Smart buildings are being adopted across a wide range of sectors, not only in office buildings but also in hotels, data centers, and other facilities. Moving beyond traditional centralized monitoring systems, we connect everything through the power of IoT to create new value and enable smarter operations.

Building
Energy Consumption Optimization
  • Centralize and monitor energy data from electricity, HVAC, lighting, and other building systems in a single platform, with real-time visibility into energy usage.
  • By analyzing equipment operating conditions, organizations can identify inefficiencies, reduce unnecessary energy consumption, and support energy savings while lowering CO₂ emissions.
  • Efficient Facility Operations and Maintenance
    • Continuously monitor the condition of HVAC, electrical, and other building systems to detect abnormalities and signs of performance degradation at an early stage.
    • Enable proactive maintenance and faster response to potential issues, helping ensure stable equipment operation while improving maintenance efficiency.
    Enhanced Tenant and Occupant Experience
    • Leverage equipment information and environmental data to provide a comfortable, convenient, and productive building environment for tenants and occupants.
    • By integrating multiple building systems and technologies into a unified platform, improve occupant satisfaction while enhancing the overall value of the property.
    Remote Monitoring and Operational Management
    • Utilize cloud-based services and remote access capabilities to monitor and control building systems from virtually anywhere.
    • Enable centralized management of multiple sites and rapid response to system issues, reducing operational workload and improving overall efficiency.
    Continuous Improvement Through Data-Driven Insights
    • Analyze data collected from building systems and equipment to support operational improvements and informed decisions on maintenance, upgrades, and capital investments.
    • Leverage historical and real-time data to drive more efficient, sustainable, and cost-effective building operations.
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Demand Control
  • Demand control helps reduce power consumption by automatically curtailing loads such as air conditioning systems when forecasted electricity usage is expected to exceed the contracted demand limit.
  • Continuous Improvement Through Agile Operations
    • Identify improvement opportunities through ongoing operational analysis and optimization.
    • Promote a culture of continuous improvement by forming dedicated operational review teams.
    • Encourage proactive thinking, enhancing employees’ ability to identify challenges and drive positive change.
    Providing an Environment That Enables Users to Focus on Their Work
    • Integrated facility control can be achieved through schedule-based automation and occupancy sensor inputs, enabling coordinated operation of lighting, HVAC, and blinds, including scene-based control.
    • Custom touchscreen control panels and preset scene settings provide a unified control interface, enabling efficient management of workspaces and rooms.
    • By automating routine tasks such as temperature adjustment, users can minimize distractions from external factors and maximize workplace productivity and performance.
    Browser-Based Monitoring
    • Access and monitor essential information anytime, anywhere through an HTML5-based web interface.
    • No dedicated software required. Easily operate and manage the system from PCs, tablets, and other web-enabled devices.
    • UI

      • Main Menu
      • Power Consumption Monitoring
      • Scene Configuration
      • Lighting Control (Dimming)
      • Motorized Blind Control Settings
      • And More
      * Additional functionality, including security camera systems (video surveillance and access control), solar energy monitoring, and energy demand management, can be incorporated to meet specific operational requirements.
Hotel
Comfortable Guest Room Experience
  • Integrate and centrally manage guest room HVAC, lighting, curtains, and occupancy status to deliver a comfortable and personalized stay for guests.
  • Achieve both enhanced guest comfort and energy efficiency through automated controls, including pre-conditioning rooms before check-in and adjusting operations based on occupancy status.
  • Efficient Operations and Energy Management
    • Centrally monitor guest room and common area systems, with real-time visibility into energy consumption and equipment performance across the property.
    • Reduce operating costs and support sustainable hotel operations through automated energy-saving controls for unoccupied rooms and data-driven analysis of system performance.
    Proactive Maintenance and Remote Management
    • Continuously monitor the condition of HVAC, plumbing, water supply and drainage, electrical systems, and other critical hotel infrastructure to detect early signs of faults and performance issues.
    • Enable operators to remotely monitor and control building systems, allowing for faster issue resolution, reduced downtime, and more reliable hotel operations.

 

Middleware for building smart building

Niagara
Niagara Framework®
  • Compatible with industry-standard protocols such as LonWorks, BACnet, Modbus, and oBIX.
  • Provides the flexibility to integrate diverse equipment and systems, enabling a unified and scalable smart building environment.

Strong support system by engineers

We strongly support system development by experienced engineers.

Consulting
Consulting
  • Understand project requirements and characteristics to develop a strategic implementation plan.
  • Conduct risk assessments and propose effective mitigation strategies.
Troubleshooting
Troubleshooting
  • Perform initial fault isolation and issue diagnosis.
  • Identify the root cause by escalating issues to the manufacturer when necessary.s
Training
Training
  • Comprehensive training programs tailored for system developers and sales engineers.
  • A wide range of training content, covering everything from fundamental concepts to real-world use cases and practical applications.
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