This is the second blog post in our series about training your technicians to fly drones. Check out the first post here.

Training technicians to fly drones is a powerful tool for solar asset management. Once the decision to implement internal data collection workflows is made, the focus shifts towards execution and optimization. Aside from training, it’s also necessary to partner with a software provider that makes sense of data collected during inspections so that you are armed with actionable insights.

Planning for and Executing Internal Data Collection Policies

Training technicians to fly drones requires three major components:

- Assessment of Opportunity & Readiness: Collaborate to build a business case and calculate ROI.

- Implementation Planning: Develop a tailored project plan for using drones, mobilizing labor, and capital.

- Enablement Support: Execute the project plan, including data capture training, licensing, and ongoing program support.

Training Programs and Ongoing Support

Initiate in-house data capture and keep it running smoothly via training and support:

- Equipment Procurement Strategy: Analyze hardware options for data capture, considering cost, durability, and core use cases.

- Data Collection Flight Training: Acquire expertise on data capture standards, Part 107 licensing, and optimizing analytics.

You need to make sure your team is trained to capture data effectively, accurately, and consistently. Fortunately, Raptor Maps has defined the industry data collection standards for IR inspections and has mission planning guidelines for all the major drones that are compatible for solar IR inspections.

Raptor Maps offers comprehensive support for training technicians to fly drones via Raptor Flight Academy. To learn more, reach out to us here.

Internal Data Collection: Beyond Inspections

While primarily known for thermal inspections, trained technicians can also undertake the following valuable missions:

- Fence-line Inspections: Ensure perimeter security and identify obstructions affecting system performance.

- Erosion Monitoring: Rapidly identify erosion impacting hardware or panel efficacy.

- Wildlife Management: Safeguard wildlife coexistence while maximizing power production.

Trends and Future Developments

The solar industry's evolution hinges on addressing issues affecting power production. Internal drone teams allow for the early detection of anomalies, thus maximizing production and preventing equipment breakdowns.

READ MORE: The Benefits of Implementing In-House Data Collection Programs

Stay tuned for our next post to delve deeper into the world of internal drone teams and their implementation.