SIASOL
Next Generation PV Asset Management
Siasol offers image analysis and machine learning algorithms
for the early detection of solar panels faults by UAVs.
An AI software company with strong background in the renewable energy market.
World largest database of panels faults ant their EO signature (70K)
Thermal / EO footage obtained by UAV
Image compression algorithms create a Solar farm digital twin within hours
Proprietary classifiers identify faulty panels (87% accuracy)
Siasol is an AI software company with strong background in the renewable energy market.
We own the world’s largest tagged dataset of PV panel.
We are constantly developing the most cutting edge tools for predictive O&M, advanced monitoring
and data driven management services.
We use video footage, reducing the time required for imaging, and fast AI algorithms that can accurately
detect known faults.
Roof Installation
Drone footage offering quick coverage and high resolution imaging, and our proprietary algorithms capable of handling large volumes of footage Siasol’s ability to analyze video footage allows us to easily detect faults in hard to reach installations.
Floating Sites
Water reservoirs offer great opportunity for Pv installations, but suffer from excessive bird dropping and sedimentary dirt that causes major hotspots problem.
Ground Mounted
Large sites are no longer an issue, with Siasol’s system O&M teams can pinpoint a single faulty panel in isolated locations, reducing the necessary costs and labor.
Panel Fault
Hotspot
Panels can develop long term damage in the form of hotspots. left untreated, it can lead to backsheet burnouts and electrical fire.
PID
Potential-induced performance degradation is caused by so-called stray currents. This effect may cause power loss of up to 30 percent.
Multiple Hotspots
If the root cause for hotspots isn’t identified and taken care of, multiple hotspots can develop, further decreasing the output and increasing risk.
Burned Diodes
Diodes prevent back current from damaging the cells in the panel. When one or more is burned, the panel output is dramatically reduced and its neighboring effect increases.
Shading
Shaded panels not only produce less electrical energy, but can also develop permanent damage like hotspot, optimizer failure, and can affect neighboring panels and inverters.
Disconnected string
Faulty panels in a string can severely affect its electrical behavior, up to to point when the inverter disconnects the entire string.
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