considered together.
A decision you can defend
A clear architecture, measurable acceptance criteria and documented interfaces make the choice easier to evaluate.
Control Link Platform
A common architecture for connecting equipment, coordinating energy and supporting informed operation.
Bring equipment data and commands through defined field interfaces.
Execute local control within the equipment’s operating limits.
Align solar, batteries, generation, loads and grid interfaces.
See equipment state, alarms, trends and operating history.
Inform schedules with forecasts, historic data and compatible price feeds.
These are platform functions. Hardware, software licences, interfaces and deployment options are selected for each application.
Explore the technology architecture →Two product streams
The right architecture
for your energy project.
A practical control platform for commercial, industrial and remote energy applications, with a scalable path to larger plants.
01 / Small to medium applications
All-in-one microgrid & hybrid control
An integrated EMS controller, local operator interface and connected software for energy assets behind the meter. Coordinate solar PV, battery storage, generators and site demand through one control platform.
- Local control with an integrated 7-inch touch option
- Solar self-consumption, peak-demand and battery scheduling strategies
- AI-assisted engineering and cloud energy optimisation
An integrated control solution; generation, storage, switchgear and protection are specified separately.
02 / Larger grid-connected applications
Tiered plant control
A layered system of station control, coordination controllers and local equipment controllers. Match the architecture to the plant, dispatch requirements and grid connection conditions.
- Station-wide supervision and grid-dispatch interfaces
- Coordinated power allocation across equipment groups
- Quality assurance and project-specific compliance validation
Hardware, control functions and grid requirements are confirmed for each project.
Start with the application.
BESS • Renewables • Microgrids • Utilities • Data Centres
BESS Control & Integration
PCS and BMS interfaces, dispatch ownership, alarms and plant supervision.
Explore the application →Microgrid & Renewable Energy Control
Behind-the-meter energy management, reserves, import/export limits and operating modes.
Explore the application →Utility Automation
RTU/PLC interfaces, telemetry quality, alarms and control-centre integration.
Explore the application →Data Centre Energy Control
Grid capacity, battery scheduling, generation reserves and operational visibility.
Explore the application →Make the technology verifiable.
Start with published specifications and defined capabilities. Then evaluate the proposed configuration against your operating requirements.
Documented hardware
Compare the integrated EMS processor, I/O, communications ports, temperature range and display variants in the specification tables.
Visible software functions
Review local control, station management, cloud monitoring and AI capabilities by deployment layer. Request a demonstration using your use case.
Evidence for your configuration
Request an interface matrix, acceptance-test scope, redundancy design and applicable conformity evidence before selecting a configuration.
AI-enabled engineering
Make the work
more repeatable.
AI assistance helps with programming, test preparation and review. Reusable configurations and clear equipment views help teams reduce repetitive work and avoidable human errors.
- Assisted programming and engineering review
- Structured configuration and test preparation
- Engineer-validated changes before deployment
AI-assisted energy operation
Turn operating data
into better decisions.
Combine historical energy use, live equipment information and forecasts to inform storage schedules and operating strategies. Compatible regional tariff and spot-price feeds help target energy costs in the market where the site operates.
Market feeds, AI tools and operating constraints are configured by project. Actual savings depend on tariff, equipment, weather and site behaviour.
Explore software & AI ↗Intelligence you control.
Technology should strengthen your capability. Our design priorities are open integration, accessible operational information and systems that remain understandable and maintainable.
Open integration
Specify interfaces and data exchange explicitly, including the selected protocol, device profile and direction of control.
Customer-controlled information
Agree data access, export, retention and backup requirements as part of the deployment scope.
Engineering-first design
Keep operating limits, acceptance tests and maintainable configurations central to product selection.
Australia & New Zealand
Products backed by
local conversations.
Discuss product selection, OEM post-sales support and partner opportunities with Control Link. We work with integration partners to match hardware and software to project requirements.
Connect with Control Link
Hardware specifications & procurement
OEM post-sales support
AU / NZ integration partner enquiries
Tell us your location, equipment and application so we can route your enquiry appropriately.
Global application learning
See how energy systems
work together.
Explore anonymised examples of solar self-consumption, lower diesel dependence, critical-load restoration and charging within grid limits.
Europe
Industrial solar self-consumption
Use more locally generated solar while respecting a constrained grid connection and export limits.
Read the application case →Africa
Lower diesel dependence
Maintain an industrial energy supply where the grid is available for only part of the day.
Read the application case →Asia
Quiet overnight off-grid operation
Supply an off-grid facility while limiting overnight generator operation.
Read the application case →Anonymised reference deployments explain application approaches; they are not presented as a Control Link project portfolio.
Product & integration support
Design your control
architecture with us.
Tell us your application, equipment interfaces and operating priorities. Ask for a product demonstration, a configuration review or support selecting an integrated EMS or tiered plant-control system.
[email protected] →Define your requirements before procurement.
Explore technical resources →