Smart applications covering every space of the hotel.

Centered on in-room control, it integrates the hotel's lighting, air conditioning, curtains, banquet scenes, and mechanical & electrical equipment into a single smart system. Extending upward to building automation, energy monitoring, and architectural lighting, it ensures every guest feels at home, while making every space manageable, controllable, and optimizable.

Smart applications covering every space of the exhibition center.

Centered on artifact protection and exhibition experience, it integrates lighting, environment, security, and energy across the exhibition halls, public lobby, academic lecture hall, collection storerooms, and building lighting into a single smart system. From daily opening to closing at night, from curation and installation to academic events, it keeps every space manageable, controllable, and optimizable.

Smart applications covering every space of the office building.

Centered on zone-based pattern control, it integrates the office building's lighting, curtains, air conditioning, meetings, and mechanical & electrical equipment into a single smart system. Extending upward to building automation, energy monitoring, and environment monitoring, it makes every space, every device, every kilowatt-hour, and every cubic meter of air controllable, visible, and optimizable.

Intelligent applications covering every space of the airport

Airport terminals operate across flights and day-night cycles. Centered on scene control for departure lounges, they integrate lighting, air conditioning and shading into one intelligent system, further extending to building automation, energy consumption monitoring and environmental monitoring. Lighting and air conditioning run automatically in line with flight schedules, and natural ventilation is triggered by weather linkage, delivering comfort and energy efficiency for tens of thousands of square meters of waiting space.

Smart applications covering every space of the hospital.

As a densely populated public building operating around the clock, a hospital places extremely high demands on the reliability of lighting, HVAC, energy, and safety. The system adopts a layered, distributed architecture consisting of three major modules: the Platform Management Layer, the Network Transmission Layer, and the Field Device Layer. It is compatible with mainstream protocols such as KNX, BACnet, and DALI, and fully integrates hospital lighting, air conditioning & ventilation, power distribution, water supply & drainage, fire protection, and other subsystems. All are uniformly connected to the building automation, energy monitoring, and environment monitoring platforms, breaking down device silos to achieve unified monitoring, intelligent linkage, and data interoperability across all scenarios.

Smart applications covering every space of the commercial complex.

A commercial complex features diverse business formats, dense foot traffic, and a high share of lighting energy consumption. Centered on scene control for the atrium and public areas, it integrates lighting, air conditioning, and sun shading into a single smart system, extending upward to building automation, energy monitoring, and environment monitoring — with lighting and air conditioning running automatically by visitor flow during business hours and reducing consumption by zone and time after closing, keeping tens of thousands of square meters of commercial space both vibrant and comfortable yet energy-efficient.

Intelligent applications covering every space of the factory

Spanning production and operation & maintenance, the factory centers on scenario control of production workshops. It integrates lighting, air conditioning and electromechanical equipment into one intelligent system, and further extends upwards to building automation, energy consumption monitoring and environmental monitoring. Lights and air conditioners operate automatically in line with process requirements during production hours, while energy consumption is reduced by zone and time in non-production hours, making every space in the factory manageable, controllable and optimizable.

Covers every space and link of the renovation

Targeting the pain points of old equipment, high energy consumption and decentralized management in existing buildings, we focus on intelligent renovation of lighting and electromechanical systems, coupled with energy consumption monitoring and building automation upgrades. This enables existing buildings to improve energy efficiency without altering the main structure or disrupting normal operations. The renovation features minimal construction impact, quick results, measurable benefits and sustainable optimization.

Smart applications covering every space of the campus.

Centered on campus teaching and energy-efficient operation, it integrates lighting, air conditioning, mechanical & electrical equipment, and energy across classrooms, the library, lecture halls, the gymnasium, and the playground into a single smart system. From daily teaching to large events, and from daytime classes to nighttime lighting, it keeps every space manageable, controllable, and optimizable.

Smart applications covering every space of the villa

Centered on whole-home intelligence, it integrates villa lighting, curtains, air conditioning, audio-visual systems and security into one smart system. From living room receptions and bedroom rest to audio-visual entertainment and outdoor courtyards, it delivers a welcoming feeling every time you return home, with every space manageable, controllable and optimizable.

Intelligent applications covering every section of the tunnel space

Centered on safe tunnel passage, it integrates lighting, ventilation, fire protection, environment and energy consumption into one intelligent system. From entrance transition zones and normal driving sections to emergency evacuation areas and monitoring centers, every segment of the tunnel becomes perceptible, controllable and optimizable.

Intelligent applications covering every space in the park

An integrated management and control system for lighting, HVAC, electromechanical systems and energy tailored for low-carbon and zero-carbon parks: from R&D offices and production workshops to park roads and energy centers, all systems are centrally connected to the integrated platform of building automation, energy consumption monitoring, zero-carbon management and building equipment, enabling controllability, visibility and optimization of every building, every device, every kilowatt-hour of electricity and every ton of carbon emission.