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Getting Started
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Getting Started
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Getting Started
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Information To Provide
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Information To Provide
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Information To Provide
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Uploading Data
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Uploading Data
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Raptor Mobile App
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Instant Inspections
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Instant Inspections - Data Notes
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O&M Flight Ops — General
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O&M Flight Ops — Drones
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The Raptor Maps application enables you to review infrared images associated with anomalies identified during a site inspection. The IR image shows a higher temperature for the anomalous area or component compared to adjacent areas or components. This is because defects dissipate solar energy as heat rather than converting it to current.
More serious defects have higher temperature differentials. Many manufacturers consider a temperature differential greater than 20 degrees evidence of a defective module, where the hotter module is defective. Anomalies are not always stable and can vary from one day to the next, depending on the conditions at the time of inspection.
Anomalies showing smaller temperature differentials, especially less than 10 degrees, may not require immediate attention but generally continue to degrade over time.
Common causes of anomalies include:
Installation damage
Local shading
Panel soiling
Nearby vegetation
Panel cracking
Manufacturing defects
Weather events (lightning, hail or wind)
Suboptimal grounding
Module degradation (for example, delamination)
Fuse or connector failure (for strings)
An RGB image can assist in determining the cause of the anomaly. For example, the RGB image confirms vegetation as the cause of this multi-cell anomaly:
The value of a solar inspection is that it provides insight into the impact of anomalies on power production.
Due to solar-site design, some anomalies have bigger impacts than others. A solar site uses silicon solar cells to convert the energy of sunlight into electricity. The power generated is made available to the grid by means of strings, combiners and finally inverters, which feed into the point of interconnection.
When assessing anomaly impacts on power production, it’s important to consider that outages of components such as combiners and inverters result in a greater reduction in power production than anomalies of individual cells.
Anomaly Impact DC
Raptor Maps uses a power factor to take into account that, for example, a string outage will have much greater impact on overall power production than a cell outage.
For more information, refer to this page on Calculating Impact from anomalies.
Raptor Maps analysis checks for all of the following anomalies:
Anomaly
Definition
Default Priority
Cell
A hot spot occurs with square geometry in a single cell.
Low
Cell Low
This is a cell anomaly where the temperature of an anomalous area is less than 10°C higher than adjacent areas.
Low
Cell Medium
This is a cell anomaly where the temperature of an anomalous area is 10-20°C higher than adjacent areas.
Medium
Cell High
This is a cell anomaly where the temperature of an anomalous area is 20°C higher than adjacent areas.
High
Cell Multi
This anomaly consists of hot spots occurring with square geometry in multiple cells.
Low
Cell Multi Low
In this type of cell multi anomaly, the temperature of an anomalous area is less than 10°C higher than adjacent areas.
Low
Cell Multi Medium
In this type of cell multi anomaly, the temperature of an anomalous area is 10-20°C higher than adjacent areas.
Medium
Cell Multi High
In this type of cell multi anomaly, the temperature of an anomalous area is 20°C higher than adjacent areas.
High
Circuit
A circuit anomaly is a series of adjacent offline strings. This anomaly type usually affects fewer strings than a combiner anomaly, depending on the electrical wiring and the as-built layout.
None
Combiner
A combiner combines many strings into a larger flow of DC (direct current).
A combiner anomaly shows a fault in contiguous strings matching the combiner layout.
High
Cracking
This module anomaly is caused by cracking on the module surface.
High
Damaged
Damage anomalies result from a bent, misplaced or warped module. They may also come from a heavily cracked module that is damaged beyond the module surface.
High
Delamination
This module anomaly is due to compromised adhesion between glass, encapsulant or layers. The layers may be the active layers and/or the back layers. It is more common with thin-film modules.
High
Diode
A bypass diode provides a current path around a faulty cell or module.
A diode anomaly indicates an activated bypass diode, typically 1/3 of the module.
Medium
Diode Multi
There are multiple activated bypass diodes, typically affecting % of the module.
Medium
Helix Damage
Permanent damage to panels caused as a result of a helix fault.
None
Helix Fault
A fault in trackers causing a helix in the racking.
None
Hot Spot
This shows an anomalous spot on a cell.
Low
Hot Spot Low
A hot spot has occurred where the temperature of the anomalous area is less than 10°C higher than adjacent areas.
Low
Hot Spot Medium
A hot spot has occurred where the temperature of the anomalous area is 10-20°C higher than adjacent areas.
