Solution

System Introduction

The power hierarchical management system for chain stores consists of a remote data collector, cloud backend analysis, and a visual terminal operation platform. Implement hierarchical dynamic monitoring and data-driven management of power consumption in production, office, logistics, and other areas using various chain outlets. Provide basic data and support for the headquarters to strengthen power safety, improve energy utilization efficiency, explore energy-saving potential, and conduct energy-saving assessments by conducting statistical analysis, month on month analysis, overload and power failure alarm, prepaid electricity, and other functions for the electricity consumption situation of stores at all levels. 

1. Realize real-time monitoring of electricity consumption in various regions and provide detailed electricity data

By collecting real-time electricity data within the region and analyzing it through the system backend, detailed electricity usage in each area can be monitored in real-time through mobile phones and computers, as well as remote control of equipment switches.

2. Achieve remote, accurate, and real-time statistics of electricity consumption data for each store and device

By using sensors and IoT technology, real-time transmission of electricity consumption data to servers can achieve remote, accurate, and real-time statistics of detailed electricity consumption data for each store, as well as remote switch control.

3. Implement remote real-time alarm for store power supply, transformer overload, and power failure

Remote real-time monitoring of transformer voltage, current, and power. Once it exceeds the user set interval value, the system will push real-time alarm information, and users can promptly handle abnormal situations and remotely shut down.

4. Implement real-time remote timed power on/off for each store and workstation

Through mobile phones or computers, remote real-time and timed control of device power on/off and on/off control can be achieved to avoid energy waste and safety hazards.

5. Provide refined data support for financial cost accounting

Based on detailed electricity consumption data from various regions and stores, it can provide support for financial cost accounting, helping enterprises to more accurately grasp cost structures and optimize resource allocation.

6. Provide a basis for evaluating the performance of the store in terms of electricity usage

Based on comparing the electricity consumption and output benefits of each store, provide a basis for performance evaluation, and promote stores to pay more attention to energy management and cost control.

7. Diversified office electricity management system

According to different regions, seasons, time periods, etc., adjust and set different management strategies such as electricity quotas and power levels to achieve more flexible, scientific, and reasonable office electricity management.

8. Implement self-service payment and high-power electricity management control in dormitories

Through the mobile mini program, it is possible to independently recharge, pay, and withdraw dormitory electricity bills. Real time alarms and power outages for high-power electrical appliances and power failures in the dormitory are also provided, ensuring the safety of electricity usage in the dormitory.

9. Orderly management system for electric charging stations

Real time viewing of charging station information through mobile mini programs, operation of account recharge and withdrawal, and management of electric vehicle or electric vehicle charging.

10. Personalized management mode can be customized according to needs

According to different types of enterprises and institutions, personalized electricity management systems can be customized as needed to achieve efficient and accurate electricity management and optimization.

11. Install a system module of the platform as needed

According to different electricity usage scenarios, different system modules, interfaces, report statistics, and other functions can be selected or customized.

12. Do not change the existing power distribution mode

Installing the collector on the basis of the original power supply can complete the upgrade and avoid the trouble of large-scale rewiring.

solution architecture