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Subject: RFQ – CAD (SolidWorks/AutoCAD) – Parametric PV Carport Variants (Folded Sheet Metal + Aluminium Extrusions) Scope: Create manufacturable CAD + drawings for 2 PV carport families based on supplied assembly plans (SUNFER type systems): GRAND PARK Parking Canopy (2–5 bays) PR1-WT-EN Parking Canopy + Watertight PV profile system (even/odd bays incl. special “functional diversity” bay) 2.1 Reference documents (provided by client) “GRAND PARK – Assembly Plans (R1-03/24)” “PR1-WT-EN – Assembly Plans (R2-04/25)” 2.2 Goal We need parametric CAD models and complete manufacturing drawings to create new design variants inspired by these systems, but optimized for production using: Folded sheet metal parts (steel or aluminium where appropriate) Aluminium extrusion profiles (rails, PV guide profiles, trim/gutter, clamps interface) Standard fasteners and assembly logic The result must be suitable for quotation, fabrication, and CE/structural documentation preparation. 2.3 Deliverables A) 3D CAD (parametric) SolidWorks preferred (2020+), AutoCAD acceptable for 2D but 3D parametric is required (SolidWorks or Inventor). One master “skeleton/layout” that drives: Number of bays/spaces (2/3/4/5 for GRAND PARK; even/odd for PR1-WT-EN) Bay width + overhangs Roof pitch (8° GRAND PARK, 5° PR1-WT-EN as baseline) PV module envelope parameters (max module size inputs; portrait orientation) B) Manufacturing drawings (2D) General Arrangement drawings (GA) for each configuration Part drawings for: Columns / beams / purlins (steel) Folded sheet metal parts (baseplates, connection plates, covers, trim panels, gutters) Aluminium extrusions (as “reference profiles” with cut lengths + drilling/punch patterns) BOM (structured) + cut list Assembly drawings with item balloons C) Exchange formats Native CAD (SLDASM/SLDPRT + drawings) Neutral: STEP (AP214/242), DXF (flat patterns), PDF drawings Optional: DWG for GA plans 2.4 Variant design tasks (what you must design) Task 1 – GRAND PARK inspired variant Create a manufacturable structure covering 2–5 parking spaces (per kit logic in the reference). Keep the same functional architecture: two main supports, purlins, aluminium beams/rails, trims/gutter, PV clamps/strips. Propose a folded sheet metal column concept (instead of heavy welded box) if structurally feasible (with internal stiffeners if needed). Provide alternatives for: Column shape: folded trapezoid / folded box / hybrid (folded + welded) Beam-to-column connection plates (service hatch access where needed) Task 2 – PR1-WT-EN inspired variant with watertight PV Model the watertight PV interface system: Guide profiles (G74/G75/G76 concept) Longitudinal profile (G77 concept) End/mid clamps concept (S10.7 / S11) Provide a parametric layout for: Even number of bays Odd number of bays A special bay option (wider bay / “functional diversity space” as per reference logic) 2.5 Standards & drawing requirements (“drawn to standards”) Drawings and models must follow common EU manufacturing/engineering standards: ISO 128 (technical drawing presentation) ISO 129-1 (dimensioning) ISO 2768-mK (general tolerances – unless otherwise specified) ISO 1101 (GD&T where needed), ISO 8015 (GPS fundamentals) ISO 2553 (welding symbols) – only where welded assemblies are used Material callouts must be explicit: Structural steel: S275 (or higher if you recommend) Aluminium extrusions: EN AW-6005A T6 Fasteners: A2-70 stainless Corrosion protection callouts: Hot-dip galvanizing (ISO 1461 or equivalent) for steel components Powder coat option (specify system + thickness) if variant uses painted finish Note: Structural verification itself can be excluded from your price if you prefer, but the CAD must be suitable for later Eurocode checks (EN 1991/1993/1999). 2.6 Assumptions to use in CAD (baseline) PV modules in portrait orientation Minimum clearance under canopy: 2.20 m Roof pitch baseline: 8° (GRAND PARK) / 5° (PR1-WT-EN) Use the reference documents for baseline spans/typical bay sizes; make them parametric so we can adjust later. 2.7 What to include in your quotation Please provide: Fixed price per task (Task 1 / Task 2) + combined price What is included/excluded (especially structural calcs) Your deliverable list confirmation (native CAD + STEP + DXF flat patterns + PDFs) Timeline in working days from start Your hourly rate for extra iterations Examples of similar steel/aluminium CAD work (links or PDF screenshots) 2.8 Acceptance criteria Models rebuild without errors and configurations switch correctly (2–5 bays / odd-even logic) Drawings are fabrication-ready (hole patterns, bends, thickness, material, finish, BOM item numbers) Clean assembly hierarchy + consistent naming
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45 freelancere byder i gennemsnit €440 EUR på dette job

