Technical Planning
System architecture
Plan how controllers, extensions and connected systems will be organised across the building.
Coordinated infrastructure
Define appropriate cabling, network, power and panel requirements.
Accurate layouts
Position sensors and controls around room use, technical performance and architectural design.
Defined interfaces
Establish how compatible lighting, HVAC, shading, access and energy equipment will connect.
Installation readiness
Give contractors clear information for coordinated installation, testing and commissioning.
Technical Planning
What does technical planning include?
Depending on the project, technical planning can include system architecture, controller allocation, panel requirements, cabling principles, device positions, interface schedules and installation responsibilities.
When should technical planning begin?
It should begin before electrical and building-services layouts are finalised. Early planning allows the required cabling, distribution-board space, network connections and equipment interfaces to be included before installation starts.
Can DY-Techniek work from architectural and consultant drawings?
Yes. Relevant architectural, electrical, mechanical and lighting information can be reviewed to develop the automation plan. Drawings should be current and sufficiently detailed for the project stage.
Does DY-Techniek produce electrical drawings?
DY-Techniek can produce or contribute to relevant automation layouts, schematics and connection information within the agreed scope. The appointed electrical designer and contractor remain responsible for the complete electrical design, protection, calculations and regulatory compliance.
Can existing buildings be technically planned for automation?
Yes. The process may include reviewing existing wiring, panels, equipment and available access routes. A combination of wired and compatible wireless technologies may be considered where new cabling is impractical.
Can third-party systems be included in the technical plan?
Possibly. Proposed equipment can be reviewed to identify available interfaces, required hardware, communication settings and responsibilities. Compatibility must be confirmed for each product.
Can the plan allow for future expansion?
Yes. Appropriate controller capacity, panel space, cable routes and network provision can be considered for anticipated additions. Future compatibility will still depend on the technology and capacity available at the time.
Good automation starts before installation
A reliable system depends on decisions made long before programming begins.
Controllers need suitable locations and power. Sensors require effective coverage. Third-party systems need compatible interfaces, and installers need clear information about every connection.
If these requirements are left until construction, the project may face missing cables, insufficient panel space or equipment that cannot provide the expected control.
DY-Techniek develops a coordinated technical plan that connects the intended building functions with the infrastructure required to deliver them.
From functions to infrastructure
Translate building behaviour into technical requirements.
The functional design describes what the building should do. Technical planning determines how the system will make it happen.
Every automated response depends on physical devices, communication routes, power supplies and correctly configured equipment. These elements must be coordinated across the automation, electrical, mechanical and architectural designs.
- Establish the overall control architecture.
- Allocate functions to suitable controllers and extensions.
- Define required inputs, outputs and communication interfaces.
- Coordinate control panels, networks and power supplies.
- Provide relevant information for installation and commissioning.
System architecture
Organise intelligence around the building.
The automation architecture should reflect the size, layout and operation of the project.
A smaller building may be managed by one Miniserver, while a larger development may use multiple Miniservers for different areas, units or building services. Each controller can manage its assigned functions locally while sharing appropriate information with the wider system.
Clear architecture helps simplify installation, programming and future maintenance.
Controller allocation
Assign suitable Miniservers to defined areas or system responsibilities.
Extension requirements
Provide the inputs, outputs and communication technologies required by connected equipment.
Area structure
Organise rooms, floors, units and shared spaces according to the project.
System communication
Define how controllers and compatible third-party systems exchange information.
Expansion capacity
Consider appropriate provision for anticipated additions and future phases.
Panel planning
Give the control equipment the space it needs.
Automation equipment is often installed within electrical or dedicated control panels.
The design must allow sufficient space for controllers, extensions, power supplies, protection, terminals and cable management. Appropriate separation, ventilation and access should also be considered by the responsible electrical designer and panel builder.
DY-Techniek defines the relevant requirements for the Loxone automation equipment within the agreed scope.
Equipment arrangement
Organise controllers and supporting components in a clear, serviceable layout.
Panel capacity
Allow suitable space for the specified equipment and agreed future provision.
Power supplies
Identify the appropriate supplies required by controllers, sensors and field devices.
Termination
Provide suitable terminals and labelling for incoming and outgoing connections.
