Online Energy Consumption Monitoring System for Primary and Secondary Schools

The Campus Energy Monitoring System is a comprehensive analysis of electricity, water, heat, oil, coal, gas, and air quality in campus buildings based on IoT technology. It conducts a thorough energy usage analysis of various building categories (such as air conditioning, power, lighting sockets, and special systems), as well as building wall materials, system coefficients, and main structures. It helps campuses improve energy management levels, reduce energy costs, promote energy consumption management across various units and institutions, and lower energy expenditures.

The Campus Energy Monitoring System is a comprehensive analysis of electricity, water, heat, oil, coal, gas, and air quality in campus buildings based on IoT technology. It conducts a thorough energy usage analysis of various building categories (such as air conditioning, power, lighting sockets, and special systems), as well as building wall materials, system coefficients, and main structures. It helps campuses improve energy management levels, reduce energy costs, promote energy consumption management across various units and institutions, and lower energy expenditures.
Product Value
The energy monitoring system strengthens the campus's KPI assessment of energy usage across various departments through management methods, enabling more real-time and systematic fine-grained management of energy consumption. At the service level, the energy monitoring system enhances campus logistics support, providing more accurate insights into energy usage and air quality in various areas, thereby promoting energy conservation and emission reduction awareness across the campus. At the societal and national levels, it provides theoretical data support for implementing energy conservation, emission reduction, and energy-saving renovations.
Function Introduction
Functional Architecture
The system adopts a layered architecture design, with core computations based on a plugin design concept, offering strong scalability and fully considering the need to integrate data and functions from third-party systems.
By integrating with the WeChat official account, the system enables features such as WeChat alerts, WeChat energy consumption viewing, and WeChat QR code scanning, making it convenient for users.
The system provides user management, log management, device status monitoring, and basic information configuration.

Highlight Features

Data processing and computing platform: Based on multi-dimensional building and management organizational structure information, along with real-time data from numerous terminals, it comprehensively calculates energy consumption information for areas, buildings, building types, building layers, and power distribution sub-items in a tree-like model. According to organizational structure information, energy consumption data for various departments, sub-departments, and rooms with different characteristics can be configured and calculated.
Management methods enable quota management of energy consumption, KPI setting, excess usage alerts, and energy usage evaluation.

Hardware System: Supports various terminal sensors based on the MBUS protocol.

Alert System: Supports real-time alert information and multiple alert methods, including traditional SMS, email, and web page notifications, with additional support for WeChat alerts.
Product Advantages
With the company's accumulated experience and expertise in the energy monitoring field, the system's operations align with the practical application scenarios of customers. Our principle from start to finish is not merely to collect, store, and display sensor data but to continuously delve deeper into data mining, truly letting the data speak and creating value, thereby bringing tangible benefits to customers.
The system features flexible reporting functions, combined with various presentation formats such as flat maps and 2.5D maps.
It offers flexible formula configuration and the ability to extend secondary development computing plugins, enabling the calculation of various energy-related indicators.
The system adopts a distributed design, combined with caching technology, significantly enhancing its robustness and operational efficiency.
Success Cases
Beijing University of Posts and Telecommunications Energy Management Platform
This project, tailored to the specific needs of the logistics department at Beijing University of Posts and Telecommunications and in line with national guidelines for energy consumption monitoring systems in universities, adopted an extensible plugin computing platform to decouple data. It not only meets the assessment of management functions but also focuses more on the energy usage analysis and calculation for colleges and institutions, rather than merely building energy consumption.