Choose the Package That Fits You
Choose the credit package that best fits your annual analysis needs. Use your purchased credits freely across different plant analyses for 1 year, and keep analyzing without interruption by buying more credits whenever you need them.
Credits are consumed based on the installed capacity analyzed in each flight — roughly 2 credits per kW, i.e. 2,000 credits per MW, regardless of panel count or image volume.
Report generation, photo uploads, plant management, serial-number tracking, electrical test and measurement logging, compliance inspections and event notifications are unlimited on every plan. Only the analyzed capacity draws down your credit balance.
Flexible
Pay as you go, analyze as much as you need.
≈ 250 kW analysis
Starter
Optimized for small-scale operations.
≈ 5 MW analysis
Growth
The most popular choice for growing businesses. ⭐
≈ 25 MW analysis
Professional
For maximum savings and high-volume analyses.
≈ 50 MW analysis
Enterprise
Large scale & custom needs
Credits & capacity tailored to your needs
Package Comparison
Compare credit capacity and features across packages
| Feature |
Flexible 1 MW |
Starter 5 MW |
Growth 25 MW Popular |
Professional 50 MW |
|---|
Flexible Solar Inspection Software Pricing
Buy Only What You Need. Use It Freely.
MapperX solar inspection software pricing is based on analysis capacity, not a separate license for every PV plant. Select a credit package that matches the total capacity your team expects to analyze. This keeps package selection aligned with real inspection demand.
Purchased credits remain valid for 12 months and can be used across multiple solar plants, customers and inspection projects. Service providers can share one balance across client sites. Asset owners and O&M teams can distribute credits across an entire PV portfolio. If demand increases, additional credits can be purchased without interrupting active analysis work.
The pricing table above publishes current packages, estimated analysis capacity and commercial terms. Engineering, inspection and O&M teams can compare options and forecast annual software expenditure before making a purchasing decision.
- 12-month credit validity
- Use credits across multiple plants, projects and customers
- Purchase additional credits when your workload increases
- Compare packages and estimated analysis capacity openly
How Does MapperX Solar Inspection Software Pricing Work?
MapperX credits represent solar PV analysis capacity. When your team processes a plant, the platform deducts credits according to installed capacity and the current calculation rules shown in the pricing table above. One balance can be distributed across several plants, customers and inspection projects during its 12-month validity period. An inspection provider can therefore analyze work for different clients without buying a separate license for every site. An asset owner or O&M team can use the same package for scheduled annual surveys, newly commissioned plants and follow-up analysis after corrective work. Higher-capacity packages reduce the effective cost of analysis, while smaller packages provide a practical starting point for occasional requirements. If demand grows, additional credits can be purchased without changing the workflow or interrupting active projects. The best package is the one that closely matches the total PV capacity your organization expects to inspect over the next year.
How Do I Choose a Solar Inspection Software Package?
Start with the total PV capacity you expect to inspect during the next 12 months. Include repeat surveys, follow-up analysis and new plants expected to enter your portfolio.
Use the package comparison above to select the closest credit balance. If your workload is irregular or requires custom capacity, contact the MapperX engineering team for a project-based assessment.
Select your credit package or contact an engineer.
Solar Inspection Software Pricing Questions
These answers explain software cost, included workflow, annual credit planning and IEC 62446-3 support.
How Much Does MapperX Solar Inspection Software Cost?
MapperX solar inspection software pricing scales according to annual analysis capacity. The pricing table above shows current package prices, included MW capacity and the effective cost per MW. Unlike site-based subscriptions, MapperX uses credits that remain valid for 12 months and can be allocated across multiple plants, customers and inspection projects.
Smaller packages suit occasional inspections or teams testing the workflow. Higher-capacity packages are designed for service providers, O&M teams and asset owners managing repeated surveys or larger portfolios. The effective analysis cost decreases as package capacity increases. If annual demand exceeds the selected balance, additional credits can be purchased without changing the platform workflow. The relevant comparison is therefore not only the annual package price. Buyers should compare total MW capacity, expected inspection frequency, repeat-analysis needs and the operational work included in the software before choosing a package.
What Is Included in MapperX Solar Inspection Software?
MapperX supports the analysis and reporting workflow that begins after thermal and RGB data have been collected. The platform brings image processing, AI-assisted anomaly detection and classification, map-based defect review, orthophoto generation, inspection records and report preparation into one working environment.
The operational work does not end when the drone lands. Inspection teams still need to organize imagery, connect each detected anomaly with its physical location, assess technical significance, prioritize field interventions and create traceable outputs for customers or asset stakeholders. These steps determine whether captured data becomes an actionable inspection result. A useful solar inspection software comparison should therefore evaluate the complete workflow, including review, classification, reporting and plant management, rather than comparing only the initial package price. The pricing table above shows the available capacity options; the correct package depends on how much installed PV capacity your team expects to process during the credit validity period.
How Many Solar Inspection Credits Do I Need Per Year?
Estimate annual analysis capacity by adding the combined MW capacity of every plant you expect to inspect during the next 12 months. Then multiply where a plant will require more than one complete inspection or analysis cycle.
Include scheduled annual surveys, targeted follow-up inspections after maintenance, newly commissioned plants and a reasonable allowance for unplanned re-analysis. The number of uploaded images is not the primary package-selection metric. Planning begins with the installed PV capacity to be analyzed and the expected inspection frequency. Image coverage and data quality remain technically important, but they do not replace capacity-based planning.
The lowest-priced package is not automatically the most economical option. A smaller package may suit occasional work. A higher-capacity package may provide a lower effective cost per MW for organizations managing repeated inspections or larger portfolios. Choose the package closest to your realistic annual workload, then add more credits only if actual demand increases.
Does MapperX Support IEC 62446-3 Solar Inspections?
Yes. MapperX is the first IEC 62446-3 accredited solar inspection platform, and its inspection and reporting workflows follow the standard. Reliable solar inspection analysis starts with suitable thermal and RGB source data. Flight altitude, ground sampling distance, thermal camera configuration, environmental conditions, radiometric quality and image coverage all affect the diagnostic value of the results.
Software cannot recover technical detail that was not captured during data acquisition. Before a flight, the inspection team should define the required level of detail, thermal and RGB data requirements, acquisition parameters and expected reporting outputs. This reduces avoidable rework and helps the selected credit capacity produce useful results.
If this standard is part of the project scope, establish the acquisition protocol, analysis requirements and deliverables before selecting a package. Pricing determines available analysis capacity; it does not replace the technical planning needed for a valid inspection.
