We already know the Windows make 30 watts peak as an hour rate...

We already know the Windows make 30 watts peak as an hour rate at peak.

Because its based on watt hours, watts sustained for an hour etc.

Calculating Watts per day, depends on the location and time of year to Model the rate per day on average at that location.

Then x by 365 days for the average year Watt hours collected or saved.

The Next Paramater is how many sqm of PV glass and where on the Building are they.

Its not complicated maths, but to make a model tester you need all the Factors correct to get the data rate explained in a rate per sqm per year, or in the Model test a Rate per level but also quote the sqm of PV glass used in the Model.

I have emailed, called, facebooked and Txted but all staff is at Roadshows and Display booths in Sydney and Melbourne,

So I have tried to get an answer today but Looks like tomorrow is a better chance.

Based on my Numbers, even a poor location should get at least 60 watts per day average at absolute worst case. And based on the assumption of 5400sqm of Glass, it would be 3 times the quoted numbers.

If it averaged 100 watts per day per sqm like a good location should, then 5 times the numbers quoted.

So all I can say is Im trying to get an answer to determine what are the paramaters used in the Model so we can compare apples with apples and then we all know the facts. Cheers.