Air Conditioner Energy-Saving Monitoring and Management System Solution

Air Conditioner Energy-Saving Monitoring and Management System Solution

With the goals of urban energy-saving renovations and green buildings being proposed, achieving energy conservation and emission reduction in buildings has become a top priority.

 As the primary energy-consuming equipment in public buildings, air conditioners account for approximately 60% of building energy consumption, surpassing the combined energy usage of lighting, elevators, and office equipment. Therefore, the focus of building energy conservation and emission reduction lies in the air conditioning system.

The air conditioning system often operates at full capacity for extended periods, increasing the risk of malfunctions and significantly shortening equipment lifespan.

 Hence, reasonably setting air conditioner temperatures and scientifically managing their operation play crucial roles in meeting normal work activities and enhancing energy efficiency. In response, WideIOT offers a solution for an air conditioner energy-saving monitoring and management system based on energy data acquisition gateways, providing information-based and intelligent management tools for building air conditioner energy conservation, thereby promoting energy-saving transformation and upgrading.

By connecting to air conditioner PLCs, electricity meters, sensors, and other devices, the gateway can collect real-time operational parameters, electricity consumption, ambient temperature, and other data, which are then uploaded to the energy-saving management platform.

 This enables energy-saving monitoring of each air conditioning unit and supports remote control, abnormal alerts, data analysis, and other functions, facilitating a transformation in management modes, enhancing energy-saving benefits, and reducing energy consumption costs.

System Features

1. Remote Monitoring and Control: Through mobile phones and computers, users can remotely monitor various status data of air conditioners, such as on/off status, operational modes, and set temperatures.

    They can also remotely control the on/off status, mode, temperature, and airflow of each air conditioner to ensure the normal operation of the air conditioning system.

2. Abnormal Data Notification: When abnormal data is detected, the system automatically sends notifications via WeChat, SMS, email, and other means, creating a secure and controllable operation and maintenance mode.

    This allows for the rational allocation of operation and maintenance resources, avoiding an overall increase in costs due to scattered, piecemeal repairs.

3. Energy Consumption Analysis and Diagnosis: Utilizing energy consumption data reports and curve charts collected from air conditioners, users can analyze, diagnose, and address abnormal energy consumption issues. This enables targeted measures to be taken for energy-saving control and process improvements.