Acrel Equipment Operation & Maintenance Solution: Smart Energy Monitoring for Optimal Performance and Energy Savings
Comprehensive Power Monitoring for Critical Assets – Transform Your Facility Management with Real-Time Intelligence
Unlock the Full Potential o Your Equipment with Acrel’s Advanced Energy Metering Solutions
In today’s competitive industrial landscape, ensuring equipment reliability while minimizing energy costs is paramount. Acrel’s Equipment Operation & Maintenance Solution leverages cutting-edge smart energy meters and IoT technology to provide 24/7 monitoring of electrical parameters and operating hours for transformers, pumps, fans, and other critical equipment—delivering actionable insights that prevent failures and drive significant energy savings.
Two Core Capabilities, One Powerful Solution
1. Equipment Health Monitoring: Ensuring Correct Operation 24/7
Prevent costly downtime before it happens. Acrel’s multifunctional energy meters continuously track essential electrical parameters and runtime data, enabling predictive maintenance and immediate anomaly detection.
Key Monitoring Capabilities:
Transformers: Real-time tracking of voltage, current, active/reactive power, power factor, harmonic distortion, and temperature deviations
Pumps & Motors: Precise measurement of current fluctuations, phase imbalance, and operating cycles to detect cavitation, bearing wear, or overload conditions
Fans & HVAC Systems: Monitoring of startup current profiles, running hours, and energy consumption patterns to identify efficiency degradation
Other Critical Equipment: Customizable parameter tracking for compressors, conveyors, and specialized machinery
2. Energy Consumption Analytics: Automated Savings Reports
Transform raw energy data into strategic cost reduction. Acrel’s cloud-based energy management platform automatically generates comprehensive energy audit reports, identifying waste and optimization opportunities across your facility.
Intelligent Energy Reporting Features:
Equipment-Level Energy Accounting: Separate consumption data for each transformer, pump, or fan to identify high-consumption units
Benchmarking & Baseline Analysis: Compare current performance against historical data or industry standards
Load Profile Optimization: Identify peak demand contributors and shift non-critical loads to off-peak hours
Energy Efficiency Rating: Automatic calculation of equipment efficiency (kWh per unit output) with trend analysis
ROI Verification: Quantify savings from implemented measures with before/after comparisons
3. Case Study
Post time: Dec-01-2025



