After years of development in the power grid industry, the application of power IoT has a certain foundation. It has access to hundreds of millions of smart meters and other terminals, and the daily increment of data collection exceeds dozens of TB. However, there are still some problems, such as insufficient perception depth and breadth, insufficient perception layer resource sharing, insufficient business immediacy, and insufficient standardization and intelligence.
The construction of power intelligent IoT system and power IoT covering all aspects of energy and power system can promote the ubiquitous interconnection of the power supply side, grid side, customer side and supply chain, realize the deep perception of grid and customer status, gather all kinds of resources to participate in system regulation, promote the coordination and interaction between source, grid, load and storage, support regional energy autonomy, and improve grid optimal allocation of resources, security assurance, and intelligent interaction capabilities.
Through the power intelligent IoT system to promote resource sharing at the perception layer, source-end data integration and real-time business online can be realized to gather various data for shared applications, and improve the safe operation of power generation and grid companies, enterprise lean management, and customer service quality.
There are many traditional protocol devices in the power industry, and the protocol compatibility of new and old devices needs to be considered in the process of establishing an intelligent IoT platform. The multi-protocol access capabilities provided by EMQ can simultaneously access IoT protocols such as MQTT, CoAP, LwM2M, HTTP, and provide customized access to power industry protocols such as IEC104, IEC61850, DL/T698.45, which seamlessly connects various types of power devices and gateways to provide a unified access solution for the power IoT management platform.
In the power industry, the amount of equipment is huge, especially the massive electric meter equipment represented by electrical equipment, which requires the platform to provide concurrent connection capabilities to the massive equipment. EMQ's high-concurrency and high-throughput access capabilities provide a stable connection guarantee for massive devices online at the same time.
The power industry undertakes the important basic service business related to the national economy and people's livelihood and has extremely high requirements for the high availability and stability of the electric power IoT management platform. EMQ's high-availability cluster architecture, hot update and hot configuration capabilities based on Erlang/OTP framework can guarantee the high SLA of the operation and maintenance of the power IoT management platform.
Power intelligent IoT requires that the power IoT management platform can provide unified online management and remote operation and maintenance for various perception layer devices and IoT APP, realize unified access and standardization of data, and provide standardized data to open interfaces of enterprise business systems. The built-in high-performance real-time data rule engine provided by EMQ can flexibly connect to various application systems, and provide high-throughput bridging solutions to connect to various databases and message queues, which provides more architectural options for the application side.
Compatible with both power industry protocols and IoT protocols, realizing unified access management of traditional power devices and new cross-industry IoT devices
Provide high-performance, high-availability, and large-concurrency device data access, control and delivery capabilities to support the stable operation of power business applications
Support flexible business expansion based on rule engine to guarantee business innovation
Leveraging EMQ's technological leadership in IoT messaging middleware and SGITG's strengths in national grid technology and markets, the two companies are working closely together to create next-generation power IoT products.Learn More →