The IOT EMS Platform is a platform based on the Internet of Things data center to establish a unified uplink and downlink data standard to provide Internet users with energy Internet of Things data services.

Users only need to purchase Acrel IoT sensor, select the gateway, and scan the code after installing by themselves to obtain the required industry data services using mobile phones and computers.

Data service: Internet users do not need to pay attention to the platform itself, but only to the industry data service obtained after purchasing the hardware, namely the PAAS service.

Data subscription: The system integrator no longer needs to know the structure and protocol of the downlink hardware, obtain data through the platform interface, or push data from the platform to the application subsystem.

According to the customer's industry characteristics and requirement, the trained engineering or debugging personnel can draw the home page required by the customer.

Real-time monitoring of power parameters, environmental parameters, operating status and energy parameters of the transformer, to calculate the loss, find the best economic operating range, reduce the loss and save electricity.

The system supports one account for one account, and one account for multiple tables, peak and valley electricity prices, single table to set power overload threshold, setting two-level thresholds for single-table amount alarms.

Operation monitoring, real-time monitoring of the lighting status of various street lamps in the city. Remote centralized control, the platform side performs operations such as light switch, brightness adjustment, scene switching, running time setting, etc.

View the power consumption of each power circuit in a specified period, display the corresponding energy consumption trend graph and perform year-on-year analysis.

View the power consumption of each power circuit by day, month and year, which can be exported to an excel sheet.

Actively report the alarm information, dispatch work orders, reasonably arrange the corresponding staff and relevant persons in charge to deal with them as soon as possible, and support uploading of attachments.

Display the alarm records of the equipment, and the alarm levels are divided into three levels: general, emergency, and serious.

The system specifies the inspection plan, and sends the inspection plan to the mobile phone of the inspector. After the inspector arrives at the scene, he scans the NFC chip to confirm that he has arrived at the inspection site, and then performs the inspection task according to the inspection requirements.