BougeRV 200W Flexible wiring diagram

The Yuma 200 CIGS manual has separate adhesive and drilled variants. Both share 200 W, 24 V Vmp, 8.52 A Imp, 30.4 V Voc and 9.48 A Isc, each electrical figure shown with ±5% tolerance. This matches the catalog electrical values. The older generic CIGS manual has different ratings and is not used for this Yuma row. See electrical table, printed page 12.

Both variants are 1.5 mm thick, correcting the earlier 2.5 mm description. Adhesive Yuma 200 is 2087.5 × 660 mm, 3.83 kg; drilled Yuma 200 is 2102.5 × 689 mm, 2.7 kg. Confirm which mounting version was supplied before laying out the roof.

The system diagrams, printed pages 9–10, show a charge controller between the module and battery, or a compatible power station solar input. For a 12 V house battery, an MPPT controller can use the panel's higher working voltage; confirm its PV voltage/current limits before wiring.

Series connection adds module voltage; parallel connection adds current. Verify polarity from the actual marked leads and use compatible connectors and protected extensions. A plug adapter changes the connector interface, not the receiving device's electrical limits. Isolate the load before separating connectors.

The exact Yuma table gives −0.28%/°C Voc temperature coefficient and 1000 V maximum module-system voltage. Apply cold-temperature correction and the stated voltage tolerance to the complete series string before comparing it with the controller's limit.

The reviewed Yuma manual does not publish a maximum series-fuse rating. Do not import the old generic CIGS panel's fuse value or read Crimp's 15 A terminal allowance as that missing specification. Obtain the actual label/manufacturer limit before arranging parallel strings and selecting reverse-current protection.

Use the supplied mounting method for the adhesive or drilled version. The adhesive instruction describes removing the backing film before attachment; it does not validate every roof coating, adhesive substrate or vehicle installation. Confirm surface preparation and attachment requirements before permanent bonding.

The manual says to roll with the solar face outward; rolling inward can damage the panel. Avoid sharp creases, unsupported cable strain and walking loads. Keep the surface clear of dirt and persistent shadows. The troubleshooting pages 14–15 explain why heat, shading, orientation and the connected controller can reduce measured output below the 200 W laboratory rating.