This project aims to transform the new generation greenhouse energy-saving control system based on Internet of Things technology into practical applications. The system possesses multiple independent invention patents, utility model patents, and software copyrights, forming a complete set of hardware and software systems suitable for greenhouse environments. The hardware includes greenhouse environmental collection nodes based on wireless sensor networks and field control base stations, while the software consists of an integrated management system and remote control programs. The system innovatively implements control strategies based on crop photosynthesis and economic benefits in terms of energy consumption, which can significantly reduce the energy consumption of greenhouse operations and enable users to achieve high returns. The product is in line with China's national conditions, has independent intellectual property rights, and can meet the practical requirements for intelligent greenhouse environmental monitoring. At present, the project's scientific and technological achievements have undergone pilot testing, and the system's hardware and software products have completed initial tests and reliability trials. Industrialization application promotion has been ongoing and continues to be carried out. The maturation level of the project's scientific and technological achievements has reached the standard for practical application, and it has been promoted and applied by several Shanghai greenhouse manufacturing and production companies to their newly built actual greenhouse projects for users. Currently, technical data is being accumulated, and a user usage report will be obtained before the project acceptance next year.