Service access
Maintain practical access for testing, maintenance and future modification.
Cabling strategy
Put the right connection in the right place.
Different devices and systems require different forms of communication and power.
The cabling strategy may include Loxone Tree, network infrastructure, conventional control wiring and connections for supported third-party interfaces. The selected approach should suit the building, devices and construction method.
Cable types, containment and installation must be coordinated with the responsible electrical professionals.
Tree cabling
Connect compatible Loxone devices through an appropriate wired topology.
Network connections
Provide suitable data infrastructure for Miniservers and compatible networked equipment.
Control wiring
Plan appropriate digital, analogue, relay and sensor connections.
Bus communication
Include the required infrastructure for supported third-party communication technologies.
Spare provision
Consider suitable pathways or cabling for anticipated future requirements.
Sensor and control layouts
Position devices for performance and usability.
The location of a sensor affects the information it provides.
Presence sensors need suitable coverage. Temperature sensors should avoid misleading heat influences. Wall controls must be accessible and intuitive, while visible devices should work with the architectural design.
Technical planning balances these performance requirements with room layouts, ceilings, furniture and finishes.
Presence sensors
Position devices around room geometry, movement and required detection coverage.
Environmental sensors
Locate temperature, humidity and CO₂ measurements where they can provide useful room information.
Brightness measurement
Coordinate relevant sensors around natural light and the intended control strategy.
Wall controls
Place suitable controls where occupants can use them conveniently.
Door and window contacts
Identify openings where status information is required for access, security or climate functions.
Third-party interfaces
Plan every integration before procurement.
An interface must be understood on both sides.
Technical planning identifies the communication technology, connection requirements, available data and responsible parties. It should also establish whether additional gateways, licences or supplier configuration will be required.
Confirming these details early reduces the risk of discovering limitations during commissioning.
BACnet
Plan supported communication with compatible building-management and HVAC systems.
Modbus
Define appropriate connections and supported registers for compatible meters or equipment.
DALI
Coordinate compatible digital lighting devices and control infrastructure.
EEBUS
Establish supported communication with compatible energy equipment.
Physical interfaces
Define appropriate relay, digital, analogue or other direct connections.
Installation coordination
Give every contractor clear technical information.
Automation installation often involves several trades working in sequence.
One contractor may install containment and cabling, another may build the panels, while specialist suppliers connect and configure their equipment. Each party needs to understand the relevant requirements and boundaries.
Coordinated information helps prevent missing connections and duplicated work.
Installation scope
Define which party installs each cable, device and item of control equipment.
Connection details
Provide relevant information for termination and supported interfaces.
Labelling
Establish clear identification for cables, terminals, panels and field devices.
Supplier coordination
Confirm when specialist equipment and technical support will be available.
Technical queries
Resolve relevant questions as installation information develops.
Planning for commissioning
Make the complete system ready to test.
Commissioning cannot begin effectively until every connected system is installed, powered and prepared.
The technical plan should identify the required tests and the people who need to participate. Third-party suppliers may need to configure communication settings, provide register information or demonstrate that their equipment is operating correctly.
Readiness checks
Confirm that devices, panels, networks and connected systems are available for testing.
Point testing
Verify individual inputs, outputs and communication values.
Interface testing
Confirm supported data exchange with compatible third-party systems.
Functional testing
Test complete building responses against the agreed operating descriptions.
Issue tracking
Record and resolve relevant technical problems before handover.
Compatibility
Technical plans based on confirmed connections.
Projects often combine building technologies from several manufacturers.
Loxone can communicate with compatible systems through supported interfaces such as BACnet, Modbus, DALI, EEBUS and appropriate digital, analogue or network connections.
The available information and level of control depend on the specific equipment. DY-Techniek reviews technical documentation and coordinates with relevant suppliers to establish realistic connection and commissioning requirements.
Architects & Planners
Project Collaboration
Specification Assistance
Smart Building Design Support
Plan the infrastructure behind intelligent operation.
Technical detail that supports confident delivery.
Coordinate controllers, cabling, panels, devices and building-system interfaces before work reaches site. Give contractors practical information and create a clearer route from installation to successful commissioning.