Industrial Park Solution-Dorbas

Implemented Functions

R&D Office Building · Smart Office

R&D Office Building · Smart Office

Timed Scenarios: Adjust lighting effects in different periods of daytime, dusk, night and late night to match office rhythms.
Constant Illuminance Control: Automatic adjustment via illuminance sensors; brighten when ambient light is dim and dim when ambient light is strong.
Sensor Control: Lights turn on upon human presence and turn off after people leave in meeting rooms, pantries and restrooms.
Panel Scene Mode: Smart panels at reception and office areas support one-click full on/off and scene switching with cross-area intercontrol.
Central Control: The main control center monitors all lighting circuits and air conditioning units uniformly with intelligent management on computer interface.
Production Workshop · Factory Shop Floor

Production Workshop · Factory Shop Floor

Zoned Circuit Control: Independent control by functional zones for production areas, storage areas and passageways to avoid ineffective lighting.
Sensor Linkage: Motion sensors installed in passageways and loading/unloading areas; lights turn on when people are present and turn off with delay after people leave.
Environmental Linkage: Temperature, humidity and CO₂ sensors interlock with air conditioners and fresh air units to maintain the workshop process environment.
Time-based Control: Automatic on/off of corresponding lighting circuits for production, overtime work and holidays.
Fire Linkage: Forcible activation of emergency lighting circuits and cut-off of normal lighting under emergency conditions to ensure personnel evacuation.
Park Roads · Public Areas

Park Roads · Public Areas

Astronomical Clock Control: Automatically calculates local sunrise and sunset time with high precision for accurate automatic control of street lights.
Sensor Control: Motion sensors in public walkways and elevator lobbies; lights turn on when people are present and turn off with delay after people leave.
Alternate Lighting Circuit Control: Lighting circuits are separated by alternate lamps to realize energy-saving modes of 1/3, 2/3 and full circuits.
Time-based Control: Automatic on/off of corresponding lighting circuits during peak, normal, off-peak and holiday periods.
Central Monitoring: Lighting of park roads, parking lots and public areas is centrally connected to the main control center for real-time status visualization.
Energy Center · Zero-carbon Management

Energy Center · Zero-carbon Management

Photovoltaic Power Generation Monitoring: Real-time data collection from photovoltaic inverters; power generation and grid connection status available on one screen.
Itemized Metering: Itemized metering of electricity, water, gas, cooling and heating by building and usage for clear and traceable energy bills.
Carbon Accounting: Automatically calculate park carbon emissions based on energy consumption data to support compliant operation of zero-carbon and low-carbon parks.
Remote Equipment Operation & Maintenance: Remote status monitoring of electromechanical equipment such as power distribution, cold & heat sources and elevators with proactive fault early warning.
Energy Storage and Demand Response: The energy storage system implements peak shaving and valley filling to optimize park energy costs in combination with time-of-use electricity prices.
Outdoor Plaza · Building Floodlighting

Outdoor Plaza · Building Floodlighting

Astronomical Clock Control: Automatically calculates local sunrise and sunset time for precise timed on/off of floodlighting.
Festival Lighting Programming: Set seasonal lighting effects by year, week, day and special festivals.
Smart Touch Screen: Preset scenes stored on the touch screen in the duty room for instant access; password available to prevent misoperation.
System Integration: Adopts open standard international protocols, supporting linkage control with building automation and fire emergency systems.

Solution Architecture

系统采用分层分布式架构，分为平台管理层、网络传输层、现场设备层三大模块。兼容 KNX、BACnet、DALI、Modbus 等主流工业协议，全面接入园区照明、暖通、消防、配电、光伏储能等各类子系统，打破设备孤岛，实现全场景设备统一监控、智能联动、数据互通。

1

平台管理层

（集中监控 · 场景下发 · 碳排决策）

能源管理中心与园区运营部门统一管理；零碳能源管理平台、楼宇自控平台、能耗监测平台、智能照明平台同屏呈现；办公、厂房、道路、泛光场景一键下发，园区状态实时可视。

1

网络传输层

（TCP/IP · KNX · BACnet · Modbus · DALI）

园区局域网与楼层网络交换机可靠传输，支持 RS485、DALI、BACnet、Modbus 等多协议接入；上行采集设备状态与能耗数据，下行下发启停、调光与场景指令，双向贯通。

1

现场设备层

（控制器 · 面板 · 传感器 · 执行器）

智能面板、调光模块、DDC 控制器执行控制；空调机组、新风机组、冷热源接入楼控；智能电表、水表、冷热量表计量能耗；光伏逆变器、储能柜接入能源平台；CO₂、温湿度、人体、照度传感器感知环境。

1

覆盖系统：楼宇自控、智能照明、能耗监测、零碳低碳管理、建筑设备一体化、环境监测，六大子系统在同一平台协同运行。

Core Value

Energy Saving and Consumption Reduction

Multi-stage energy reduction is achieved through scenario-based energy saving for public lighting, air conditioner operation based on status and time periods, alternate lamp and sensor control for road lights, so as to cut the park's long-term operational energy costs.
Zero Carbon and Low Carbon

Grid-connected management of photovoltaic power generation and energy storage, itemized energy consumption metering and automatic carbon emission accounting support zero-carbon and low-carbon park certification and green investment promotion brand building.
Efficient Operation & Maintenance

Hierarchical visualization at the operation center; equipment, energy consumption, environment and carbon emissions are viewable on one screen. Proactive fault early warning and remote operation & maintenance greatly reduce manual inspection and response time.
Safe and Reliable

Fire-linked forced switching of emergency lighting, safe and reliable low-voltage control, real-time status monitoring of power distribution and electromechanical equipment to ensure continuous park production and personnel safety.

Project Cases