Traditional building operations face challenges such as limited business vision, large but not accurate data, lack of data support for decision-making, and weak risk identification ability. This not only hinders improvements in building operational efficiency, but also affects customer satisfaction and long-term building value.
With the advent of digital service era, and the rise of characteristic towns and characteristic parks, commercial building management innovation has ushered in new opportunities.
Omara Intelligent Building Management System (BMS) provides innovative and effective solutions to pain points in traditional building operations.
The system is service-oriented and flexible to provide a variety of applications to help owners and properties standardize operations management processes, thereby improving building operational efficiency, reducing operating costs, effectively improving customer satisfaction, and increasing building value and improving brand image throughout the life cycle.
Item | Feature | Function description |
Building safety monitoring | Access control | Authentication, access control, incident alerting, remote management and control |
Door and window monitor | Displays door and window position and switch status | |
Video surveillance | Real-time video monitoring, video storage and retrieval, intelligent analysis, alarm linkage | |
Building intelligent control | Intelligent lighting control | Centralized control, scene preset, timing control, remote control |
Intelligent air conditioning control | Remote control of VAV air conditioning system | |
Intelligent panel control | Remote control, scene presets | |
Building environment monitoring | Indoor environment monitoring | Air quality data (temperature and humidity, CO2, formaldehyde, TVOC) |
Office station management | View the real-time status of the station (occupied, vacant) | |
Building energy analysis | Energy consumption monitoring | Remote meter reading mode, data acquisition and analysis mode |
Energy consumption analysis | Analyze water and electricity consumption and identify areas with high energy consumption | |
Leadership Cockpit (large screen) | Building 3D display | 3D presentation of floor data and interiors |
Building profile | Total number of floors, total number of rooms, total number of cameras, total number of equipment | |
Energy consumption profile | Total electricity consumption, total water consumption, formaldehyde emissions, CO2 emissions | |
Today's power supply rankings | Daily power rankings for each room or area | |
Air quality | Office environment temperature, humidity, C02, formaldehyde data | |
Equipment online rate | View the total number of devices, online number, offline number, and online rate | |
Basic function | User management | Add, delete, change, check |
Role rights management | Role permission configuration | |
User login | Login system access |
Platform large screen display
Building intelligent monitoring
Energy consumption statistics
1. the application of a variety of sensors to achieve automatic control of lighting, air conditioning, security and other equipment in the building.
2. through the building power, water, heating accurate control to achieve the purpose of reducing energy consumption and energy saving.
3. the required equipment are environmentally friendly and energy-saving equipment, and effective energy management to achieve green building environmental protection.
4. through the setting of one-click start scene application in the building, improve efficiency and reduce labor costs.
5. the system adopts B/S architecture can be smoothly connected with any third-party system, greatly expanding the platform application.
6. the flexible and friendly interactive interface is simpler, more convenient and more practical to operate.
7. Linkage with other smart devices.
1. Establish operation system and service development strategy
(1) Centralized, unified and hierarchical management
(2) Information security (software/implementation/use/data)
(3) Data standardization
2. Reduce operating costs
(1) Simplify operations and improve execution efficiency
(2) Hierarchical business cockpit to improve management efficiency
(3) Optimize strategies to reduce waste
(4) In-depth equipment status analysis to reduce personnel dependence
3. Improve business performance
(1) Model supervision + predictive operation and maintenance to enhance asset value
(2) Big data risk identification to ensure business continuity
(3) Data aggregation and sharing
4. Improve user experience
(1) Scene experience
(2) Scene linkage
5. Safety and Health
（1） Operational Risk Management
（2）Safe Operation Control Strategies
（3）Business and Physical Warning
（4）Ensuring the Quality of Living Environment and Improving Tenants' Comfort
Data center
Experience
