HKST-BEMS system consists of three major modules: fee control management, remote meter reading, and cloud-based management. The fee control management function includes features such as account opening, recharging/cancellation, account closing, and data querying. Remote meter reading management encompasses various networking forms, including meter, scheduled meter reading, remote recharging, power cut/restore, and data querying and analysis, along with cloud-based data storage and unified management functions. Cloud-based management includes cloud platform architecture, cloud data processing, the APP WeChat official account on mobile devices, and third-party payment services for inquiry and recharging.

The HKST-SCADA power digital monitoring system relies on the application of Internet of Things and Internet technology to online monitor and analyze power operation data, implement planned maintenance and replacement, achieve equipment life cycle maintenance management, improve equipment reliability, extend equipment service life, ensure reliable power supply, and improve overall operating efficiency and benefits. On the basis of traditional on-site power monitoring, we have upgraded to WEB and cloud platform SCADA systems, achieving a combination of fully modular, mobile, and menu based functions.

The HKST-SCADA-GP distributed new energy monitoring and management system is independently developed by our company, aiming to meet the monitoring, control, and management needs of new energy power plants with different voltage levels. The system functions include data collection and processing, control operations, anti misoperation locking, alarm and event recording processing, historical data recording, display and printing, fault recording display analysis, accident recall and fault playback, system self diagnosis and self recovery, equipment management, remote monitoring and maintenance, data forwarding, etc. The network structure is flexible, using standard TCP/P protocol and supporting dual Ethernet structure.

The overall architecture of the digital energy dual carbon management system is based on the intensive construction of information infrastructure and the sharing and utilization of information resources. It fully utilizes the Internet of Things, cloud computing, big data technology, and microservice architecture to build SAAS level applications, and can integrate production, marketing, energy, office and other business data according to the comprehensive business data needs of the enterprise, achieving full scenario application of the enterprise. Build a construction model of "small front-end, large middle platform, and rich ecology", by creating a data center, business center, capability center, and intelligence center.