Real-Time Soiling Loss Monitoring: Quantify power losses caused by PV module soiling in real time for smarter, data-driven cleaning decisions. More Representative Measurement: Use clean and soiled PV reference modules with direct Isc measurement to better reflect real-world soiling conditions. High Measurement Accuracy: Achieve ±0.2% Isc measurement accuracy with temperature measurement for reliable soiling loss assessment.
Utility-Scale PV Plants: Ideal for continuous soiling monitoring, cleaning optimization, and long-term PV performance analysis. Dusty & Harsh Environments: Built for demanding outdoor conditions with IP65 protection and an operating temperature range of -40°C to +80°C. Existing Monitoring Systems: Easily integrates with data loggers and monitoring platforms via RS485 and Modbus RTU.
Automatic Self-Cleaning: Automatically keeps the clean reference module clean, reducing manual intervention and maintenance requirements. Water-Free Design: No pumps, piping, or water supply required, simplifying deployment and avoiding clogging or freezing issues. IEC 61724-1 Compliant: Uses a standardized direct soiling measurement method for reliable PV performance assessment.
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ecoDustAnalyzer
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Meet the enecess ecoDustAnalyzer
ecoDustAnalyzer is an IEC-compliant soiling monitoring solution that quantifies soiling-induced power losses in real time and seamlessly integrates with existing monitoring systems, providing reliable data for cleaning and O&M decisions.
Customer reviews
“RS485 and Modbus RTU integration make it easy to connect the system with our existing data logger and monitoring platform.”
Andreas R.
Easy System Integration
“Real-time soiling loss data makes it much easier to plan cleaning based on actual performance impact rather than fixed schedules.”
Markus H.
Smarter Cleaning Decisions
“The measurement data is accurate and reliable, giving us a clearer understanding of how soiling affects overall PV system performance.”
Stefan M.
Accurate Soiling Insights
“The water-free design is a major advantage for remote PV plants. Installation is simpler without pumps, piping or a water supply.”
Thomas B.
Ideal for Remote PV Plants
“Easy to install and highly scalable. The system provides clear, detailed energy insights and makes it simple to understand and optimize energy consumption.”
Stefan R.
Easy and Scalable
IEC-Compliant Measurement You Can Trust
Built for Unattended Operation
Automatic Self-Cleaning
Keeps the reference module clean without manual intervention, reducing maintenance requirements and ensuring measurement consistency.
Water-Free Design
No pumps, no piping, no clogging. Simplified deployment and reliable operation in all climates, including freezing conditions.