Solar Panels anchored as per ASCE 7-10 Wind Loading Calculation

This video show how you can minimize the exposure of solar panels to winds of 180 MPH. The wind load calculations were made following the ASCE 7-10 regulation.
As always, consult with a licensed engineer and observe the required precautions when climbing on the roof of your residence. Be careful, and see that there are no electrical cables that can make contact with you.
1)INTRODUCTION --- 00:54
2)DRAG COEFFICIENT -- 7:44
3)DRAG & LIFT COEFFICIENT -- 11:34
4) UPRA PHOTOVOLTAIC SYSTEM -- 19:38
5)SOLAR PANEL BUNKER STYLE INSTALLATION --25:53
6)WIND LOADING CALCULATION ASCE 7-10 -- 27:35
7)SPREADSHEET CALCULATION OF WIND LOADING -- 37:49
8)INSTALLATION OF MY SOLAR PANEL -- 48:10
Videos on this subject:
1) • Build Your Own Solar P... (Installation of a Solar System)
2) • Solar Panels anchored ... (Uses of the ASCE-7-10)
3) • CFD LIFT AND DRAG CALC... (CFD LIFT AND DRAG CALCULATIONS...)
4) • HOW TO MOUNT A SOLAR S... (HOW TO MOUNT A SOLAR SYSTEM TO SURVIVE A HURRICANE)
After 3 years, the acid batteries for this system were upgraded to LI-Fe-PO4.
1. • SAYING GOODBYE TO MY L...
SAYING GOODBYE TO MY LEAD ACID BATTERY BANK
2. • BMS CABLE ASSEMBLY FOR...
BMS CABLE ASSEMBLY FOR A 16S LI-FE-PO4 100 AH BATTERY BANK SYSTEM
3. • WELCOME TO MY NEW LI-F...
WELCOME TO MY NEW LI-FE-PO4 BATTERY BANK
4. • 100 AMP 48 VOLTS DALY ...
100 AMP 48 VOLTS DALY BMS FINAL THOUGH
5. • ASSEMBLING A LIFEPO4 5... ASSEMBLING A LIFEPO4 BATTERY 5.2 KWH SYSTEM
Sincerely,
[e-mail]
~-~~-~~~-~~-~
• WELCOME TO MY NEW LI-F...
WELCOME TO MY NEW LI-FE-PO4 BATTERY BANK
~-~~-~~~-~~-~