WATTSTUNDE® SOLA Ease 140Wp solar bag variation set Votronic MPP170 CI Yes - 101-1514-006 Incl. 0% VAT according to §12 para. 3 UStG.

The next generation WATTSTUNDE SunFolder with Votronic MPP170 CI charge controller

Energy, wherever you are

With the SOLA Ease 140 Wp Sunfolder, you get the next generation of foldable solar panels, optimized for even greater efficiency and ease of use. This improved version of the popular WATTSTUNDE SunFolder+ features an innovative ETFE surface coating that offers 3% increased light transmission, allowing you to get even more out of every ray of sunshine.

Enhanced functionality and robust design

The SOLA Ease 140 Wp Sunfolder is not only lightweight and space-saving, but also more stable and easier to position thanks to its new, wider base. Whether you park it behind the windshield or set up the panel outdoors, you can flexibly place it wherever the sun is strongest. The robust Cordura fabric reliably protects it from the elements.

Plug & Play for maximum convenience

Thanks to an improved connection system with a 30 cm long Anderson connector and an additional Anderson-to-Anderson extension cable, the SOLA Ease 140 Wp Sunfolder is lightning-fast and easy to install. Simply connect the solar panel to your charge controller and enjoy instant power whenever you need it.

Ideal for all self-sufficient applications

Whether in a motorhome, camping, or on a sailboat – the high-quality SunPower solar cells ensure optimal results and high energy yield. The new design of the SOLA Ease 140 Wp Sunfolder integrates seamlessly into any modern adventure and provides reliable energy to power you and your devices independently.

Includes high-performance MPPT charge controller from Votronic
Votronic MPPT charge controllers are manufactured in Germany and are among the most powerful and reliable charge controllers on the market.
The MPP series from Votronic operates on the Maximum Power Point Tracking (MPPT) principle. With MPPT technology, the controller continuously and automatically determines the maximum power output of the solar modules several times per second. It then transforms the excess voltage from the solar module into a higher charging current for the battery (achieved through high-frequency switching regulator technology with high efficiency). This increased charging current results in shorter charging times and the best possible utilization of the solar system's power.
As an additional feature, the charge controller offers the possibility of constantly charging the vehicle's starter battery via a secondary charging output.