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Solution Overview
By monitoring electrical parameters, ambient temperature, and air conditioning operation status through the air conditioning controller, users can remotely monitor and control the air conditioning through the web or app. Based on the Internet of Things and artificial intelligence cloud computing, help users optimize air conditioning operation, maintain comfortable indoor environment, and achieve energy conservation.
Background of the Proposal
Issued by the State Council in 2016The Comprehensive Work Plan for Energy Conservation and Emission Reduction during the 13th Five Year Plan period aims to strengthen building energy conservation, implement advanced standards for building energy conservation, and carry out pilot projects for ultra-low energy consumption and near zero energy consumption building construction.
According to the "China Building Energy Consumption Research Report -2017", more than 95% of the existing buildings in China are high energy consuming buildings, accounting for 50% of the total social energy consumption. The average electricity consumption of air conditioning accounts for more than 50% of the total building energy consumption, and at least 50% of air conditioning has energy-saving potential.
customer pain points
Waste of power consumption during operation:The mobility of personnel in public places is high, and the randomness of air conditioning usage is strong. Room users often fail to turn off the air conditioning and operate it excessively, resulting in wasted power consumption of the air conditioning
High management costs:The number of air conditioning equipment is large, scattered, and lacks centralized control. The switch of air conditioning needs to be manually managed, which increases additional management costs
Difficulty in maintenance and upkeep:Regular troubleshooting and maintenance of air conditioning equipment are time-consuming and labor-intensive, and some air conditioning failures cannot be detected in advance, which affects work and teaching
Solution Value
More energy-efficient and cost-effective
Energy consumption and safety monitoring of a certain primary school
Average hourly power saving (kWh):0.22
Energy saving effect:20%
Prediction of energy consumption and economic benefits for a certain primary school
Annual opening days:180 days(Excluding transition seasons and weekends and holidays)
Daily running time:8 hours
Hourly electricity consumption:1 degree
Single air conditioning unit saves electricity costs annually158yuan
1100W (1.5P) * 20% * 8h * 180day * 0.5 yuan/kWh=158 yuan
More efficient management
Saved a lot of personnel
Monitor the entire building's air conditioning and other electrical equipment, and combine centralized control with regional control to improve management efficiency.
Safer management
When a malfunction occurs, be informed and handle it promptly
Monitor electricity usage and various devices to ensure they are in a safe working condition
Solution Architecture
Solution functionality
Centralized control and management of air conditioning
Real time monitoring of air conditioning operation status:Total number of devices, number of startups, corresponding modes and temperature settings, etc.
Remote control and management of air conditioning:One click power on/off, temperature adjustment, setting wind speed and mode, etc.
Energy consumption measurement and statistics
You can view the overall energy consumption data of the air conditioner, including total electricity consumption, average electricity consumption, operating hours, etc
It can be viewed by different time periods such as year, month, day, and can also be viewed by unit or even individual room for corresponding electricity consumption, average electricity consumption, operating hours, etc
You can view the overall energy savings of the air conditioner by time period: total energy savings, average energy savings, etc
Support user management mode settings
According to the needs of unit users, functions such as timed power on/off, temperature limit, and mode limit can be set.
Instructions can be executed on a monthly, daily, and hourly basis, tailored to the user's actual usage scenario.
Various air conditioning control systems
Application scenarios
success cases
Energy saving project for central air conditioning at a certain airport
Through the deployment of the Internet of Things platform, Huilian Unlimited has completed the upgrade of the central air conditioning comprehensive management and energy-saving control system in a certain airport complex building, enhancing the intelligence level of the complex building, improving its management efficiency, and increasing energy efficiency.
Vocational and Technical Education Center of a certain county
As a leading IoT solution operator in the industry, Feioda, a subsidiary of Huilian Unlimited,Through the deployment of LoRaWAN gateway, LoRa smart meter, and IoT platform, air conditioning installation and intelligent management have been completed in nearly 500 dormitories, improving the intelligence level of the education center and enhancing the efficiency of student dormitory management.
Energy consumption and safety monitoring of a certain primary school
In the past, a certain primary school has built an EasyLinkin IoT information platform that integrates energy consumption, security, environmental monitoring, and automated energy consumption control for the campus center computer room and some important rooms. After a period of use, it has shown initial results and gradually expanded to cover the entire campus.
On this basis, Huilian Unlimited deploys intelligent devices such as temperature and humidity sensors to automatically control the air conditioning temperature based on the current room temperature.
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