Medium
Hot Spot High
A hot spot has occurred where the temperature of the anomalous area is 20°C higher than adjacent areas.
High
Hot Spot Multi
There are multiple hot spots on a thin-film module.
Low
Hot Spot Multi Low
In this hot spot multi anomaly, the temperature of the anomalous area is less than 10°C higher than adjacent areas.
Low
Hot Spot Multi Medium
In this hot spot multi anomaly, the temperature of the anomalous area is 10-20°C higher than adjacent areas.
Medium
Hot Spot Multi High
In this hot spot multi anomaly, the temperature of the anomalous area is 20°C higher than adjacent areas.
High
Internal Short Circuit
Multiple cell anomalies have happened as a result of a short circuit.
Low
Inverter
An inverter converts the DC current of many combiners into usable AC.
An inverter anomaly shows a fault in contiguous strings matching the inverter layout.
High
Junction Box
A junction box is an enclosure on the module that connects the PV strings.
A junction-box anomaly is a hot spot at the junction-box location on the module.
Low
Junction Box Low
In this junction-box anomaly, the temperature of the anomalous area is less than 10°C higher than adjacent areas.
Low
Junction Box Medium
In this junction-box anomaly, the temperature of the anomalous area is 10-20°C higher than adjacent areas.
Medium
Junction Box High
In this junction-box anomaly, the temperature of the anomalous area is 20°C higher than adjacent areas.
High
Missing
The module is present on the as-built but missing from the PV system.
High
Module
The entire module is heated or offline.
High
Physical Obstruction
A physical obstruction or object on the surface of the module that is blocking direct sunlight or causing close proximity shading.
Low
Reverse Polarity
A module anomaly has occurred due to incorrect wiring.
High
Shading
Sunlight is obstructed by trees, buildings, etc., causing shading/shadows across panels.
Low
Soiling
Dirt, dust or other debris is on the surface of the module.
Low
Spare Module
The module is present on the as-built and marked as offline.
None
String
A string consists of an individual set of modules connected in series.
A string anomaly shows a fault in contiguous modules matching the string layout.
High
Tracker
Tilt tracker position is affecting power production.
High
Underperforming String
A string has a delta of less than 3 degrees C when compared to an adjacent operational string. Other sub-module anomalies can also be in underperforming strings and generally are not visible in true present offline strings.
Medium
Vegetation
Panels are physically impacted by vegetation.
Low
Anomaly
Definition
Default Priority
Cell
A hot spot occurs with square geometry in a single cell.
Low
Cell Low
This is a cell anomaly where the temperature of an anomalous area is less than 10°C higher than adjacent areas.
Low
Cell Medium
This is a cell anomaly where the temperature of an anomalous area is 10-20°C higher than adjacent areas.
Medium
Cell High
This is a cell anomaly where the temperature of an anomalous area is 20°C higher than adjacent areas.
High
Cell Multi
This anomaly consists of hot spots occurring with square geometry in multiple cells.
Low
Cell Multi Low
In this type of cell multi anomaly, the temperature of an anomalous area is less than 10°C higher than adjacent areas.
Low
Cell Multi Medium
In this type of cell multi anomaly, the temperature of an anomalous area is 10-20°C higher than adjacent areas.
Medium
Cell Multi High
In this type of cell multi anomaly, the temperature of an anomalous area is 20°C higher than adjacent areas.
High
Circuit
A circuit anomaly is a series of adjacent offline strings. This anomaly type usually affects fewer strings than a combiner anomaly, depending on the electrical wiring and the as-built layout.
None
Combiner
A combiner combines many strings into a larger flow of DC (direct current).
A combiner anomaly shows a fault in contiguous strings matching the combiner layout.
High
Cracking
This module anomaly is caused by cracking on the module surface.
High
Damaged
Damage anomalies result from a bent, misplaced or warped module. They may also come from a heavily cracked module that is damaged beyond the module surface.
High
Delamination
This module anomaly is due to compromised adhesion between glass, encapsulant or layers. The layers may be the active layers and/or the back layers. It is more common with thin-film modules.
High
Diode
A bypass diode provides a current path around a faulty cell or module.
A diode anomaly indicates an activated bypass diode, typically 1/3 of the module.
Medium
Diode Multi
There are multiple activated bypass diodes, typically affecting % of the module.
Medium
Helix Damage
Permanent damage to panels caused as a result of a helix fault.
None
Helix Fault
A fault in trackers causing a helix in the racking.
