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Renewable energy

applications /
SERVICES

What we offer

Solar Panel Inspection

Drones equipped with thermal and visual sensors detect faults like hotspots, cracks, and dirt buildup on solar modules, improving maintenance efficiency.

Wind Turbine Blade Inspection

High-resolution drone imagery captures damage such as erosion, cracks, or lightning strikes—removing the need for rope-access and reducing inspection risk.

Thermal Efficiency Audits

Identify temperature anomalies in solar farms or substations to assess equipment performance and prevent energy losses.

Energy Site Mapping & 3D Modeling

Generate high-accuracy orthomosaic maps and 3D terrain models to assist in site planning, layout optimization, and expansion tracking.

Environmental Impact Monitoring

Monitor vegetation, land use, and nearby ecosystems using drone imagery to meet sustainability goals and regulatory standards.

Infrastructure Integrity Checks

Inspect solar mounts, inverters, and wind power components safely and efficiently—reducing manual effort and identifying faults early.

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Renewable energy

Optimize your renewable energy operations with Vista Drone’s cutting-edge aerial solutions. Our UAV systems perform rapid and safe inspections of solar farms, wind turbines, and energy installations—delivering accurate insights without interrupting operations.

We use high-resolution imagery, thermal data, and advanced mapping to detect defects, assess efficiency, and support sustainable practices. This enables energy operators and developers to cut inspection time, minimize risks, and ensure peak performance of renewable assets—all while aligning with environmental and safety standards.

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VISTA SOLUTIONS FOR RENEWABLE ENERGY SECTOR

Our Key Deliverables

Cracks

Common defects caused by handling, packaging, transport, and harsh climates over time.
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Discolorations

Internal or external factors causing reduced sunlight entry and significant losses.
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Mounting Failures

Failures in mounting can cause structural issues and lead to decreased panel efficiency.
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Vegetation

Overgrown vegetation can obstruct panels, reducing overall efficiency.
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Delamination

Moisture in PV modules leading to delamination, often due to improper lamination methods.
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Hotspots

Overloaded regions causing warm spots, leading to increased resistance and short circuits.
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Reverse Polarity

Incorrect wiring can cause reverse polarity, leading to system inefficiencies.
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Short-Circuited Module

Short circuits in modules can cause significant safety and efficiency issues.
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Module Cracking

Cracks in modules can reduce efficiency and lead to further damage.
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Module Damage

Physical damage to modules often results in decreased energy output.
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Module Obstruction

Obstructions like dirt and debris can block sunlight, reducing energy production.
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Shading

Shade on panels can drastically reduce efficiency and energy output.
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Heated Module

Excessive heat can damage modules and reduce overall system efficiency.
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Activated Bypass Diode

Bypass diodes activate to prevent overheating, but frequent use indicates a system issue.
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Optimizer Failure

Failures in optimizers can lead to significant energy losses across the system.
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Offline String

An offline string of panels indicates a connectivity issue, reducing system output.
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Overheated Junction Box

Excessive heat in junction boxes can cause safety risks and damage to connections.
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Module Soiling

Accumulation of dirt and debris on modules can significantly reduce efficiency.
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Benefits You Get with Vista Drone Deliverables

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FAQs

Frequently Asked Questions