Energy-saving systems have already been applied to various energy users, such as building energy-saving, campus energy-saving, residential building energy-saving, etc. These application scenarios have an urgent need for energy-saving and emission reduction, and are in line with sustainable development strategies. When designing an energy-saving system, what characteristics should we meet?
Compatibility and scalability
The system should have good scalability and compatibility. The scalability of the system includes the ability to accept existing systems and effectively protect existing investments when the system's software and hardware are expanded in the future. Especially when application requirements change, there is a better application platform that can be easily adjusted. The system is easy to expand and upgrade, which can not only meet the current business needs, but also leave room for future expansion.
Standardization and normalization
Information coding complies with the information coding standards of Yangzhou University, as well as the "Education Management Information Standards", "High School Logistics Socialization Work Standards" and "High School Campus Building Energy-saving Supervision System Construction Technical Guidelines" and other standards and norms.
Simplicity and practicality
The design of the system meets the needs of daily office operations, with complete and practical functions, easy to learn, clear and easy to expand; the network structure is simple and clear, with clear levels, easy to manage, and easy to expand.
Reliability and safety
It has a safe and efficient communication mechanism, identity authentication, and permission check to solve the security and confidentiality problems of the information system, and prevent information leakage and illegal intrusion of confidential information. Consider combining with the security mechanism of the campus network, using routing technology, and setting up a firewall for the information system.
Advancement and stability
The advancement and stability of the system is the key link to give full play to the efficiency of the application and achieve the goal. The system adopts mature and reliable technology, implements the design principles and implementation methods of productization, is based on advanced and stable technology, and adapts to the trend of future technological development.
The above characteristics are summarized by us. Of course, there is no unified standard for energy-saving systems, but in order to achieve better development in the field of energy-saving, the above-mentioned standards should be followed at the beginning of the design.