Waterproof Flat roof solar mounting,SPC-BIPV-FR1

Q:

Dear Sir/Madam,

 

Please find attached a roof PV (550 W per Module) design with its mounting structure in an AutoCAD drawing. The building is located near the sea.

 

Please provide a quote for the flat roof solar mounting using aluminum or galvanize steel. Please include all parts and accessories in the quote.

Thank you in advance.

 

PS: Feel free to change the structure design as appropriate. This is a preliminary one done by me but it can be modified as convenient.

 

With my best regards,

Ahmad Ayoub

 

A:

Dear Ahmad,

 

Appreciated for your inquiry our flat roof solar mounting.

 

I would like to get more details from you:

 

1.What is your pv panels dimension?___mm Length x___mm Width x__mm Thickness.

 

2.How is weather there,such as wind speed and snow load?

___m/s wind speed and____KN/m2 snow load.

 

3.How many solar panels are needed?  ____ rows and ____columns?

 

4.Arrangement? Portait or Landscape.

 

5.What is the adjustable range of angle?

 

6.What is the ground clearance?

 

If you could inform more details of project, our engineer will make a BOM and drawing for you.

 

FYI

 

Catalogue & some of our recommended items.

 

If you can share me your company details, it would be much GREAT !

 

Waiting for your early reply.

 

Q：

Hello William,

 

Good day to you too and thank you very much for your reply.

 

Please consider the attached panel here.

The weather details are here (No snow in Beirut): https://www.meteoblue.com/en/weather/historyclimate/climatemodelled/beirut_lebanon_276781

The no. of solar panels is 72, thus making 72*550 W = 39.6 kW.

The arrangement is as in the drawing with the length (2.256 m) facing the sun.

The tilt angle is about 5 degrees and the azimuth is about -7 degrees.

This is on the roof and the structure will be mounted on the ground and the panels upward. The legs are to be fixed to the roof floor and as shown hopefully (2m from front and about 3.6 m from the back).

 

It would be great to have the BOM and drawing.

 

I am currently doing this project but it could go to execution if approved by the council.

 

Thanks William !

 

With my best regards,

Ahmad Ayoub

 

A：

Hi Ahmad

 

Can you send me CAD files also ?

 

Our engineer will check it for you.

 

 

 

Q:

 

Hello William,

 

Please check the attached CAD data again

 

Looking forward to your plans and designs.

 

With my best regards,

Ahmad Ayoub

 

A:

 

Hi Ahmad

 

Thank you for your information.

 

Please check the attached design and quotation carefully. Please feel free to contact me if you have any questions about this flat roof solar mounting design. We can work with you to modify and adjust.

 

Q:

 

Hello William,

 

Thanks for the flat roof solar mounting solution, it looks great. I will report the specific details and price to our company and then give you feedback.

 

With my best regards,

Ahmad Ayoub

Waterproof flat roof sunshed system for flat concrete rooftop, steel-aluminum combined bracket form, welded bracket with hot-dip galvanized steel pipe, a form of photovoltaic power generation that installs conventional photovoltaic modules on concrete roofs.

 

Advantages

 

Suitable for BIPV flat roof sunshed system

concrete flat roofs;

It is suitable for installing modules of any specification and frameless modules, and can be quickly

replaced with settings;

Carry out strength testing in strict accordance with design standards to produce products with stable performance;

The installation operation is simple, the efficiency is high, and the construction period is short. There are only 4 to 5 parts in a system, and the installation can be realized with a few tools;

Made of anodized aluminum and stainless steel, it has a long service life.

Installing the Solar flat roof sunshed solar photovoltaic system on the roof does not need to destroy the old roof, but build a new roof on the entire floor. The BIPV bracket can also be used with all ground brackets to play a waterproof role.
The photovoltaic sun shed provided by our company is made of high-quality zinc-aluminum-magnesium and aluminum alloy, which is anti-corrosion and anti-rust, and has a service life of more than 25 years;

BIPV sunshed series PV sunrooms are built with ZAM material. The sunroom solutions provide functions of power generation, windproof, snowproof, waterproof, light transmission. This series has compact structure, great appearance and high adaptability to most sites.

Structure +BIPV system + solar photovoltaic, an eco-friendly substitution to the traditional sunroom.

Characteristics of the Solar flat roof sunshed solar photovoltaic system:
Diversified Customization:
Good Weather Resistance:
Waterproofing

Typical Applications:
Sunroom for Houses or Villas Sunroom Pavilions Sunroom in Yard Smart Building

Do you know what is BIPV? BIPV means Building Integrated PhotoVoltaics

Highly appreciated our Group team great effort to make this new BIPV flat roof sunshed solar system happen!

There is showcasing its most up-to-date BIPV System, the BIPV flat roof sunshed solar system project.

The material of this BIPV flat roof sunshed solar system is zinc aluminum magnesium(ZAM275)

Compared with the traditional hot-dip galvanized(HDG steel) bracket and structure, the zinc-aluminum-magnesium (ZAM) bracket has the following four advantages:

1. Corrosion resistance Corrosion resistance is 5-10 times stronger than traditional hot-dip galvanizing
2. Long lifespan The lifespan of zinc, aluminum and magnesium is as long as 50 years, while traditional hot-dip galvanizing only lasts for 20 to 30 years.
3. Easy to process Zinc-aluminum-magnesium brackets can be directly cut and used; traditional hot-dip galvanizing requires galvanizing, touch-up paint, surface treatment and repeated logistics in the middle, and the process is cumbersome
4. Automatic repair Zinc-aluminum-magnesium automatically repairs the cutting, stamping, and section coatings, reacts with oxygen ions in the air, and forms a white protective film on the surface