HI I will deliver parametric SolidWorks carport variants with adaptable constraints, accurate geometry, and fabrication-ready models that let you explore multiple design options efficiently. Questions: 1️⃣ What carport sizes and load criteria should each variant support? 2️⃣ Do you require specific materials, finishes, or connections detailed? 3️⃣ What output formats and parametric controls do you need (e.g., SW, STEP)? We will work as per Freelancer.com’s terms and policies. Warm regards, The Blend Nation
€255 EUR på 1 dag
7,0
7,0

Hello mate, When i seen the details of "Solidworks PV Carport 3d Variants (Parametric ) CAD Design" which are you searching. I am super exited to start it ASAP Preparing structural framing drawings and 2d auto cad drawing ,solid work, collocation etc. I am certain I would make a valuable addition to your organization. I will share update within it in 1-2 Hours. Portfolio link - https://www.freelancer.com/u/manusharma2992 Sincerely Manu R.
€266 EUR på 1 dag
6,7
6,7

Dear Sir I am so interested in your project I can do it as I am mechanical engineer I have master degree in steel structures. experienced in design for fabrication professional in cad and solid works I can do all models in solid works and do job On time also so suitable price
€250 EUR på 2 dage
5,8
5,8

Hi its Ahmed, your one-stop solution for the complex yet accurate SolidWorks mechanical designs that you seek. My extensive experience in CAD-driven design, sheet metal engineering, and manufacturing makes me uniquely capable of delivering the parametric PV carport variants you need, with structural integrity that's optimized for production and fabrication.
€650 EUR på 7 dage
5,7
5,7

Hi there, i have read your requirement and check it your PDF carefully. i am ready for this job. I am professional mechanical engineer and 3D artist with the experience of nine years in 3d designing field. I have great skill of 3d designing, I have good grasp of 3d printing program. I am using Creo 3.0, Catia, Cad-cam, Auto-cad and Solid work for 3d printable modeling. I have read your job description. I understood your project. I am ready for this job. I would like to work with you. My bid budget is negotiate. Please have a look on our 3D work given below:-
€260 EUR på 3 dage
4,8
4,8

Hi there Thank you for the detailed RFQ and reference documents. Based on your assembly plans and variant requirements, I will develop fully parametric SolidWorks models for both PV carport families, driven by a master skeleton layout (bay count, bay width, roof pitch, PV module envelope, even/odd configurations). The structure will be optimized for manufacturable folded sheet metal parts, aluminium extrusions, and standard fasteners. You will receive native SolidWorks assemblies and drawings, structured BOM with cut lists, GA drawings for each configuration, detailed part drawings (columns, beams, purlins, folded plates, gutters, profiles), flat patterns (DXF), and STEP/PDF exports ready for fabrication and quotation. The design will carefully consider structural logic, beam-to-column connections, stiffened folded column alternatives, watertight PV profile integration (guide rails, longitudinal profiles, clamp concepts), and scalable even/odd bay layouts — ensuring clean parametric control and production readiness. My core profession is mechanical and industrial machinery design, with strong experience in parametric SolidWorks systems and fabrication-ready assemblies. I focus on practical, buildable engineering solutions — not just concept models. I’d be glad to support you in developing these PV carport variants into complete manufacturable systems. If for any reason the final result is not aligned with your expectations, you won’t need to pay. I can discuss similar structural and parametric projects over chat.
€325 EUR på 7 dage
4,8
4,8

