Architects will consult independant engineers to gain accurate forcasts of what panels would yield in all the locations of a designed structure , so they have an independant report to then decide what walls and what panels to elect as Clearvue tech panels etc.
That entry unit still had one panel wired to the screen showing 28w rate and 78w so far for that day on a not so sunny day, mostly cloudy, compared to the weeks earlier. based on what the pic taker said.
The entire structure yielded 2500-3500 watts per day in the first test days before the power company wired it in to the box I believe.
With 16 to 17 sqm of total glass, it looks like the peak day yield was around 200w per sqm per day. And worst test day at that time seems to calculate at 145 to 150w per day per sqm.
Im making these calculations myself off field data that isnt recorded but is the yield Im aware of.
Over the next few weeks and it coule be by early May, before a full transparant, checked and proven yield rates etc should be announced once its all wired up, checked and tested to be optimised.
So then we will all see a report from an engineer so something like that confirming the exact calculations.
But from the data I have to work with it looks like a good day should be in the range of 150w per day per sqm.
Over the 12 months id expect there will be days higher and lower, so Im still confident that all my orginal Calculations based on 110w and 130w per day per sqm, will IMO be exceeded in sunny parts of the country and suny parts of the world.
The costs and benefit pay off rates for much less sunny places will take some good engineering to find the areas and parts of a building where the Clearvue Glass is viable from a payoff viability viepoint.
My opinion is based on my ability to calculate simple Maths, I dont have all the info, and I dont have 100% assurance that all my data is correct.
Im just basing my Calculations based on what I know and have been made aware of.
CPV Price at posting:
30.5¢ Sentiment: Buy Disclosure: Held
(20min delay)
