This is a miss direction of sorts. The cell wind in not exposed to the plasma wave,
Remember: "No plasma or shockwave gets near cells" It is the pickup on the plasma side of the fiber optic cables that will face erosive forces. On Sat, Jul 19, 2014 at 1:33 PM, Orionworks - Steven Vincent Johnson < [email protected]> wrote: > Got a response for Dr. Mills: > > > > *The cell has a window to protect the PV, and the PV is warranted for 25 > years at the rated power. We are working directly with six manufactures. > They see this as an enormous market opportunity. These concerns are > nonexistent* > > > > Randy responded quickly I might add. > > > > It would seem that the destructive power of SunCell technology will not be > an issue. I hope so. Obviously, an actual running prototype running at 2000 > reactions per second will have the last word on that matter. > > > > I followed up with the another question to Dr. Mills: > > > > * * * * * * > > > > Thank you for your prompt reply, Dr. Mills. > > > > It would appear that PV cells will be protected from potential harm. That > is certainly good. > > > > But, what about the fate of the window device charged with the > responsibility of protecting the PV cells from potential SunCell damage? > Granted, I'll assume that a protective window apparatus is going to be far > less expensive to manufacture. I'll also assume such a window device would > consume far less energy in its own making. It makes me wonder, wouldn't the > window component end up having to be replaced on some kind of a regular > maintenance schedule? Is this possibly an engineering challenge? > > > > I look forward to viewing the next demonstrations when BLP gets around to > posting them out on You Tube. My understanding is that the next private > demonstration will be held on July 21. > > > > Regards, > > Steven Vincent Johnson > > svjart.orionworks.com > > zazzle.com/orionworks >
