SVTECH / Applications

Find the right equipment for the task

Rooftops, solar farms, building façades, emergency sites and industrial equipment each have different demands. Explore operating goals, site conditions and acceptance criteria to narrow your equipment choices.

Find the right equipment for the task
Application illustration
Solar farms and commercial rooftops
Application illustration
Cleaning systems

Solar farms and commercial rooftops

Large arrays, limited roof access and uneven soiling call for coordinated cleaning routes and water logistics. Trial a representative area using the module material, water quality and soiling type to assess coverage, water use and full-shift productivity.

Product starting points
Deployment and acceptance checks

Confirm module type and warranty requirements; test a representative area; record water per area, whole-shift productivity, dry residue and damaged modules; compare results under equivalent conditions.

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Glass curtain walls and building façades
Application illustration
Cleaning systems

Glass curtain walls and building façades

Façade cleaning combines material compatibility, building geometry, wind and ground logistics. Plan power, hoses, cables and stand-off distance together to reduce on-site adjustments and define inspectable cleaning-quality criteria.

Product starting points
Deployment and acceptance checks

Run material and residue trials; map spray distance, façade clearance, cable and hose routes; set wind-related stop conditions; inspect edge coverage, seal leakage and drainage during acceptance.

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Persistent observation, lighting and communications
Equipment photograph
Tethered drones

Persistent observation, lighting and communications

Events, incident command and temporary monitoring may require prolonged operation over one area. Configure tethered systems around camera, lighting or communications payloads, accounting for power demand, drag, ground supply and backup landing procedures.

Product starting points
Deployment and acceptance checks

Specify continuous and start-up power; budget the ground source, line losses and onboard reserve; test control and payload communications together; rehearse task termination and backup landing procedures.

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Aerial mapping and power infrastructure inspection
Application illustration
Industrial UAVs

Aerial mapping and power infrastructure inspection

Wide-area coverage and close inspection place different demands on an aircraft. Define accuracy, anomaly detection and review needs first, then match fixed-wing or multirotor platforms and sensors to the route, image quality and data deliverables.

Product starting points
Deployment and acceptance checks

Specify coordinate system and delivery format; use appropriate independent checkpoints; inspect sharpness and coverage gaps; retain raw data, processing settings and review records.

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Fire response and hazardous-area operations
Product reference image
Special-purpose robots

Fire response and hazardous-area operations

Where direct personnel access is unsuitable, ground robots can carry remote observation and task equipment. Evaluate slopes, passage width, hose drag and radio obstruction, alongside visibility, braking, recovery and the required protection scope.

Product starting points
Deployment and acceptance checks

Test turning, braking and hose loads in representative passages; verify obstructed communications and link-loss response; check hazardous-area approvals; rehearse recovery without personnel entering the hazard.

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Propulsion for UAVs and industrial equipment
Equipment photograph
Brushless motors

Propulsion for UAVs and industrial equipment

A/H motor families support selection across low- and high-voltage architectures. Match motors and controllers to continuous load, speed, mounting space and cooling, then validate temperature rise, vibration and service access over the actual duty cycle.

Product starting points
Deployment and acceptance checks

Provide a time-based load profile; confirm shaft connection, rotation and braking needs; measure temperature over a full duty cycle; define wear parts, service space and spare-part traceability.

Technology ↗

This page explains applications and system configuration. Scene illustrations do not represent delivered customer projects.

Technical references and further reading
  • NREL/TP-7A40-73822 · O&M Best Practices, 3rd edition
  • SVTECH · 2024-11-09
  • NIST · Standard Test Methods for Response Robots
SVTECH / Sales and technical enquiries

Start the selection with your site requirements

Tell us the task, payload, power supply, operating duration and destination. SVTECH can then discuss suitable platforms, interfaces and the next validation steps.

SV TECH / PRODUCT ENGINEERING

Mission-specific application planning

Solar-panel cleaning: panels, routes and water supply

Plan SV-M30 solar-cleaning work around the panel manufacturer’s permitted process, array layout and water logistics. The supplied photos add folded/unfolded airframe views; the operating documents support configuration review.

Documents and engineering resources ↗ · All recognition and source images ↗