First, building automation system:
Modern intelligent buildings have complex systems, high requirements for building automation systems, difficulty in installation and commissioning, and low benign usage rates. Love Greenland adopts a new generation of DDC controller with independent research and development and independent intellectual property rights, together with its self-developed intelligent building automation platform, to achieve convenient intelligent building automation control, and to integrate the various subsystems in the building, and build a system set of interactive hub. ALD building automation system is convenient and quick to install and debug, ensuring long-term and good use of user continuity.
System Features:
· ALD building automation system, the air-conditioning, lighting, power, elevators, water supply and drainage and other subsystems effective integration, real-time monitoring and flexible control of various subsystems;
· For the building automation system that has been invested and installed but can not be used normally, give full restoration and optimization, so that it can be used normally;
· Integrate ALD energy management system to achieve intelligent operation and remote control, effectively save energy;
· Integrate ALD energy consumption monitoring platform to achieve remote energy consumption monitoring, sub-item measurement, and provide real-time monitoring data;
Integrated ALD air quality monitoring system to achieve real-time monitoring of various air quality indicators such as PM2.5, AQI index, CO2, and formaldehyde in various regions.
Second, the central air-conditioning energy management system:
Central air-conditioning is the main energy-consuming equipment system in modern buildings. It is characterized by high energy consumption, large volume, large quantities, scattered distribution, and complicated pipelines. It also has high requirements for managers and technicians. Central air-conditioning system energy consumption usually accounts for 50% of the entire building energy consumption, so the operating costs of central air-conditioning system has become a high cost.
Greenland Energy Saving Management System is mainly used for energy-saving management of central air-conditioning systems, optimizing operation strategies of equipment room and end equipment, adopting advanced fuzzy adaptive optimization algorithms, and cooperating with friendly and convenient operation interfaces to achieve effective control and reduce waste. For the purpose of on-demand investment, substantial savings in electricity expenses and management and operating costs.
1. System features:
· Cloud Technology: System Development Based on Cloud Technology, Internet of Things, and Big Data
· Cross-platform: support for Windows, Android, iOS operating system
Inter-terminal: Supports PCs, Tablet PCs, Smartphones
· Cross-border: B/S architecture (Browser/Server) design allows remote control anywhere in the world
· Humanity: A friendly and beautiful full Chinese simulation interface makes the experience comfortable and convenient
2. System function:
· Energy Management
·remote control
· real-time monitoring
·Smart operation
· Comprehensive warning
3. Service industry:
·the mall
·Hotel
· Hospital
· office building
· Institutions
·airport
·Rail
·factory
Third, ice storage air conditioning management system:
The energy shortage has become a serious social problem. For this reason, our country has implemented a time-of-use price policy in most cities, effectively exerting the leverage of electricity prices, curbing the rapid growth of electricity consumption during peak periods, and increasing the electricity consumption in low seasons. So as to improve the efficiency of the power grid and the entire society.
ALD ice storage air conditioning management system uses night-time ice storage in the ice storage device. During the day, ice melt releases the stored cold, reducing air conditioning electricity load in the peak period of the grid, and effectively save electricity expenses.
1. System features:
· Ultra-stable: advanced control technology and core algorithms ensure long-term stable operation of the system
· Most economical: The system automatically matches the best operating strategy to ensure the most reasonable operating cost
· Self-run: Fully intelligent automatic operation, no one can interfere with self-run according to the operation requirements
· Multi-mode: According to different electricity price periods and cooling needs, five working modes are intelligently switched to ensure the best cost-effectiveness ratio
· Small size: Compared with traditional water storage technology, the volume of cold storage device is greatly reduced, and the area for commercial projects is reduced.
2. Operation mode:
Base load cooling mode
· Duplex condition host separate ice mode
· Melting ice alone cooling mode
·Host and ice melting combined cooling mode
Dual mode host cooling mode alone
Fourth, energy management system:
The modern intelligent building is a complex system with complex functions. The subsystems are distributed in different areas of the entire building. The power consumption data of each subsystem and each area is complex. The traditional manual meter reading and analysis methods cannot meet the energy management requirements of intelligent buildings. demand.
ALD energy management system adopts a combination of automatic control system, platform software and smart meter to monitor and collect real-time energy consumption data of each region, subsystems, and equipment in real time, and real-timely grasp the energy consumption of each region, each subsystem, and each device. The change of load can be immediately analyzed with energy consumption data, and timely adjustments can be made to the energy consumption situation to formulate corresponding management strategies to provide scientific basis for management decisions.
1. System features:
Real-time performance: powerful high-concurrency real-time data acquisition capabilities to ensure data-free latency acquisition
Accuracy: Advanced smart meter ensures accurate data collection
·Integrity: Strong data storage and computing capabilities to ensure that the data is rigorous, complete and reliable
· Continuity: advanced database structure ensures long-term continuity of energy consumption data
Graphical: friendly graphical interface, clear and intuitive data analysis
2 operation interface:
V. Air Quality Monitoring System:
ALD air quality monitoring system can realize on-line automatic monitoring of air quality in all areas of a building. It can monitor CO, CO2, temperature, humidity, air pressure, smoke, formaldehyde, VOC (volatile organic compounds) in ambient air all day, continuously, and automatically. ), combustible gas and other parameters of real-time changes in the situation, the rapid and accurate collection and processing of monitoring data, can timely and accurately reflect the regional ambient air quality status and changes in law, real-time display of regional PM2.5 and AQI index for the building Environmental decision-making, environmental management, pollution control, etc. provide detailed data and scientific evidence.
1. System features:
· Real-time monitoring: real-time data acquisition of all environmental parameters
Real-time statistics: Data processing is performed directly on the real-time collected environmental parameters, providing AQI index
Remote monitoring: advanced software architecture for remote online monitoring
Personalized customization: all environmental parameters can be personalized
2 operation interface:
Round Series Sensor Automatic Dustbin
Stainless Steel Garbage Can,Round Series Sensor Automatic Dustbin,Round Series Sensor Dustbin,Round Series Automatical Indoor Dustbin
NINGBO ZIXING ELECTRONIC CO.,LTD. , https://www.zixingautobin.com