As far as I understand you will offer the equipment constructed by your own to the users. How much will it cost and what will be its service life?
According to the information from the white paper, thats true. SolarBankers company claims that their photovoltaic DVP will be better than the standard solar cells. Photovoltaic DVP seem to be thin panels that wont be able to collect more energy that the usual solar cells and wont be more effective.
You had to read all the White paper till its end in order to claim anything like that, if you had even read it. If were talking about the amount of the energy collected, then DVP is really better than ordinary solar cells. In addition, they are a half cheaper than the first ones. In my opinion its senseless to ague.
Lets suppose thats right, though Ill check this information on the Internet. On the other hand, solar cells have better resistance to low temperatures. I dont think that photovoltaic DVP, which is made from thin and flexible material, will be able to withstand temperature of, for example, -20 degrees.
Fortunately, youre mistaken again. Despite the external fuzziness of the structure, photovoltaic DVPs can withstand low temperatures 30% more efficiently than solar cells. Thats why you can use them in cold regions.
It's great that youve described the main advantages of the equipment that SolarBankers users will use. Im even more interested in this project now. By the way, what about the environment-friendliness of photovoltaic DVP? Are any harmful materials used when producing it?
Our solar devices are designed to be more efficient under field conditions, especially in very hot environment. You can watch a video about our technology here:
https://www.youtube.com/watch?v=CNzITMNyT2g&t=We don't use any harmful material. Actually, the environmental footprint of our DPV modules is smaller than that of standard modules. The reason is because we use only 25% of the silicon used in standard modules. No thin films (like CdTe or CIGS) that are harmful to the environment, only silicon, which comes from sand.