Dianhong IoT Operating System

A Unified Operating System for Smart Power Scenarios Covering Generation, Transmission, Transformation, Distribution, and Consumption

Functional Overview

Dianhong IoT Operating System is designed for smart power scenarios, providing a unified operating system covering the full chain of generation, transmission, transformation, distribution, and consumption, achieving intelligent interconnection, data fusion, and collaborative control of power equipment, and building a hardware-software integrated solution that is "OS suite composable, intrinsically secure, intelligently connected for all things, and plug-and-play."

Customer Pain Points

  • Prominent information silos in substation equipment: various devices in substations are not interconnected, O&M is highly dependent on manual inspections and handwritten records, and data cannot be shared.
  • Power equipment brands are diverse and protocols are not unified: power equipment from different manufacturers uses different private protocols, making plug-and-play difficult and adaptation costs high.
  • High reliance on manual on-site operations: equipment inspections and troubleshooting heavily depend on manual on-site operations, with high labor costs, low efficiency, and safety risks.
  • System upgrade is difficult and localization replacement pressure is high: traditional power system software is deeply bound to foreign operating systems, with long upgrade cycles and dependence on others, making it difficult to meet autonomy and control requirements.

Solution Advantages

  • End-edge-cloud integrated management and control system: based on the distributed soft bus, it realizes multi-party linkage of power equipment such as cameras, intelligent gateways, and environmental monitoring terminals, supports plug-and-play cameras, near-field O&M, OTA upgrades, and business linkage, strongly promoting on-site operations toward unmanned and lean staffing.
  • Plug-and-play and ultra-simple O&M: new devices can go online within 40 seconds, with efficiency improved by over 50%. O&M personnel use Kaihong tablets to "connect with one tap," with data upload success rate exceeding 99.9%.
  • Proactive early warning of transformer and distribution equipment faults: realizes early warning and precise positioning of high-voltage equipment insulation faults, transforming O&M from "passive emergency repair" to "proactive early warning."
  • New smart charging station flexible regulation: unified equipment standards and data architecture, building the "Dianhong Global IoT Platform," achieving plug-and-play devices and vehicle-lock linkage, optimizing power distribution through flexible regulation, and ensuring stable station operation.

Architecture Diagram

Architecture Diagram