SMTR SmartLiving
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| Model NO. | ACREL-EIoT |
| Mathematical Model | Linear |
| Signal | Continuous |
| Function | Automatic Control, Protection, Monitoring, Measurement |
| Certification | ISO: 9001, CE |
| Condition | New |
| HS Code | 9025191010 |
| Production Capacity | 10000 |
It is necessary to access massive hardware, extract information that the leadership is concerned about, and provide IoT data services to end-users, so it requires a unified operation service platform.
Apartment rentals, supermarket chains, properties, and small factories, need a management platform to measure utility bills.
The EIoT takes the energy flow of Energy Supply, Energy Management, Equipment Management, and Energy Consumption Analysis as the main line. It connects the links of energy production, processing, distribution, transmission, consumption, and energy saving.
Difficulty: In traditional industrial automation, configuration applications are less deployable and accessible.
The development tool has a built-in rich configuration component library, and the user can adjust the properties, position, size, etc. of the components by dragging and dropping with the mouse. It enables users to easily develop an industrial configuration interface without writing codes.
Difficulty: Traditional 2D is not intuitive.
3D visualization technology realizes multi-dimensional visualization through virtual simulation, provides customers with digital services, and helps enterprises to improve their energy management levels. It realizes real-time synchronization of information and global control of energy consumption.
Power Collection: Realize query, analysis, early warning, and comprehensive display of monitoring data to ensure the safety of power distribution rooms.
Intelligent O&M: Adopts big data and edge computing. The platform sends tasks via mobile APP and tracks processes via GPS. Alarms are sent within 10s of an abnormality.
Safety Power: Tracks fire-causing factors and discovers hazards like high cable temperature, overload, and leakage in real-time via WIFI/4G.
Power Quality: Monitoring of three-phase unbalance, harmonics, and power factor to adjust and compensate disturbance sources.
Intelligent Lighting: Uses IoT to monitor power consumption and judge lamp conditions by monitoring current and voltage.
Charging Operation: Uninterrupted data collection for EV or E-Bike charging piles; supports online payment via mobile platforms.
Energy Efficiency: Scientific management from data collection to consumption analysis. Optimizes energy balance and reduces overall consumption.
