School Solutions-Dorbas

Implemented Functions

Classroom · Teaching Scenario

Classroom · Teaching Scenario

Constant Illuminance Control: Illuminance sensors automatically adjust luminaire brightness to maintain constant desktop illuminance for eye protection and energy conservation.
Time-divided Control: Automatic switching of lighting strategies for multiple periods including Class, Break, Self-study and School Dismissal.
Sensor Control: Lights turn off when the room is vacant to avoid waste caused by lights left on in empty classrooms.
Teaching Modes: One-touch switching of light combinations for scenes such as Blackboard, Projection and Examination.
Central Control: Lighting of the teaching building is integrated into the main control center with real-time status visibility.
Library · Reading Space

Library · Reading Space

Reading Area Lighting: Independent dimming for lighting zones including stack rooms, reading areas and self-study areas with adjustable brightness.
Constant Illuminance Control: Interlock of illuminance sensors for window-side areas, automatic brightness compensation as outdoor light changes.
Time-divided Control: Automatic operation for multiple modes such as Opening, Closing and Holidays.
Sensor Control: Lights turn on when people enter stack room aisles and turn off with delay after people leave.
Emergency Lighting: Automatic detection of emergency circuits to ensure safe evacuation of personnel.
Lecture Hall · Multi-function Hall

Lecture Hall · Multi-function Hall

Scene Control: One-touch switching among Lecture, Meeting, Performance, Projection and Full Off scenes.
Stepless Dimming: Stepless cyclic dimming for resistive load lighting with memory of pre-shutdown status.
Stage Linkage: Stage lighting interlocked with audio and video equipment for one-touch activation.
iPad Control: Wireless centralized control of lighting, air conditioning and screens for rapid service response.
Zoned Lighting: Independent control for audience area, stage area and walkways.
Gymnasium · Sports Venue

Gymnasium · Sports Venue

Zoned Control: Independent lighting control for competition area, spectator stands, passages and changing rooms.
Scene Switching: One-touch switching among Training, Competition, Assembly and Cleaning scenes.
High-space Lighting: Multi-level control of high pole luminaires with lighting circuits activated on demand.
Constant Illuminance Control: Artificial lighting automatically dims when sufficient natural daylight is available in daytime.
BA Interconnection: Integrated management of air conditioning, fresh air system and lighting.
Playground · Campus Lighting

Playground · Campus Lighting

Astronomical Clock Control: Automatically calculates sunset and sunrise time for timed switching of playground lighting.
High Mast Light Control: Graded lighting strategies for competition, training and nighttime activities.
Campus Flood Lighting: Building outline and square lighting are integrated into centralized management.
Energy-saving Mode: Reduces lighting brightness during inactive periods to cut energy consumption.
Security Linkage: Campus security system interlocked with night lighting, lights turn on automatically upon alarms.

Solution Architecture

The system adopts a layered distributed architecture, consisting of three major modules: platform management layer, network transmission layer and field device layer. It is compatible with mainstream protocols such as KNX, BACnet, DALI and Modbus, and fully connects various subsystems including campus lighting, air conditioning, fresh air, fire protection and power distribution. It eliminates device silos to realize unified monitoring, intelligent linkage and data interconnection of full-scenario devices.

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Platform Management Layer

(Centralized Monitoring · Scene Distribution · Energy Consumption Decision-making)

Unified management by the campus operation and maintenance center and logistics management department; the intelligent lighting platform, building automation platform and energy consumption monitoring platform are displayed on the same screen. Scenes for classrooms, libraries, lecture halls and stadiums can be deployed with one click, enabling real-time visualization of campus status.

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Network Transmission Layer

(TCP/IP · KNX · BACnet · DALI)

Reliable transmission via campus LAN and floor network switches. It supports multi-protocol access including RS485, DALI, BACnet and Modbus. It collects device status and energy consumption data in the uplink, and issues start-stop, dimming and scene commands in the downlink for bidirectional communication.

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Field Device Layer

(Controllers · Panels · Sensors · Actuators)

Control is executed by smart panels, dimming modules and DDC controllers. Air conditioning units and fresh air units are connected to building automation systems. Smart electric meters, water meters and cooling/heat meters measure energy consumption. Illuminance, occupancy, temperature/humidity and CO₂ sensors perceive the environment for on-demand scheduling.

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Covered Systems: Intelligent Lighting · Building Automation · Energy Consumption Monitoring · Scene Control · Environmental Monitoring · Centralized Management. The six subsystems operate collaboratively on a single platform.

Core Value

Energy Saving & Consumption Reduction

Classroom sensor and constant illuminance control, time-phased playground lighting, and status-based air conditioning operation jointly reduce consumption across multiple links, cutting long-term campus operating energy costs.
Teaching Experience

Constant and comfortable illuminance in classrooms, one-click scene switching in lecture halls, and eye-friendly reading lighting in libraries create a high-quality teaching and learning environment for teachers and students.
Efficient Management

Unified visualization at the operation and maintenance center, enabling one-screen overview of equipment, energy consumption and environment. Active fault early warning greatly reduces manual inspection and response time.
Safety & Reliability

Emergency lighting linked with fire protection and real-time monitoring of equipment status safeguard campus activities and the safety of teachers and students, with traceable operation of the entire system.

Project Cases