None
Hot Spot
This shows an anomalous spot on a cell.
Low
Hot Spot Low
A hot spot has occurred where the temperature of the anomalous area is less than 10°C higher than adjacent areas.
Low
Hot Spot Medium
A hot spot has occurred where the temperature of the anomalous area is 10-20°C higher than adjacent areas.
Medium
Hot Spot High
A hot spot has occurred where the temperature of the anomalous area is 20°C higher than adjacent areas.
High
Hot Spot Multi
There are multiple hot spots on a thin-film module.
Low
Hot Spot Multi Low
In this hot spot multi anomaly, the temperature of the anomalous area is less than 10°C higher than adjacent areas.
Low
Hot Spot Multi Medium
In this hot spot multi anomaly, the temperature of the anomalous area is 10-20°C higher than adjacent areas.
Medium
Hot Spot Multi High
In this hot spot multi anomaly, the temperature of the anomalous area is 20°C higher than adjacent areas.
High
Internal Short Circuit
Multiple cell anomalies have happened as a result of a short circuit.
Low
Inverter
An inverter converts the DC current of many combiners into usable AC.
An inverter anomaly shows a fault in contiguous strings matching the inverter layout.
High
Junction Box
A junction box is an enclosure on the module that connects the PV strings.
A junction-box anomaly is a hot spot at the junction-box location on the module.
Low
Junction Box Low
In this junction-box anomaly, the temperature of the anomalous area is less than 10°C higher than adjacent areas.
Low
Junction Box Medium
In this junction-box anomaly, the temperature of the anomalous area is 10-20°C higher than adjacent areas.
Medium
Junction Box High
In this junction-box anomaly, the temperature of the anomalous area is 20°C higher than adjacent areas.
High
Missing
The module is present on the as-built but missing from the PV system.
High
Module
The entire module is heated or offline.
High
Physical Obstruction
A physical obstruction or object on the surface of the module that is blocking direct sunlight or causing close proximity shading.
Low
Reverse Polarity
A module anomaly has occurred due to incorrect wiring.
High
Shading
Sunlight is obstructed by trees, buildings, etc., causing shading/shadows across panels.
Low
Soiling
Dirt, dust or other debris is on the surface of the module.
Low
Spare Module
The module is present on the as-built and marked as offline.
None
String
A string consists of an individual set of modules connected in series.
A string anomaly shows a fault in contiguous modules matching the string layout.
High
Tracker
Tilt tracker position is affecting power production.
High
Underperforming String
A string has a delta of less than 3 degrees C when compared to an adjacent operational string. Other sub-module anomalies can also be in underperforming strings and generally are not visible in true present offline strings.
Medium
Vegetation
Panels are physically impacted by vegetation.
Low
Anomaly
Definition
Default Priority
Cell
A hot spot occurs with square geometry in a single cell.
Low
Cell Low
This is a cell anomaly where the temperature of an anomalous area is less than 10°C higher than adjacent areas.
Low
Cell Medium
This is a cell anomaly where the temperature of an anomalous area is 10-20°C higher than adjacent areas.
Medium
Cell High
This is a cell anomaly where the temperature of an anomalous area is 20°C higher than adjacent areas.
High
Cell Multi
This anomaly consists of hot spots occurring with square geometry in multiple cells.
Low
Cell Multi Low
In this type of cell multi anomaly, the temperature of an anomalous area is less than 10°C higher than adjacent areas.
Low
Cell Multi Medium
In this type of cell multi anomaly, the temperature of an anomalous area is 10-20°C higher than adjacent areas.
Medium
Cell Multi High
In this type of cell multi anomaly, the temperature of an anomalous area is 20°C higher than adjacent areas.
High
Circuit
A circuit anomaly is a series of adjacent offline strings. This anomaly type usually affects fewer strings than a combiner anomaly, depending on the electrical wiring and the as-built layout.
None
Combiner
A combiner combines many strings into a larger flow of DC (direct current).
A combiner anomaly shows a fault in contiguous strings matching the combiner layout.
High
Cracking
This module anomaly is caused by cracking on the module surface.
High
Damaged
Damage anomalies result from a bent, misplaced or warped module. They may also come from a heavily cracked module that is damaged beyond the module surface.
High
Delamination
This module anomaly is due to compromised adhesion between glass, encapsulant or layers. The layers may be the active layers and/or the back layers. It is more common with thin-film modules.
High
Diode
A bypass diode provides a current path around a faulty cell or module.
