Helio Smart Guard
For a large ground-based power plant, well instrumented and in a stable and controlled environment, production monitoring can provide relatively reliable performance monitoring.
On the other hand, in a built environment, subject to thermal phenomena, complex micro-climates and near-perfect masks, and where power plants do not have complete meteorological instrumentation,
A rudimentary inspection of production data fails to reveal the real performances of the installation.
In fact, more than half of the solar installations on buildings show degraded performances. This leads to a loss of income for their owners or operators that is often undetected because it is difficult to detect.
How to diagnose an underperformance of the installation when the output fluctuates strongly every day and key parameters are unknown?
The update of an underperformance must, to be usable, allow :
- Detect plant anomalies (design defect, hardware failure, accelerated ageing, fouling, parasitic shading, etc.).
- To identify the causes by analyzing its effects,
- Quantify its effects in order to assess the technical and economic relevance of corrective actions
Without additional instrumentation, Helio Smart Guard’s algorithmic core automatically detects anomalies and identifies their probable causes.
The quantification of losses by cause typology allows to issue action recommendations to the operator.
Helio Smart Guard monitors and reports certain warning signs of future failures.
Helio Smart Guard protects the profitability of the solar power plant by minimizing production losses and optimizing maintenance.
- Switch off any fault automatically
- Maximize your production
- Anticipate failures
- Correct production losses
- Prioritize your O&M actions
- Optimize your interventions