Energy Digitalization Platform

Build a four-in-one architecture integrating "Energy Efficiency Platform," "Smart Display," "Mini Program," and "Hardware Modules." Supports multi-end access via Web, Energy Smart Displays, and WeChat Mini Programs to enable fine-grained management of energy consumption, equipment operating conditions, and metering instrument archives.

Web System Interface
Large Screen Dashboard Display
Mini Program Mobile

Enable precise management of energy consumption, equipment operating conditions, and metering instrument records.

Energy Efficiency Online Diagnostics

Install IoT data acquisition devices without stopping operations for rapid deployment. Continuously diagnose turbine efficiency and aerodynamic power to obtain precise efficiency metrics.

  • Add diagnostic sensor
  • Online Collection and Analysis of Fan Operating Conditions
  • Efficiency & Energy Saving Rate Calculation
  • Output of Fan Energy Efficiency Assessment Report
  • Provide a scientific basis for technical transformation and control strategy optimization

Fan efficiency benchmarked against national standards; efficiency gap = energy-saving potential.

Diagram of Energy-Saving Diagnosis Sensors for Fans

Smart Control & Energy-Saving Retrofit

Delivering high-efficiency energy-saving retrofit solutions for industrial fan systems, including motor upgrades, intelligent pressure scheduling, impeller transmission optimization, and digital energy management.

  • Motor retrofit: Replace with VFD or permanent magnet motors for 5–10% energy savings.
  • Intelligent Air Pressure Scheduling: Smart damper control on demand saves 15–20% energy.
  • Impeller & Drive Optimization: Tri-dimensional flow impeller optimization, energy saving 5~8%
  • Energy Digitalization: Smart Regulation and Dispatch, Energy Savings of 3–5%
  • Comprehensive energy saving rate ≥ 30%, with a fast payback period.
Comprehensive Guide to High-Efficiency, Energy-Saving Fans
Economic Analysis of Energy Efficiency for Industrial Fans
Smart control for energy-saving airflow scheduling on demand

Industrial fans have significant energy-saving potential, with a range of 15–40%.

Technical Advantages

Building a moat for industrial energy and carbon management with core technologies

Comprehensive Energy Management Features

  • Forecasting: Electricity demand forecasting, Load forecasting…
  • Fault Diagnosis: Smart Alerts, DA
  • Analysis modules: State estimation, dual-control analysis, energy consumption analysis...
  • Optimization: Optimal Configuration, Multi-Energy Complementary Optimization, Reactive Power Optimization…

Powerful direct data ingestion capabilities

  • Extensive protocol library: 101, 103, 104, CDT, MODBUS, DNP, TASE2, MQT. Configurable parameters for 61850 protocol.
  • Cross-vendor compatibility, plugin-based protocol support, and high scalability

Reliable real-time monitoring platform

  • Active-standby or one-active-multi-standby
  • Seamless failover between active and standby channels, load balancing
  • Real-time control of light, storage, diesel, charging, and microgrid systems
Guangdong ICP Record No. 2025464000-1|Guangdong ICP Record No. 2025464000-1