Transform HVAC Measurement Data into Smarter Energy Decisions.
Combined with an AI-powered HVAC energy analysis system, pFlow ultrasonic flowmeters help turn measurement data into actionable insights for smarter energy management.

1.Real-Time Energy Monitoring
Monitor key operating indicators, energy consumption, equipment status, and historical trends through an intuitive dashboard.
Gain clearer visibility into HVAC system performance and make daily operation and maintenance more efficient.

2.AI-Powered Emergy Analysis
AI analyzes energy consumption trends, equipment usage, energy efficiency, and unresolved alarms to reveal potential issues.
Generate structured analysis reports to identify high-energy-consuming equipment and support targeted energy-saving improvements.
With scheduled analysis, energy reports can be generated automatically to support regular reviews and long-term energy management.

3.Intelligent Q&A and Cost Estimation
Ask questions in natural language to explore energy consumption, compare equipment performance, and obtain AI-assisted recommendations.
Using cooling-energy data, configured COP values, electricity tariffs, and building areas, the system can estimate energy costs and compare consumption across rooms.

4.Intelligent Alarms and Visualization
Identify potential operating issues such as abnormal power consumption, sudden energy spikes, excessive runtime, frequent compressor cycling, and poor cooling performance.
Visual location maps and network topology help operators locate equipment, check connection status, and investigate issues more efficiently.

5.For Data to Action
Go beyond traditional monitoring with AI-assisted insights that help operators understand energy performance and prioritize optimization opportunities.
The system also supports authorized AI Agent tasks, with safety controls and human confirmation for potentially risky operations.
pFlow - Reliable Measurement. Intelligent Analysis. Smarter Energy Management.
Discover a smarter approach to HVAC energy monitoring and optimization with pFlow.