Battery Storage
Real-time monitoring for Battery Storage systems, including the inverter, DC bus, and distribution transformer. Algorithms analyze the inverter’s electric parameters (voltage, THD, unbalance), Electric Park’s Vector analysis, and Harmonics.
Key Principles and Technology
Real-Time Monitoring of Critical Components
Continuous measurement of electrical variables across the inverter, DC bus, and distribution transformer.
Advanced Inverter Parameter Analysis
Detailed analysis of voltage, Total Harmonic Distortion (THD), and unbalance to detect power quality issues.
Electric Park’s Vector & Harmonics Analysis
Sophisticated algorithms identify abnormal operating conditions, degradation patterns, and early-stage faults.
Non-Intrusive Electrical Measurement Approach
Relies solely on electrical variables, eliminating the need for intrusive sensors or physical access to battery modules.
High-Speed Data Acquisition & Processing
Captures transient events and dynamic behaviors typical in charge–discharge cycles.
Scalable & System-Agnostic Architecture
Suitable for utility-scale BESS, microgrids, and hybrid renewable energy systems.
Benefits & Implementation
Benefits
- Immediate Action Through Live Data Visibility
- Early Fault Detection & Risk Mitigation
- Enhanced Energy Efficiency
- Improved System Reliability & Safety
- Lower Maintenance & Operational Costs
- Improved Power Quality Compliance
Implementation
- Deployment of Electrical Measurement Devices
- System Integration & Communication Setup
- Algorithm Configuration & Baseline Establishment
- Real-Time Dashboards & Automated Alerts
- Integration with EMS, SCADA & Grid Systems
- Operational Training & Ongoing Support
Trusted by companies worldwide
