Learn / resources

FAQS

Why is it more expensive than other modules per watt?

Our technology is inherently different from our competitors, and while it is more expensive, our quality and performance make up for the price differences. Bypass diodes make up for increased performance under shaded conditions, and our 3M top sheet is best in class for all-weather protection year-round.

Will it delaminate over time or will the coating be harmed from UV?

The front sheet of the module is a well-tested 3M UBF 512 material. One of its primary purposes is to protect the module components from UV to prevent any damage it may cause. As long as the user does not remove the laminate, there will be no harm from UV.

How do I apply or fasten it to my specific application?

The best way to apply XPLOR modules is to use the appropriate 3M VHB tape for the surface. The back sheet is a plastic polymer, and 3M provides a wide range of adhesive tapes depending on the type of surface. i.e., metal, fiberglass, plastic, etc...

How do I wire it? What else do I need?

XPLOR modules come with MC4 terminals, which are a standard in the PV industry. To wire it to your charge controller, you will need to measure the proper length of cables with cables with an MC4 male/female on one side and bare wire on the other. The rest of the system (charge controller to battery, battery to inverter) will depend mainly on the size of the system.

What size do I need for my vehicle?

The first thing to do is determine all of the electrical loads you will use in your vehicle (a rough estimate in kWh). From there, you can figure out how much battery storage you will need depending on how long you want your system to run without adequate sunlight. Finally, you will be able to determine the proper size of your modules, based on how much daily kWh in PV generation you will need to maintain your batteries while running all of your electrical loads.

Can I walk on it?

XPLOR modules can be walked on -- as long as there is no debris on the module or the shoes. We do not suggest placing these modules in a heavily trafficked area as it will increase the chance of damage to the module.

Can it be recycled when it’s life is over or is it as recyclable as glass modules?

Our modules absolutely can be recycled at their end of life. We are already 1/10 the carbon emissions in the production and manufacturing process, as compared to standard module manufacturing, and we’re expanding our capabilities of recycling the stainless steel and metal materials for each cell.

Resources

Learn more more about XPLOR Products