Changzhou Athens Garden is located at the intersection of Tongjiang Avenue and Longcheng Avenue, showcasing a unique and bustling atmosphere while bustling with tranquility. Location advantage: Adjacent to the municipal government, supporting resources such as the Grand Theater, Olympic Sports Center, and Museum, and the achievements of urban development; Adjacent to Mitsui Elementary School, National Technical School, New Area Experimental High School, Changzhou Institute of Technology, and Hehai University, it forms an excellent school district environment and ensures quality education. With noble living and bustling commercial sectors as the main body, it is an urban complex that integrates multiple functions such as residential, commercial, high-end star rated hotels, and office. After completion, it not only fills the gap in urban functional areas, but also becomes a landmark urban complex project in the New Area.
This project utilizes our company's prepaid electricity sales system. The central control room centrally monitors the electricity usage status of each circuit on site, stores it in a database, and automatically generates daily, monthly, annual, and itemized electricity metering statistical reports, providing reference for management personnel to analyze and make decisions.
Intelligent power distribution system is an electrical energy management system that is developed according to the user's needs and follows the standard specifications of the power distribution system. It has the characteristics of strong professionalism, high automation, easy use, high performance, and high reliability, and is suitable for low-voltage power distribution systems. The convenience it brings us is also obvious:
Through telemetry and remote control, load can be reasonably allocated, optimized operation can be achieved, electricity can be effectively saved, and there are records of peak and low electricity consumption, thus providing necessary conditions for energy management. The electrical energy is measured separately based on lighting socket electricity, power electricity, air conditioning electricity, and special electricity, providing a basis for the audit of energy conservation in enterprises and institutions.
Good continuity of power supply. When the incoming line loses power or the transformer or medium voltage distribution cabinet malfunctions, the system will automatically take emergency measures. Compared with manual operation, it can greatly reduce the power outage range and shorten the power outage time. When there is a fault in the output circuit and the circuit breaker trips, not only are there icons, color changes, and text prompts on the monitoring computer screen, but also an audible alarm is emitted, and the same applies when the operating parameters exceed the value. Therefore, it is very convenient for staff to handle it in a timely manner, in order to restore power supply as soon as possible.
Significantly improved the management level of the system, truly achieving unmanned and remote viewing, and better optimizing human resource allocation.
Energy is an important foundation for the development of the national economy. In order to respond to the national call and follow the path of sustainable development, energy conservation and consumption reduction are the primary tasks. Among them, electricity consumption is relatively large among all energy sources, and unified management of electricity is particularly important. Only by optimizing the use of electricity can we truly save energy, contribute to energy conservation and emission reduction, and achieve truly low-carbon production and life.
Intelligent buildings are developed on the basis of traditional buildings to meet the requirements of modern information society for various functions, environments, and efficient management of buildings. Using buildings as a platform, it combines information facility systems, information application systems, building equipment management systems, public safety systems, etc. It integrates structure, systems, services, management, and its optimized combination to provide people with a safe, efficient, convenient, energy-saving, environmentally friendly, and healthy building environment.
Firstly, the power supply and distribution system is the main source of energy for intelligent buildings, and once the power supply is interrupted, most other systems will immediately become paralyzed. Therefore, reliable and continuous power supply is a prerequisite for the normal operation of intelligent buildings. Compared with conventional power supply and distribution systems, intelligent power supply and distribution systems can automatically, continuously, and real-time monitor the operation/fault status and operating parameters of all power transformation and distribution equipment, and also have the ability to automatically handle faults. Therefore, it has higher reliability and better power supply continuity; The intelligent power supply and distribution system has good flexibility and strong scalability, and can be easily changed and expanded according to development needs; It has a high degree of automation, which can greatly improve the management level of the entire power supply and distribution system, achieve unmanned operation of the power supply and distribution system, and improve the utilization rate of electricity to achieve maximum energy conservation; The intelligent power supply and distribution system can also be easily connected to other intelligent building automation systems, thus forming a complete intelligent building automation monitoring system.
The development and application of intelligent power supply and distribution systems for intelligent buildings in China were relatively late. Although the automation of power plants and power grids in China has already been carried out and made significant progress, the building power supply and distribution system, as an end user of electricity, has always been operated and managed manually, and there is no automation or intelligence at all. It was not until the early 1990s that some large buildings designed by foreign countries began to require the use of intelligent power supply and distribution systems with automatic monitoring functions. However, this modern energy-saving intelligent power distribution technology has not yet been popularized in China.
