Building Automation

Integrating Different Building Systems


In conventional buildings, system data is typically locked in disconnected systems, this data is diversifying in type, rapidly increasing in volume and becoming more difficult to use every day. Working closely with customers, our engineers integrate the existing building systems and fuse the valuable data into a scalable data cloud for further processing. As a result, facility managers can now manage their building systems, e.g. HVAC and lighting system, with our integrated platform, which increases the productivity and efficiency of system management and monitoring

Key Features

  • Increase energy efficiency by achieving energy strategies through integrating different plant equipment.

  • Reducing human resources on facility management.

  • Expansion on existing system easily by adding new modules.

  • Ease the effort of identifying system abnormalities and alerts.

Energy Management

Visualise Building Energy Consumption


Data flows continuously from the building systems into our cloud platform. The data is being filtered, conditioned and analyzed with a series of data models. Data from power meters, in conjunction with operation and environmental data helps our customers to identify energy consumption trends, track their corporate KPIs and fulfil legal compliance. Our energy management system provides a dynamic and interactive platform for energy data mining and management solutions over the course of building operation lifecycle. The platform is equipped with different modules such as system/equipment simulators and energy manager, each designed to extend core functions and improve overall efficiency. The platform is extremely flexible with the modular architecture, it enables clients to select the most suitable modules according to their business needs.

Key Features

  • Tracks how the building consumes energy. With the energy manager module, historic energy consumption can be displayed into different dimensions according to the system types, zonings, floors and functions.

  • The energy breakdown is useful to monitor the effectiveness of energy saving plans implemented by facility managers.

  • Since energy audit has become mandatory in many countries, the tool could facilitate the auditing process by providing the right data with ease.

  • Users could tailor the report template to suit their needs, it generates regular reports automatically at pre-defined intervals.

Smart Office

Create a Comfort Environment & Reduce Carbon Emissions


Intelligent building focuses on the control of building equipment while smart building extends the scope with human interactions. We develop building applications that connect human with building facilities, for instance, a mobile application that allows occupants to express their comfort level and the system will take care of the rest; they could open the window in a sunny afternoon, or dim the conference room lights during presentation with a few taps on their phone. The next generation smart building not only enhances people's living quality, it also has a positive impact on the building energy consumption, which contributes to the reduction of carbon emissions.

Key Features

  • Sun shading system working in conjunction with dimmable lighting system. Motorized curtain reacts with different scenario based on outdoor brightness, together with dimmable lighting system to maximize energy saving by utilizing natural light source as a priority.

  • Automatic temperature control based on thermal comfort model. Traditional fan coil control methodology considers solely on temperature itself as the indicator for set point adjustment. Our thermal comfort algorithm takes human as the core indicator, together with data such as indoor and outdoor temperature to improve the air conditioning controls.