Morgan Solar Inc.

MorganSolar PV DeepSweep + MSI GatewayPV Module Performance Monitor

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High Frequency: Conduct your panel I-V sweeps in alignment with other sensors or as often as once per minute. In-Situ: Continuous, real-time I-V Curve tracing eliminates need for handheld measurements. No Downtime: Measurements taken during operation with no revenue lost from string or inverter downtime.

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Lending & Insurance Providers

  • Improve your lending or underwriting portfolio risk profile by lending based on higher accuracy forecasts with lower margins of error
  • Quickly generate robust data sets to quantify the performance and reliability of new technologies and advances

Panel Manufacturers, R&D & Academia

  • Quickly correlate performance of new cell module technologies and designs with a wide-range of real world conditions
  • Perform in depth analysis of PV performance drivers to derive unprecedented insights
  • Monitor burn-in and degradation processes in situ without needing costly, labour intensive repeated flash testing

Developers & IPPs

  • Use PV DeepSweep sensors and your meteorological sensors to measure and quantify site-specific performance drivers such as spectral effects, bifacial boost, shading impacts, mismatch, etc.
  • Reduce your performance uncertainty to improve generation forecast. LCOE estimation accuracy and bankability
  • Quantify loss drivers like soiling, vegetation, mismatch. PID to better value your O&M expenditures
  • Optimize future site design based on PV DeepSweep enabled analytics

Operations & Maintenance Service Providers

  • Complete in-field performance benchmarking prior to committing to contracts to ensure feasible performance ratio commitments
  • Optimize your service offerings by quantifying costs and benefits of scheduled & ad hoc services
  • Track degradation and DC side PV field health remotely and in real time

Independent Engineers & Service Providers

  • Quickly generate robust data sets to validate performance models and variables
  • Assess loss drivers including temperature losses, mismatch, and degradation to understand their impacts on revenue
  • Measure and quantify the performance deviations between project design and as-built