Digital Energy & Energy Supervision
Energy supervision, efficiency analysis and energy-saving strategy optimization make energy consumption meterable and optimizable.
Energy supervision, efficiency analysis and energy-saving strategy optimization make energy consumption meterable and optimizable.
Energy supervision, efficiency analysis and energy-saving strategy optimization make energy consumption meterable and optimizable. Built on full-factor smart meters and the AI analysis engine, it forms a complete data system from energy acquisition to the energy-saving loop.
Industry Pain Points
Incomplete Energy-Data Acquisition
Most enterprises only collect master-meter data; workshop, production-line and equipment-level consumption has large blind spots, making it impossible to locate high-energy nodes or practice refined management.
No Energy-Efficiency Baseline
Without baselines such as product unit consumption and per-area consumption, it is impossible to identify saving potential or judge whether current energy use is reasonable.
Manual Energy Reporting
Energy statistics depend on manual meter reading and Excel, which is time-consuming and error-prone; data lags by days or weeks and cannot support real-time management decisions.
Hard to Quantify Retrofit Results
After energy-saving retrofits, there is no before/after comparison or continuous monitoring, so results cannot be verified and returns cannot be assessed.
Solution Architecture
Layered architecture, a complete data loop from sensing to operation.
Core Capabilities
Energy Monitoring
Full-factor, full-level real-time acquisition of energy data covering master meters, sub-meters, workshops, lines and key equipment; unified monitoring of electricity, water, gas and heat to eliminate data blind spots.
Efficiency Analysis
Automatically computes efficiency indicators such as product unit consumption, per-area consumption and power factor, builds an efficiency baseline library, and identifies saving potential and abnormal use through multi-dimensional comparison.
Key Energy-Use Supervision
Dedicated supervision of key energy equipment and areas with energy thresholds and alarm rules; automatic alarm push on exceedance keeps critical equipment running efficiently.
Energy Reports
Automatic daily/weekly/monthly/yearly energy reports with custom templates and scheduled push; real-time accurate data puts an end to manual meter reading and Excel.
Saving Strategies
The AI engine recommends energy-saving strategies from consumption data and operating conditions - load shifting, power-factor compensation, equipment start/stop optimization - with quantifiable tracking of savings.
Abnormal Warning
Real-time monitoring of abnormal consumption fluctuations; AI identifies off-hours high consumption, low power factor and harmonic exceedance, warning in advance to prevent waste and equipment damage.
Data Loop
The complete data value chain: sense -> data -> AI -> warning -> control -> operation.
Product Portfolio
ESA Full-Factor Smart Meter
ESA-1001-R / 1002-R / 1003-R
Synchronous capture of voltage, current, power, power factor and 2nd-31st harmonics, 256 samples/cycle, 0.2-class accuracy, providing precise data for energy monitoring and efficiency analysis.
ESE Power-Quality Monitor
ESE Series
Real-time monitoring of voltage deviation, frequency deviation, three-phase unbalance, harmonic distortion and voltage dips to safeguard power quality and equipment safety.
CW Edge Computing Gateway
CW Series
100+ protocol acquisition with 4G/Wi-Fi/Ethernet uplink, aggregating electricity, water, gas and heat meters with edge-computing local preprocessing.
FEXLINK Industrial Internet Platform
V1.0
An integrated platform for energy supervision, efficiency analysis, reporting and saving-strategy recommendation; private-cloud/on-premises deployment supports enterprise-grade refined energy management.
Customer Value
Quantified, verifiable customer value.
10-20% Lower Energy Consumption
Full-level monitoring and AI saving-strategy recommendations identify and eliminate high-energy nodes and abnormal use, cutting overall consumption 10-20% with quantifiable tracking.
Efficiency Baseline Established
Automatic calculation of product unit consumption and per-area consumption builds the enterprise efficiency baseline library, providing scientific grounds for saving goals and assessment.
Automated Reporting
Energy reports are generated and pushed automatically with real-time accurate data, eliminating manual meter reading and Excel with 90%+ higher energy-management efficiency.
Quantified Saving Results
Continuous before/after monitoring and comparison verify retrofit results with clear ROI evaluation, supporting continuous iteration and optimization.
Related Solutions
Virtual Power Plant
Load aggregation, demand response, storage dispatch and carbon-efficiency linkage
Microgrid System
Source-grid-load-storage coordination, PV-storage-charging integration, park energy smart control
Carbon Assets & Zero-Carbon Park
Carbon accounting, carbon-asset management, park energy governance
Related Industry Verticals
Power Distribution Room Online Monitoring System
The power distribution room online monitoring system is a full-factor electrical safety and energy consumption sensing system for 10kV/0.4kV power distribution rooms, switching stations, box-type substations, and electrical rooms. Through sensing terminals such as smart meters, leakage current, temperature, arc fault, and neutral-to-ground voltage modules, combined with edge computing gateways and the FEXLINK Cloud platform, it delivers real-time visibility of distribution status, early warning of hidden hazards, refined energy management, and a closed loop of remote intelligent control.
Digital Energy & Energy Supervision Platform
The Digital Energy & Energy Supervision Platform is an integrated energy management system for key energy-consuming entities, industrial parks, commercial complexes, and government energy regulators. ESA all-element smart meters, ESE power quality monitors, and CW edge computing gateways collect data across electricity, water, gas, and heat. The platform integrates five core modules: Energy Supervision Center, Energy Efficiency Analysis Engine, Key Energy Consumption Management, Energy Report Center, and Energy-Saving Strategy Recommendations, making energy consumption measurable, efficiency benchmarkable, and savings quantifiable.
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