Field level
Sensors & Data Points
Signals, states and measurements from technical systems are captured in a structured way.
Services & System Architecture
Building automation as an end-to-end system.
LG Automation connects technical signals, control logic, interfaces and visualization to create a clear, usable automation environment.
Our service profile extends from early system design through programming and integration to commissioning, documentation and technical support during operation.
System
Connect technical disciplines, data points and interfaces in a structured way
Function
Plan control logic clearly and implement it technically
Operation
Make system states visible and operation understandable
Automation Stack
From data point to operation
System logic active
Control level
Logic & Automation
Functions, dependencies, scenarios and sequences are translated into robust control logic.
Operation level
Visualization & Use
Relevant information and controls are prepared clearly for users and operators.
Integration protocols
KNXDALIBACnetLoxoneModbus
Input
Sensors, systems and technical states
Control
Logic, rules and automated sequences
Interface
Visualization, operation and feedback
Service Profile
Technical services across the entire automation lifecycle
Individual services are combined according to each project. What matters is a continuous connection between technical requirements, functional logic, system integration and subsequent use.
01
Consulting & System Design
Structure technical requirements early and translate them into a viable automation architecture.
- Capture requirements, functions and operational objectives
- Structure system levels, data points and interfaces
- Assess suitable automation and integration approaches
02
Programming & Control Logic
Translate functional requirements into clear, project-specific control sequences.
- Program and configure automation functions
- Implement rules, scenarios, dependencies and timed sequences
- Adapt systems to defined technical and operational objectives
03
System Integration & Interfaces
Connect different systems and protocols within a consistent functional environment.
- Integrate compatible field, control and management systems
- Coordinate data points and handovers between technical disciplines
- Integrate existing and new components in a structured way
04
Visualization & Operation
Present technical states so they can be understood, monitored and controlled.
- Develop clear visualization and operating structures
- Display relevant states, values and notifications
- Organize views and functions around user requirements
05
Commissioning & Functional Testing
Test programmed functions in interaction and transfer them into a clear operational state.
- Test data points, logic, interfaces and operating functions
- Support commissioning and functional coordination
- Optimize identified deviations within the agreed scope of services
06
Documentation & Support
Document system knowledge clearly and provide technical support for continued use.
- Document relevant functions and structures in a clear way
- Instruct users and operational contacts
- Provide technical support, adaptation and further development as required
Functional Architecture
Signals only become operationally useful through clear logic.
An automation solution is more than the sum of its devices. Clearly defined data points, coordinated interfaces and understandable functional sequences create a system that remains transparent in daily operation.
Clear functional logic
Requirements are translated into clearly defined rules, states and dependencies.
Clean interfaces
Handovers between systems and technical disciplines are considered and coordinated in a structured way.
Usable handover
Visualization and documentation make the technical solution accessible for operation and further development.
End-to-end signal flow
01
Capture
Sensors and systems provide data points, values and states.
02
Evaluate
Signals are classified, connected and assessed functionally.
03
Control
Rules and sequences trigger defined technical responses.
04
Visualize
States, notifications and controls are presented clearly.
The specific architecture depends on project requirements, existing systems, interfaces and the agreed scope of services.
Delivery Framework
From requirement to usable operation
A clear process reduces information loss between planning, programming, commissioning and handover. The scope and depth of each phase are adapted to the respective project.
01
Phase 1
Analysis
Requirements, existing systems, functions and operational objectives are captured.
Outcome
A structured technical baseline
02
Phase 2
Concept & Planning
System structure, data points, functional logic and relevant interfaces are defined.
Outcome
An agreed automation concept
03
Phase 3
Programming & Integration
Functions are configured, programmed and connected to the intended systems.
Outcome
Implemented control and integration logic
04
Phase 4
Testing & Commissioning
Data points, sequences, interfaces and operating functions are tested functionally.
Outcome
A tested and transparent operational state
05
Phase 5
Handover & Further Development
Documentation, instruction and continued technical support safeguard usability after commissioning.
Outcome
Documented handover and clear next steps
Systems & Protocols
Technology follows function and integration needs
Protocols and platforms are not considered in isolation. What matters is how reliably they connect data points, functions and operating levels within the respective system environment.
Project-specific selection
The specific technology used depends on existing systems, compatibility, functional scope and the project's technical specifications.
Building automation
KNX
Standardized communication and structured control of technical functions in intelligent buildings.
Lighting control
DALI
Addressable lighting, defined lighting scenarios and integration into higher-level operating and automation logic.
System integration
BACnet
Open communication between components and system levels within technical building automation.
Smart building
Loxone
Flexible functional and operating logic for integrated smart-building and automation applications.
Device integration
Modbus
Robust integration of compatible devices, measurements and technical systems into the automation environment.
Operational Impact
Automation must remain understandable in operation
Technical quality is reflected not only in functionality, but also in how clearly states can be identified, sequences understood and subsequent adaptations implemented.
Transparent states
Relevant values, notifications and system states are made visible in a structured way.
Clear operation
Users and operators receive a clearly structured level for monitoring and control.
Extensible structure
Clean system and functional logic creates a robust foundation for subsequent adaptations.
Project Start
Structure automation requirements clearly from the outset.
Whether for a new build, modernization or an existing technical environment, we work together to clarify which functions, interfaces and operating levels are appropriate for the specific project.
Helpful for the initial discussion
A brief description of the building or technical environment
Desired functions, automation objectives or the current challenge
Known existing systems, protocols or relevant interfaces
Project phase, timeframe and available technical documentation