Adopting a visual mode for presenting and managing building information and ventilation equipment, and supporting multiple terminal management methods. Multiple safety alarm recording methods can be integrated, including environment wide professional alarm data facilities, instrument usage alarm data, hazardous chemical usage management alarm, etc.

The system provides multiple management dimensions such as hierarchical grouping, regional division, and professional division. The responsibility for safety alarm management is assigned to individuals, and alarms are triggered for abnormalities in equipment operation and use. Provide multi-level alarm and custom notification methods.

Equipment operation monitoring can perform real-time detection of equipment operation status and data, retain historical data, and perform retrospective management of equipment operation data.

It has cumulative statistical function, which can cover different span ranges of individual devices, regions, and the whole.

Fault diagnosis and warning, covering system level faults and equipment level faults, precise positioning. Timely eliminate various operational faults and quickly restore.

The most effective energy-saving method is not a single product or technology, but the ability to quickly troubleshoot.

High quality operation and maintenance services are the key to maintaining the efficient operation of the entire system.

Improve operational efficiency and quickly focus on issues

Avoid unnecessary equipment damage and environmental loss of control

It can be connected to a real-time monitoring system, and the real-time monitoring screen can be viewed in the management software to ensure the visual and safe management of hazardous drug sources,

2. Energy management system

2.1 Energy optimization, adopting high-efficiency facilities and equipment to ensure system level energy efficiency meets national standards, and implementing multi-dimensional energy monitoring and management measures in parallel. 2.2 Energy consumption analysis:

Energy consumption sub item measurement, year-on-year and month on month: Establish daily and weekly energy consumption waveform charts to compare current energy consumption with energy consumption density standards

Energy cost analysis, analyzing peak and valley energy consumption based on electricity prices

3. Equipment energy consumption analysis and permission management

3.1 Energy consumption analysis of equipment

Establish a standard baseline, detect and analyze energy consumption anomalies, and establish correlation curves between energy consumption and external disturbances such as outdoor temperature and humidity, weather, number of people, lighting, and equipment load

Calculation of System Cooling Days and Heating Days

Analysis of Energy Consumption Strategies for Mechanical and Electrical Equipment

Trend of AHU supply air temperature and pressure changes

Distribution of VAV end air valve opening

3.2 Permission Management

Manage login and management permissions according to actual needs.

And track the login and related operations.

Implement historical and standardized management of personnel and operations.