Three forces converge on the same product: a module that knows what is happening to it.
Failing bypass diodes are among the top fire risks in PV — and homeowners know it. DiodeVital watches every diode in every module, continuously. That is a safety feature on your datasheet, answered every 15 seconds.
Intelligence is moving into every product — modules included. But AI without module-level data is guesswork. A SunSniffer-equipped module feeds real measurements to real analytics: TrueSTC, DiodeVital, Ray, IEA PVPS classification.
Utility-scale EPCs and institutional owners look past the flash test. A module that documents its own field performance gets specified, gets preferred, and gets onto procurement shortlists that commodity modules never reach.
No microinverter economics. No extra wiring. No new data network. The intelligence rides on hardware the module already has.
The most innovative manufacturers — including leading Chinese producers — are already moving toward embedded intelligence. It gets specified. It gets preferred. It sells to homeowners on safety and to institutions on proof.
One defined production step. A permanently differentiated product.
The SunSniffer sensor is 10 × 20 mm — designed specifically for the QC Solar junction box, currently the qualified integration partner for this design. The module itself requires one defined modification: a small bus connection from the outer poles (plus and minus) so the sensor can measure voltage across the full module. This is a fixed, repeatable step in the assembly process, done once during production.
The RSD variant builds compliant rapid shutdown directly into the junction box — no additional box on the roof, no extra RSD cabling, monitoring included at no meaningful additional cost. One integration. Both requirements covered — far cheaper than retrofit.
Today's standard module carries a split junction box — three boxes, three diodes. The sensor needs a connection between + and − to measure module voltage, and there are two clean ways to give it one.
Choose the model that fits your go-to-market.
The honest objection: field data reveals degradation rates you might not want to see. The dynamic answer: stop warranting every module alone — warrant the plant.
Every manufacturer knows it: modules scatter. Some come in better than the datasheet, some worse. Today that scatter is invisible — and every single module is a potential individual claim.
With module-level data you can flip the logic: guarantee the total STC value of the plant. Some modules over, some under — in total, it fits. One fleet-level promise instead of thousands of individual ones. Backed by measurement, not by dispute.
Whoever offers the first data-backed warranty defines the category. Transparency stops being your risk — it becomes the product only you can sell.
Warrant the summed STC value of the delivered fleet, tracked continuously with TrueSTC against the agreed baseline. Individual scatter averages out; warranty reviews use a shared module-level performance record.
Keep a stake in your modules after they leave the factory: warranty + monitoring + service as a subscription. Production margin once, field revenue for 25 years.
With AI and module digitalization, warranty terms can follow measured risk — per plant, per climate, per batch. Monitored fleets give insurers the evidence base for differentiated terms.
A legal requirement, not a preference: mandatory for rooftop systems. The SunSniffer RSD variant satisfies it while adding full module-level monitoring — built directly into the junction box.
This demand is not regional. Europe, Asia, the Americas, the Middle East — institutional buyers everywhere are asking for module-level performance data, IEA-aligned documentation and AI-driven analytics. SunSniffer's platform directly addresses bankability and procurement requirements in all of them.
SunSniffer works with manufacturing partners through a structured process — from sample evaluation to production qualification to volume supply.