Hi, how are you doing? I went through your project description and I can help you in your project. your project requirements perfectly match my expertise. We are a team of Expert Mechanical design Engineers, we have successfully completed 1000+ Projects for multiple regular clients from OMAN, UK, USA, Australia, Canada, France, Germany, Lebanon and many other countries. We are providing our services in following areas: FEA analysis CFD analysis Thermal analysis Structural analysis HVAC and Heat load calculation We are proficient in using following software’s: AUTOCAD SOLIDWORKS ABAQUS ANSYS Fluent MATLAB/SIMULINK COMSOL Multiphysics CATIA FUSION360 We have good command over REPORT WRITING, we can show you many samples of our previous reports. We can discuss further details in the message box.
€500 EUR på 7 dage
4,8
4,8

Hi there, This is right in my wheelhouse. I work in SolidWorks (2020+) and have experience building fully parametric steel and aluminium assemblies for fabrication, including folded sheet metal structures, extrusion-based systems, and production-ready drawing packs aligned with ISO standards. I can create a master skeleton-driven layout controlling bay count (2–5 / even–odd), bay width, overhangs, roof pitch (8° / 5°), and PV module envelope in portrait. I’ll structure it cleanly with design tables/configurations so switching variants rebuilds without errors. Sheet metal columns (folded trapezoid/box/hybrid) can be modeled with proper bend logic, flat patterns (DXF), and manufacturable connection plates. For the PR1-WT-EN inspired system, I can model the watertight PV guide profiles and clamp interfaces parametrically, including special bay logic. Assemblies will be fabrication-ready with structured BOM, cut lists, GA drawings, ISO 128/129 compliant dimensioning, ISO 2768-mK tolerances, proper material specs (S275, EN AW-6005A T6, A2-70), galvanizing/powder coat callouts, and weld symbols per ISO 2553 where needed. Deliverables: SLDASM/SLDPRT + drawings, STEP AP214/242, DXF flat patterns, PDF, optional DWG GA. Happy to share similar steel/aluminium system work samples. Let me know if you’d like me to break this into a formal cost and schedule proposal.
€250 EUR på 3 dage
4,6
4,6

As an industrial designer with 17 years of experience in CAD and mechanical engineering, I am ideally suited to take on this complex and detailed project. My extensive background in SolidWorks, AutoCAD, and EU manufacturing/engineering standards prepares me well for the specifications and drawing requirements that your project demands. I’ve utilized these skills robustly over the years which is reflected in my time creation of comprehensive parametric CAD models, manufacturing drawings that include GA and part drawings for steel components and aluminium extrusions as mentioned in your project description. Moreover, I understand the significance of precision in technical drawings when it comes to manufacturing-readiness, quotation capability, and CE/structural documentation compliance. Throughout my career, I have constantly preached this attribute through my ability to generate detailed models and 2D drawings, incorporating proper dimensions, tolerances along with surface finishes for a seamless interaction with manufacturers.
€360 EUR på 7 dage
4,2
4,2

Hello, I hope this message finds you well. My name is Rade, and I am a mechanical engineer based in Belgrade, Serbia, with over nine years of experience in parametric CAD design, fabrication-ready modeling, and manufacturing documentation for steel and aluminium structures. I have delivered complex SolidWorks assemblies, ensuring accuracy, manufacturability, and compliance with EU engineering standards. After reviewing your RFQ for PV carport variants, I can create fully parametric models for both GRAND PARK and PR1-WT-EN systems. The designs will include folded sheet metal parts, aluminium extrusions, standard fasteners, and scalable configurations for varying numbers of bays. A master skeleton layout will control bay count, roof pitch, and PV module parameters, while complete 2D manufacturing drawings, BOMs, and neutral exchange formats (STEP, DXF, PDF) will be provided, ready for quotation and fabrication. The models will follow ISO standards for drawing presentation, tolerances, GD&T, and welding callouts. I can propose optimized column shapes, connection plates, and watertight PV interfaces, all fully parametric for easy adjustment. I look forward to delivering production-ready CAD models that meet your functional and fabrication requirements. Best regards, Rade
€500 EUR på 7 dage
4,1
4,1

