Canopy for 2 cars

Good day, Oleksandr!
Your task is completely clear to me. An area of 70 square meters for solar panels is a serious structure that requires precise selection of metal profiles considering the weight of the equipment and wind support (sail effect).
I will develop a complete set of drawings in ArchiCAD and a visualization in Lumion, as well as provide an explanatory note with a strength calculation. This guarantees that the structure will withstand both snow load and the weight of the panels.
My work will include:
Technical drawings: support plans, truss system diagram, and connection nodes.
Material specification: exact quantity of linear meters of profile pipe and area of profiled sheeting.
Calculation part: mathematical justification for the selection of the cross-section of pipes (posts, purlins, and trusses) according to the current load standards.
3D visualization: model of the canopy considering the roof slope for effective operation of the solar panels.
I suggest using a truss system to span the gap to avoid unnecessary supports in the middle of the area and make the structure as rigid as possible.
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Since you plan to install solar panels, I will calculate the spacing of the rafters so that the panel mounts lie directly on the metal frame. This will allow you to significantly save on the aluminum mounting system for the panels. Are the dimensions of your solar panels already known so that I can take them into account in the layout?

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Hello. I am ready to complete your order. I will create constructive solutions for your canopy according to the design task. Feel free to contact me....
Freelancehunt

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Good day, I work in the software complex RFEM, I can perform the necessary calculations (according to EN standards), and provide clear diagrams for construction.

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Good day, I can complete your project, taking into account all loads, snow, wind, and self-weight. There are questions, price and deadlines after discussion. Examples of canopy work are in the profile, but just in case, I am attaching a few projects here.
https://freelancehunt.com/showcase/work/naves-dlya-stoyanki-solnechnyie-paneli/1340312.html

https://freelancehunt.com/showcase/work/rozrahunok-nakrittya-ta-udoskonalennya-konstruktsiyi/1538151.html

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I will perform the necessary calculations, select the cross-sections, and provide a complete set of drawings, a bill of materials, etc. Some parameters will need to be clarified, but that will be in the correspondence.

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I will create a 3D model in SolidWorks with the ability to view it in eDrawings or in a web browser. Development stages - see in the profile. After discussing and agreeing on the design - preparation of drawings for the required manufacturing technology. We will determine the final deadlines and cost of the project during the discussion of project details.

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I can create documentation for the welded structure of the canopy for solar panels. Your task does not provide information about the height of the vehicles or the minimum height of the canopy. Also, what type of support node is planned on the ground.

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COMMERCIAL PROPOSAL: DESIGN OF THE METAL FRAME OF A CANOPY FOR SOLAR POWER PLANTS

Object: Load-bearing metal frame of the canopy.
Dimensions: 7.8 x 9 m. Clear span: 9 m.

TECHNICAL REGULATIONS
A span of 9 meters under static (snow + solar power plant) and dynamic (wind) loads requires the design of spatial truss structures. The use of flat profile pipes as load-bearing beams for 9 m will lead to critical deflection and destruction of the solar panel glass.

CRITICAL DATA FOR STARTING DESIGN
… Design does not begin until a complete set of inputs is provided:

Specification of FEM: Dimensional drawing (Data Sheet), weight of one solar panel, type of planned mounting subsystem.

Location: Exact settlement of construction (for collecting wind and snow loads according to regulations).

Roof slope geometry: Required angle of roof inclination for generation as specified by the client.

Clearance dimensions: Mark of the bottom of the load-bearing structure (minimum clear height from the covering to the truss).

1. Engineering calculation and statics
Collection of climatic loads. Construction of a spatial rod model. Calculation of elements for strength and ultimate deflection.

Deadline: 2 working days.

2. Design of the metal frame (SolidWorks)
Development of an accurate 3D model. Design of trusses, connections, and frames. Detailing of rigid joints (base of the column, support of trusses). Integration of mounting points for solar panels.

3. Release of working documentation
Creation of drawings for the metal frame. Detailing drawings of joints. Bill of elements. Accurate specification of metal products and fasteners for procurement without excess.

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Thank you for the description. To accurately select the cross-sections and fasteners, please let us know: the location of the site (for snow and wind loads), the desired height under the canopy, the type of foundations (new/existing), and the approximate quantity/sizes of solar panels. Can you send photos of the site and a sample of the structure?

We will prepare sketches and working drawings (plan, facades, nodes, column scheme), select profile pipes and fasteners for the profiled sheet and panels, and compile a material specification. We will provide a verification calculation of strength (own weight, snow, wind, loads from the solar power plant) and recommendations for slope and drainage.

We are ready to start immediately after receiving the initial data. Please write to agree on the details and timeline.

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