The number of smart devices in the power industry is huge, and the construction of the electric IoT platform by provincial power grid companies often needs to support the access capacity of more than one million devices. The traditional IoT management platform is difficult to cope with.
In various production environments of transmission-transformation-distribution-use, the existing devices mainly communicate with IEC104, DL/T698.45, I1, and other power industry protocols. With the gradual increase of power devices communicating with MQTT IoT protocols, compatibility access and management of multiple traditional power protocols and IoT protocol devices has become a major difficulty in the construction of a new generation power IoT platform.
The old device management platform is usually managed by establishing a separate connection for each device. In the process of connecting the new generation power IoT platform with the existing device management platform, it is necessary to bridge the data between the new platform and the existing platform through a large concurrent one-to-one connection.
EMQ power IoT solution provides millions of concurrent long connections through EMQX, a cloud-native distributed IoT access platform, which supports distributed cluster deployment and flexible horizontal scaling architecture on demand. In the device access layer architecture of the IoT management platform, using the high-performance EMQX cluster as the platform access module, MQTT connections and TCP connections for a large number of IoT terminals can be carried with a small number of infrastructure resources.
The solution supports the unified access of IEC104, DL/T698.45, and I1 protocols based on TCP protocol, which is transformed into MQTT protocol to achieve unified and efficient data transfer in the access layer. Combined with EMQX's MQTT, LwM2M/CoAP, and other IoT protocol access capabilities, it meets the access layer requirements of unified protocol access and high concurrent connections for the power IoT platform.
EMQX uses optimized bridge configuration read and write efficiency to achieve more than 100,000 levels of northbound bridging capability in EMQX clusters, meeting the one-to-one routing capability between devices and upper management platforms in power application scenarios. Thus breaking the business bottleneck between the new platform and the customer's existing device management platform.