I’m a mechanical CAD designer specialized in SolidWorks 2023, with strong experience in parametric assemblies, folded sheet metal design, aluminium extrusion systems, and fabrication-ready technical drawings. Your project perfectly matches the type of industrial structures I regularly develop. I will create a clean master skeleton model driving bay count, roof pitch, PV module envelope, and overhang parameters, ensuring all configurations rebuild correctly and remain fully manufacturable. I am comfortable designing folded sheet metal columns, beam-to-column connections, watertight PV profile interfaces, and structured assemblies prepared for later Eurocode verification. My portfolio includes similar projects with parametric 3D SolidWorks assemblies, sheet metal flat patterns, aluminium profile layouts, and complete 2D fabrication drawings including BOMs, cut lists, hole tables, item balloons, welding symbols, materials, and finish callouts. I deliver clean assembly hierarchy, consistent naming, and production-ready documentation suitable for quotation, CE preparation, and workshop use. I provide native SLDASM/SLDPRT, STEP, DXF, and PDF drawings. I also speak French very fluently, ensuring smooth technical communication. I can complete both tasks for 600€, including full parametric 3D models and all requested deliverables. My hourly rate for additional iterations or future variants is 15€/hour. I am ready to start immediately.
€600 EUR på 7 dage
3,7
3,7

With my extensive experience in engineering and proficiency in AutoCAD, I am well-suited to deliver the desired outcomes for your project. Specifically, I have a background in designing structurally optimized systems using folded sheet metals and aluminum extrusions, which aligns perfectly with your needs for the PV carport variants. Moreover, I am conversant with your required manufacturing/engineering standards and drawing specifications (ISO 128/129-1/2768-mK/1101/8015/2553), ensuring that all my deliverables strictly adhere to these benchmarks. In addition to my technical skills, I bring a meticulous approach to design that prioritizes proper documentation and parametric modeling. This guarantees the scalability of the designs across different configurations - 2-5 parking spaces for GRAND PARK and even-odd configuration for PR1-WT-EN - while maintaining their manufacturability. With an outstanding grasp on CAD technologies like SolidWorks/AutoCAD, proficiency in designing from scratch, and excellent data processing capabilities using several programming languages, you can rely on me to successfully carry out all the variant design tasks outlined in the project description.
€250 EUR på 7 dage
3,8
3,8

Hi With expertise in SolidWorks and extensive experience in parametric design, I can create the manufacturable CAD models and detailed drawings needed for your PV carport variants. I will ensure all specifications, including structural standards and material callouts, are precisely followed. For the GRAND PARK and PR1-WT-EN variants, I can design some innovative folded sheet metal structures that maintain the desired functional architecture while optimizing for production efficiency. My deliverables will include 3D CAD models, 2D manufacturing drawings, and comprehensive BOMs formatted to your requirements. I’m ready to start and can deliver preliminary models promptly. Let’s discuss your timeline and specific needs further to ensure the final designs meet your expectations. Best Regards, Engr. Sahad
€350 EUR på 5 dage
3,8
3,8

Hello I Reviewed your Project requirements "Subject: RFQ – CAD (SolidWorks/AutoCAD) – Parametric PV Carport Variants (Folded Sheet Metal + Alumi" and I’m confident I can Deliver Exactly what you’re looking for with precision and creativity. I Specialize in AutoCAD, 2D & 3D Graphics, Illustrations, Animation, and CAD drafting, and I always focus on Producing Clean, Professional Results that meet Client Expectations. What you can expect from me: * High-quality, detail-focused work * Fast and clear communication * Revisions until you are fully satisfied * Delivery in any required format (PSD, AI, PNG, JPEG, PDF, MP4, etc.) You can review my previous work here: https://www.freelancer.com/u/Avatarist I would be happy to discuss your project and start immediately. Best regards, Avatarist
€250 EUR på 1 dag
2,3
2,3

⭐⭐⭐⭐⭐ This is not a drafting job — it’s a configurable product system. I appreciate the clarity in your RFQ. I’m a mechanical/structural engineer experienced in parametric SolidWorks assemblies for steel and aluminium structures, including sheet metal optimization and fabrication-ready documentation under ISO standards. I would build a master skeleton-driven model controlling: • Bay count (2–5 / odd-even logic) • Bay width + overhangs • Roof pitch • PV envelope parameters Task 1 – GRAND PARK variant: Folded sheet metal column concepts (trapezoid/box/hybrid), DFM-optimized connections, serviceable beam interfaces. Task 2 – PR1-WT-EN variant: Parametric watertight PV guide profile logic + clamp interfaces + special bay option. Deliverables: Native SLDASM/SLDPRT + drawings STEP AP242 DXF flat patterns PDF GA + part drawings + structured BOM Structural calcs excluded unless requested (CAD prepared for Eurocode checks). Hourly for iterations available. Question: Do you require PDM-ready file structuring as well? If you want clean, rebuildable configurations—not fragile models—I’m confident we’re aligned.
€500 EUR på 7 dage
1,2
1,2

