Enhanced Performance of Triboelectric Nanogenerator for Martian Environment

In planetary exploration the significant weight of metal coils and permanent magnets, in addition to the initial costs. make it challenging to use standard electromagnetic generators. A possible substitute is a triboelectric nanogenerator that produces a lot of power per mars. However, to evaluate the requirement for a reliable and steady power supply for Mars houses and interplanetary exploration missions, a Mars analog weather chamber is Simulated. The performance of the intended model may generally be analyzed in relation to temperature, air composition, pressure, and in this study, we focused solely on analyzing the effect of temperature on the performance of designed device in Mars environment. Thus, the newly designed generator increases the output voltage by an increase of more than 20 V. compared to the outcomes of the experiment and their scientific implications. Mars has plenty of wind, powerful dust storms, and surface tremors, all of which are desirable mechanical sources for electrical energy conversion.