CHESEAUX, Switzerland — senseFly, a provider of fixed-wing drone solutions, introduced its new senseFly Solar 360 at this year’s AUVSI XPONENTIAL, the latest addition to its senseFly 360 solutions range. Created in collaboration with software company Raptor Maps, this new offering is a uniquely efficient thermal drone solution that enables the automatic assessment of solar plant performance at a sub-module level.
Created by combining eBee X fixed-wing drone technology, senseFly’s Duet T thermal mapping camera, and Raptor Maps’ ground-breaking software, senseFly Solar 360 is a fast and fully-automated solution. It is easily integrated into solar management workflows without requiring either drone piloting skills or the manual analysis of aerial solar farm data.
Efficient solar farm inspection
Users can inspect solar farm installations of up to 150 MW in a single day*, enhancing operational efficiency by up to 300 times versus ground inspection using a handheld thermographic sensor (500 kw per day) * Based on five 70-min eBee X flights at 42 m (138 ft) AGL.
The senseFly eBee X drone can fly for up to 70 minutes when carrying the senseFly Duet T thermal/RGB mapping camera. This allows 65 ha (161 ac) of sub-module level anomalies to be documented in a single 42 m (138 ft) flight — double the inspection coverage of multi-rotor systems.
With Raptor Maps’ first-of-its-kind software’s minimal image requirements, users can conduct drone inspections at least five times faster than competing software.
Receive the most accurate reports in the industry, automatically.
The eBee X drone makes collecting thermographic data of solar farms easier than ever before. It captures radiometric thermal and visual RGB imagery without the need for a trained pilot.
The Raptor Maps software then generates a detailed and actionable inspection report, using the eBee X’s RGB and thermal imagery to identify, classify, and localize anomalies automatically.
The eBee X thermal drone is an inherently safe, end-to-end integrated solution, thanks to its low kinetic energy, lightweight nature and range of configurable, aviation-inspired fail safes.
Breakeven in just one flight.
Raptor Maps users report USD $2,000/MW of previously-undetected production impact and the ability to directly replace manual electrical testing. In the case of a 16 MW site this equates to breaking even on your senseFly Solar 360 investment after just one flight.
senseFly Solar 360 minimizes staff time on-site and thus associated labour costs. It achieves this via the eBee X’s extensive single-flight coverage, which reduces the number of battery changes required, while Raptor Maps software helps to drive significant cost savings by requiring 80 per cent fewer images for its analysis than competing software.
The eBee X’s RGB camera data helps to deliver further cost benefits by generating a geo-accurate digital terrain model, which can be used to optimise a farm’s design.
This drone inspection solution also facilitates more frequent PV solar farm inspections, allowing problems at the string, module and cell level to be detected before they impact yield or cause a wider technical issue.
senseFly Solar 360 is supplied with the customer’s choice of Data Pack. These Data Packs are available in 50 MW, 100 MW and 200 MW variants, depending on the output capacity a customer expects to assess over the course of a year.
senseFly Solar 360 will be available to order via senseFly distribution partners from June.
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