Hi there, I did many parametric projects like this, Please come to chat to discuss and show you my previous projects for parametric. I have a great mechanical engineer team with high 3d modeling experiences. thanks
€350 EUR på 3 dage
1,3
1,3

Hello Sir, I am selvi. I completed Production engineering . I worked as design engineer in pump,gear manufacturing and fabrication drawing . I am working as design engineer in freelance in product design and beam calculation . I have knowledge in AutoCAD and Solid Work . I wish to work on Solidworks PV Carport 3d Variants (Parametric ) CAD Design. I will deliver the drawing like General Arrangement drawings (GA) and part drawing of Columns / beams / purlins,Folded sheet metal parts and bom list . Please go thro my profile and let me know. Thanks, Selvi K
€300 EUR på 7 dage
1,3
1,3

Hi, there. I have thoroughly reviewed your requirements for the parametric CAD design of the GRAND PARK and PR1-WT-EN PV carport variants and am confident in delivering robust, manufacturable models and precise technical documentation as outlined. My background includes extensive experience with SolidWorks and AutoCAD (including Advance Steel), specializing in steel and aluminium structures for renewable and architectural applications, where parametric modeling and BOM-driven assemblies are essential for cost-effective production. I understand the importance of clean, error-free configurations, EU-compliant drawings, and detailed part/assembly documentation suitable for quotation, fabrication, and future CE/structural certification. My approach will start with a master skeleton layout to drive all required variants, followed by systematic development of folded sheet metal and extrusion components, ensuring manufacturability, clarity in drawings, and ease of downstream engineering checks. I will deliver all documentation in the required formats (native, STEP, DXF, PDF), and my workflow prioritizes clear naming conventions, robust parametric logic, and adherence to ISO standards for dimensioning, tolerances, and materials. I have successfully completed similar projects for carports, solar racking, and modular steel/aluminium structures, and can provide relevant examples upon request. I look forward to collaborating closely to ensure your deliverables are practical, flexible, and production-ready. Best regards Boris
€500 EUR på 10 dage
0,0
0,0

Hello With graceful enthusiasm, this project aligns perfectly with my expertise—I can deliver it flawlessly. I'm truly excited about the opportunity to collaborate with you. Let's chat for more details. Warm regards, Sophia
€250 EUR på 90 dage
0,0
0,0

I have extensive experience engineering high-efficiency PV mounting structures and carport systems within SolidWorks, focusing on high-volume manufacturability. Recently, I developed a series of modular solar racking systems where I utilized advanced parametric modeling to allow for instant dimensional adjustments based on varying site wind loads and panel dimensions. By leveraging global variables and equations, I can ensure your folded sheet metal and aluminum variants are not just 3D models, but dynamic assets that respond intelligently to design changes while maintaining structural integrity and material efficiency. My technical strategy involves building a robust skeleton-driven model that controls the entire assembly, allowing you to update bay counts or tilt angles via a central control table or Excel link. I will utilize the SolidWorks Sheet Metal environment to account for specific bend radii and K-factors, ensuring that every folded component is production-ready with accurate flat patterns for CNC fabrication. Furthermore, I will implement Design Tables and Configurations to manage the material transitions between aluminum extrusions and steel supports, ensuring that Bill of Materials (BOM) data remains precise across all iterations. This approach minimizes rebuild errors and ensures that the transition from a single-carport variant to a multi-port array is handled with a few simple clicks rather than manual redesigns. To ensure the parametric logic matches your workflow, are there specific panel dimensions or tilt ranges that will act as the primary drivers for these variants? I would also like to know if you require integrated FEA simulations to validate the aluminum-to-sheet-metal connections under load. I am available to jump on a brief call to discuss your assembly hierarchy and can provide samples of previous parametric work to demonstrate the logic I use.
€556 EUR på 21 dage
0,0
0,0

Leuven, Belgium
Betalingsmetode verificeret
Medlem siden mar. 4, 2015
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