Drone PV Inspection Application Scenarios
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PV power plants are usually built in areas with high altitude and abundant sunshine resources.
A traditional manual inspection commute is difficult and costly
The efficiency of manual inspection of PV panels is extremely low, and fault detection is inefficient.
A huge amount of data is required to manually determine the location of the problem.
  • Mountain PV
  • Water PV
  • Distributed PV

   Mountain PV Plant


  •     · Mountainous photovoltaic stations are erected on mountain slopes, the surface of the ground is undulating,

  • the terrain is complicated, and the station area is far from the main road, which brings difficultis to

  • the daily maintenance work of the staff.

  •     · The wide range of PV panels, operation and maintenance personnel are prone to inspection

  • blind zones, resulting in omission, affecting the overall power generation efficiency.


  •     · Operation and maintenance personnel need to constantly repeat the action of

  • climbing overhauling, due to the high degree of repetition of the operation, individual professional

  • degree is not the same, the physical gap is not controllable and other factors, inspection errors

  • are difficult to avoid, and failed to form a professional, standardised, unified scientific management system





   Water-based PV Plant


    · The wide range of water surface photovoltaic, manpower inspection is difficult and costly,

the arrangement of water surface photovoltaic panels is often in the form of pieces, the operator

with the naked eye is difficult to carry out a full range of inspections.


    · When encountering faults, the personnel is usually through multiple testing to determine

the fault so as to carry out maintenance, inspection personnel professional ability variations lead

to inspection results are often different, resulting in overall inefficiency, personnel operating under

great pressure


    · Fishery photovoltaic complementation" is the combination of aquaculture and photovoltaic power

generation, forming a new mode of power generation that "can generate power on the top and raise

fish and crabs on the bottom".





   Distributed PV Plant


    · Distributed PV systems tend to be dispersed across a wide range of geographic locations,

including remote areas far from cities, making it less efficient for O&M teams to access and

maintain each PV system


    · The lack of an integrated monitoring platform may lead to difficulties in data collection and

analysis, making it difficult to eliminate faults in a timely manner.











Using industrial-grade drone inspection, the drone can follow the planned flight path, automatic flight inspection in complex terrain environment.
The use of drone hangar can achieve unattended inspection mode, instead of manual commuting.
The drone can mount both visible and infrared cameras to identify hidden dangers not visible to the human eye through hotspot analysis.
Intelligent recognition system, which greatly enhances the data processing capability.
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