Comprehensive Integrated Wiring

If communication transmission, internet connectivity, and smart services are to be installed on the main structure of smart buildings, high quality equipment with the capacity and flexibility for future expansion should be built ahead of time to extend the building's lifecycle and improve system integration.

This primarily applies to information and communication systems, as well as control and detection systems.

Information and Communication

The primary goal of information and communication systems is to satisfy users' requirements from the outside in, which includes design and planning, maintenance and operation, and delivering wired, wireless, and mobile communication systems, as well as text, graphic and image, and video transmissions.

System Integration

The objective is to deliver solutions, performance, and effectiveness to automated system integrations in order to achieve sustainability and extend a building’s life cycle, as well as to improve overall management efficiency and integrated service capacity, lower building operating costs, enhance emergency control and response, and minimize disaster-related losses.

This refers to the development of management capacity for system integration, which combines the resources and communication capabilities of diverse electromechanical subsystems, such as air conditioning, power, lighting, access control, communication, and fire extinguishment.

Facility Management

A high-quality facility management system assures the functionality of all systems and the performance of smart applications.

In addition to satisfying current legal and regulatory standards, the system is intended to assure safety, reliability, and user-friendliness, as well as maximize the use of cutting-edge technology.

Safety and Disaster Prevention

In the event of disasters that may jeopardize the safety of buildings or users, apply the three operational aspects of "Detection Display and Notification", "Containment and Eradication", and "Evacuation Assistance and Emergency Rescue", and achieve the goals of prevention, mitigation, and evacuation.

This application adopts a variety of automated equipment to prevent or avert the occurrence and spread of disasters, thereby ensuring the safety of users and property.

Energy Management

Manage the primary energy-consuming facilities, including air conditioning, lighting, and power generation equipment, and assess the viability of employing high-efficiency facilities, the availability of energy-efficient technologies, renewable energy equipment, and the energy monitoring and managing function.

Wellness and Comfort

▪Space Environment:
Provide openness and adaptability to preserve accessibility and comfort of building’s indoor space and environment.

▪Visual Environment:
Provide integrated indoor visual comfort comprising both natural and artificial lighting environments.

▪Thermal Environment:
Provide comfort solutions for indoor temperature, humidity, and air conditioning environments.

▪Air Environment:
Provide solutions and wellness for indoor air purification and air quality.

▪Water Environment:
Provide solutions for the detection and treatment of indoor water quality and tap water consumption systems.

▪Health Care Management System:
Utilize medical support service in buildings to provide medical information services in dedicated or common area.

Smart Innovation

Promote smart innovation and value-added services.

Provide customized intelligence solutions and services, supported by cutting-edge technologies and creative thinking.