A diode anomaly indicates an activated bypass diode, typically 1/3 of the module.
Medium
Diode Multi
There are multiple activated bypass diodes, typically affecting % of the module.
Medium
Helix Damage
Permanent damage to panels caused as a result of a helix fault.
None
Helix Fault
A fault in trackers causing a helix in the racking.
None
Hot Spot
This shows an anomalous spot on a cell.
Low
Hot Spot Low
A hot spot has occurred where the temperature of the anomalous area is less than 10°C higher than adjacent areas.
Low
Hot Spot Medium
A hot spot has occurred where the temperature of the anomalous area is 10-20°C higher than adjacent areas.
Medium
Hot Spot High
A hot spot has occurred where the temperature of the anomalous area is 20°C higher than adjacent areas.
High
Hot Spot Multi
There are multiple hot spots on a thin-film module.
Low
Hot Spot Multi Low
In this hot spot multi anomaly, the temperature of the anomalous area is less than 10°C higher than adjacent areas.
Low
Hot Spot Multi Medium
In this hot spot multi anomaly, the temperature of the anomalous area is 10-20°C higher than adjacent areas.
Medium
Hot Spot Multi High
In this hot spot multi anomaly, the temperature of the anomalous area is 20°C higher than adjacent areas.
High
Internal Short Circuit
Multiple cell anomalies have happened as a result of a short circuit.
Low
Inverter
An inverter converts the DC current of many combiners into usable AC.
An inverter anomaly shows a fault in contiguous strings matching the inverter layout.
High
Junction Box
A junction box is an enclosure on the module that connects the PV strings.
A junction-box anomaly is a hot spot at the junction-box location on the module.
Low
Junction Box Low
In this junction-box anomaly, the temperature of the anomalous area is less than 10°C higher than adjacent areas.
Low
Junction Box Medium
In this junction-box anomaly, the temperature of the anomalous area is 10-20°C higher than adjacent areas.
Medium
Junction Box High
In this junction-box anomaly, the temperature of the anomalous area is 20°C higher than adjacent areas.
High
Missing
The module is present on the as-built but missing from the PV system.
High
Module
The entire module is heated or offline.
High
Physical Obstruction
A physical obstruction or object on the surface of the module that is blocking direct sunlight or causing close proximity shading.
Low
Reverse Polarity
A module anomaly has occurred due to incorrect wiring.
High
Shading
Sunlight is obstructed by trees, buildings, etc., causing shading/shadows across panels.
Low
Soiling
Dirt, dust or other debris is on the surface of the module.
Low
Spare Module
The module is present on the as-built and marked as offline.
None
String
A string consists of an individual set of modules connected in series.
A string anomaly shows a fault in contiguous modules matching the string layout.
High
Tracker
Tilt tracker position is affecting power production.
High
Underperforming String
A string has a delta of less than 3 degrees C when compared to an adjacent operational string. Other sub-module anomalies can also be in underperforming strings and generally are not visible in true present offline strings.
Medium
Vegetation
Panels are physically impacted by vegetation.
Low
Anomaly
Definition
Default Priority
Cell
A hot spot occurs with square geometry in a single cell.
Low
Cell Low
This is a cell anomaly where the temperature of an anomalous area is less than 10°C higher than adjacent areas.
Low
Cell Medium
This is a cell anomaly where the temperature of an anomalous area is 10-20°C higher than adjacent areas.
Medium
Cell High
This is a cell anomaly where the temperature of an anomalous area is 20°C higher than adjacent areas.
High
Cell Multi
This anomaly consists of hot spots occurring with square geometry in multiple cells.
Low
Cell Multi Low
In this type of cell multi anomaly, the temperature of an anomalous area is less than 10°C higher than adjacent areas.
Low
Cell Multi Medium
In this type of cell multi anomaly, the temperature of an anomalous area is 10-20°C higher than adjacent areas.
Medium
Cell Multi High
In this type of cell multi anomaly, the temperature of an anomalous area is 20°C higher than adjacent areas.
High
Circuit
A circuit anomaly is a series of adjacent offline strings. This anomaly type usually affects fewer strings than a combiner anomaly, depending on the electrical wiring and the as-built layout.
None
Combiner
A combiner combines many strings into a larger flow of DC (direct current).
A combiner anomaly shows a fault in contiguous strings matching the combiner layout.
High
Cracking
This module anomaly is caused by cracking on the module surface.
