What we do?
How do you measure whether a solar PV system performs well? Can it be assigned with a health rating? And what about its future performance? We answer this with high-accuracy PV performance analytics - synergizing with solar & energy management software and providing industrial automation to solar integrators. Soltell also designs custom data analysis solutions for corporates engaging with Solar PV & Storage ESS.
Technology
Soltell's Sensorless technology is a state-of-the-art tool to assess PV performance (energy and soiling indices) at superb accuracy, developed with the support of the Israel Innovation Authority. Sensorless technology is a high-accuracy and low-cost smart alternative to meteorological stations and remote sensing. It is relying on site's electrical sensors' data to extrapolate localized irradiance and temperature conditions.
Meteorological Weather Station
Accurate
Expensive
Remote Sensing Techniques
Inaccurate
Inexpensive
Sensorless Technology
Accurate
Inexpensive
Advantages
Industrial IoT-powered Sensorless technology embedded in the Smart Solar Measurement (SysMap) solution enables solar performance assessment at 95-98% accuracy. Imagine the possibilities - smart risk management, predictive maintenance, remote soiling measurement and more. With such superb precision we save 90% in operations and 40% in maintenance, while reducing 65% in solar PV downtime.
Industrial IoT
Automation
Data Aggregation & Smart Analytics
Data Service or
Software-as-a-Service
Cloud-based (no HW), Data Standard-compliant
Quantitative KPIs for
Financials and O&M
Performance indexes at 95-98% accuracy
Maximum cost-efficiency
Predictive Maintenance & Optimal Power Value
Industrial Automation
Sensorless technology revolutionizes solar PV performance assessment, automating financial and operational processes. Through quantitative analysis, it accurately rates PV system performance, enabling severity rating and prioritization while minimizing downtime. This intuitive approach assigns an intuitive performance rating on a 0-100% scale (EPI, PPI, SR and Availability), streamlining optimal solar energy utilization.