High
Damaged
Damage anomalies result from a bent, misplaced or warped module. They may also come from a heavily cracked module that is damaged beyond the module surface.
High
Delamination
This module anomaly is due to compromised adhesion between glass, encapsulant or layers. The layers may be the active layers and/or the back layers. It is more common with thin-film modules.
High
Diode
A bypass diode provides a current path around a faulty cell or module.
A diode anomaly indicates an activated bypass diode, typically 1/3 of the module.
Medium
Diode Multi
There are multiple activated bypass diodes, typically affecting % of the module.
Medium
Helix Damage
Permanent damage to panels caused as a result of a helix fault.
None
Helix Fault
A fault in trackers causing a helix in the racking.
None
Hot Spot
This shows an anomalous spot on a cell.
Low
Hot Spot Low
A hot spot has occurred where the temperature of the anomalous area is less than 10°C higher than adjacent areas.
Low
Hot Spot Medium
A hot spot has occurred where the temperature of the anomalous area is 10-20°C higher than adjacent areas.
Medium
Hot Spot High
A hot spot has occurred where the temperature of the anomalous area is 20°C higher than adjacent areas.
High
Hot Spot Multi
There are multiple hot spots on a thin-film module.
Low
Hot Spot Multi Low
In this hot spot multi anomaly, the temperature of the anomalous area is less than 10°C higher than adjacent areas.
Low
Hot Spot Multi Medium
In this hot spot multi anomaly, the temperature of the anomalous area is 10-20°C higher than adjacent areas.
Medium
Hot Spot Multi High
In this hot spot multi anomaly, the temperature of the anomalous area is 20°C higher than adjacent areas.
High
Internal Short Circuit
Multiple cell anomalies have happened as a result of a short circuit.
Low
Inverter
An inverter converts the DC current of many combiners into usable AC.
An inverter anomaly shows a fault in contiguous strings matching the inverter layout.
High
Junction Box
A junction box is an enclosure on the module that connects the PV strings.
A junction-box anomaly is a hot spot at the junction-box location on the module.
Low
Junction Box Low
In this junction-box anomaly, the temperature of the anomalous area is less than 10°C higher than adjacent areas.
Low
Junction Box Medium
In this junction-box anomaly, the temperature of the anomalous area is 10-20°C higher than adjacent areas.
Medium
Junction Box High
In this junction-box anomaly, the temperature of the anomalous area is 20°C higher than adjacent areas.
High
Missing
The module is present on the as-built but missing from the PV system.
High
Module
The entire module is heated or offline.
High
Physical Obstruction
A physical obstruction or object on the surface of the module that is blocking direct sunlight or causing close proximity shading.
Low
Reverse Polarity
A module anomaly has occurred due to incorrect wiring.
High
Shading
Sunlight is obstructed by trees, buildings, etc., causing shading/shadows across panels.
Low
Soiling
Dirt, dust or other debris is on the surface of the module.
Low
Spare Module
The module is present on the as-built and marked as offline.
None
String
A string consists of an individual set of modules connected in series.
A string anomaly shows a fault in contiguous modules matching the string layout.
High
Tracker
Tilt tracker position is affecting power production.
High
Underperforming String
A string has a delta of less than 3 degrees C when compared to an adjacent operational string. Other sub-module anomalies can also be in underperforming strings and generally are not visible in true present offline strings.
Medium
Vegetation
Panels are physically impacted by vegetation.
Low
Anomaly
Definition
Default Priority
Cell
A hot spot occurs with square geometry in a single cell.
Low
Cell Low
This is a cell anomaly where the temperature of an anomalous area is less than 10°C higher than adjacent areas.
Low
Cell Medium
This is a cell anomaly where the temperature of an anomalous area is 10-20°C higher than adjacent areas.
Medium
Cell High
This is a cell anomaly where the temperature of an anomalous area is 20°C higher than adjacent areas.
High
Cell Multi
This anomaly consists of hot spots occurring with square geometry in multiple cells.
Low
Cell Multi Low
In this type of cell multi anomaly, the temperature of an anomalous area is less than 10°C higher than adjacent areas.
Low
Cell Multi Medium
In this type of cell multi anomaly, the temperature of an anomalous area is 10-20°C higher than adjacent areas.
Medium
Cell Multi High
In this type of cell multi anomaly, the temperature of an anomalous area is 20°C higher than adjacent areas.
High
Circuit
A circuit anomaly is a series of adjacent offline strings. This anomaly type usually affects fewer strings than a combiner anomaly, depending on the electrical wiring and the as-built layout.
None
Combiner
A combiner combines many strings into a larger flow of DC (direct current).
A combiner anomaly shows a fault in contiguous strings matching the combiner layout.
High
Cracking
This module anomaly is caused by cracking on the module surface.
High
Damaged
Damage anomalies result from a bent, misplaced or warped module. They may also come from a heavily cracked module that is damaged beyond the module surface.
High
Delamination
This module anomaly is due to compromised adhesion between glass, encapsulant or layers. The layers may be the active layers and/or the back layers. It is more common with thin-film modules.
High
Diode
A bypass diode provides a current path around a faulty cell or module.
A diode anomaly indicates an activated bypass diode, typically 1/3 of the module.
Medium
Diode Multi
There are multiple activated bypass diodes, typically affecting % of the module.
Medium
Helix Damage
Permanent damage to panels caused as a result of a helix fault.
None
Helix Fault
A fault in trackers causing a helix in the racking.
None
Hot Spot
This shows an anomalous spot on a cell.
Low
Hot Spot Low
A hot spot has occurred where the temperature of the anomalous area is less than 10°C higher than adjacent areas.
Low
Hot Spot Medium
A hot spot has occurred where the temperature of the anomalous area is 10-20°C higher than adjacent areas.
Medium
Hot Spot High
A hot spot has occurred where the temperature of the anomalous area is 20°C higher than adjacent areas.
High
Hot Spot Multi
There are multiple hot spots on a thin-film module.
Low
Hot Spot Multi Low
In this hot spot multi anomaly, the temperature of the anomalous area is less than 10°C higher than adjacent areas.
Low
Hot Spot Multi Medium
In this hot spot multi anomaly, the temperature of the anomalous area is 10-20°C higher than adjacent areas.
Medium
Hot Spot Multi High
In this hot spot multi anomaly, the temperature of the anomalous area is 20°C higher than adjacent areas.
High
Internal Short Circuit
Multiple cell anomalies have happened as a result of a short circuit.
Low
Inverter
An inverter converts the DC current of many combiners into usable AC.
An inverter anomaly shows a fault in contiguous strings matching the inverter layout.
High
Junction Box
A junction box is an enclosure on the module that connects the PV strings.
A junction-box anomaly is a hot spot at the junction-box location on the module.
Low
Junction Box Low
In this junction-box anomaly, the temperature of the anomalous area is less than 10°C higher than adjacent areas.
Low
Junction Box Medium
In this junction-box anomaly, the temperature of the anomalous area is 10-20°C higher than adjacent areas.
Medium
Junction Box High
In this junction-box anomaly, the temperature of the anomalous area is 20°C higher than adjacent areas.
High
Missing
The module is present on the as-built but missing from the PV system.
High
Module
The entire module is heated or offline.
High
Physical Obstruction
A physical obstruction or object on the surface of the module that is blocking direct sunlight or causing close proximity shading.
Low
Reverse Polarity
A module anomaly has occurred due to incorrect wiring.
High
Shading
Sunlight is obstructed by trees, buildings, etc., causing shading/shadows across panels.
Low
Soiling
Dirt, dust or other debris is on the surface of the module.
Low
Spare Module
The module is present on the as-built and marked as offline.
None
String
A string consists of an individual set of modules connected in series.
A string anomaly shows a fault in contiguous modules matching the string layout.
High
Tracker
Tilt tracker position is affecting power production.
High
Underperforming String
A string has a delta of less than 3 degrees C when compared to an adjacent operational string. Other sub-module anomalies can also be in underperforming strings and generally are not visible in true present offline strings.
Medium
Vegetation
Panels are physically impacted by vegetation.
Low
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Stay Up to Date
Subscribe to our newsletter and stay informed about innovations in solar asset optimization, deploying robotics for solar, our research and testing with OEMs, the latest in our product development, and more.
Links & Support
Stay Up to Date
Subscribe to our newsletter and stay informed about innovations in solar asset optimization, deploying robotics for solar, our research and testing with OEMs, the latest in our product development, and more.
Links & Support
Stay Up to Date
Subscribe to our newsletter and stay informed about innovations in solar asset optimization, deploying robotics for solar, our research and testing with OEMs, the latest in our product development, and more.
Links & Support
Stay Up to Date
Subscribe to our newsletter and stay informed about innovations in solar asset optimization, deploying robotics for solar, our research and testing with OEMs, the latest in our product development, and more.
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