Deployable Solar Array Mechanical Design Engineering

@azraazeen9

Hello, i am ready exited to work you as i read your job description I am also an expert in making 2d,3d modelling and animating characters 2dautocad drawing ,elevation, solid work, Revit ,FBX ,Unity, Render also interior and exterior design. I have experience in field of more than 10+ years. I can Create Intro and Explainer Videos. for products and companies. Kindly check My Portfolio as well. Hope for your very soon reply. Thank you

@manusharma2992

Hello, I'm Mannu, a versatile engineer and designer skilled in mechanical engineering, CAD design, and 3D modeling. I have immediate understanding of the mechanical intricacies you desire for your deployable solar array project. My dexterity in software such as AutoCAD, SolidWorks, Fusion 360, Tekla, and more enables me to craft precise engineering drawings and manufacturing-ready designs. I specialize in folding mechanisms and can thus efficiently produce a compact, multi-purpose structure per your needs. Furthermore, my diverse skillset extends beyond the technical realm. I am also competent at graphic design and branding which could prove highly valuable for your off-grid EV charger station's marketability. My ability to create visually compelling brochures, banners, illustrations, and digital artwork adds an additional layer of value to my services that other candidates might not provide.

@gzarali

With over 14 years of experience as a mechanical engineer, I bring a unique blend of design, simulation, and manufacturing skills to your project. I've tackled countless projects that required intricate mechanical systems and it's safe to say that your Deployable Solar Array project is the kind of challenge I thrive on. For instance, answering your torque question: for a 180kg column rotating from 0° to 90° about a base pivot, we can expect peak torque at approximately 3960 N.m. And to counterbalance this effectively, I would estimate utilizing two gas springs (at an angle of approximately 45°) to exert a force of around 490 Newtons to keep the effort under 20 kg. Beyond just providing detailed designs and spreadsheets though - which I excel at using leading tools like SolidWorks and AutoCAD - my approach focuses on real-world applicability. Complex systems have many variables interconnected with one another and predicting their behavior demands experience. I not only design parts that are machine-friendly but also consider their impact on manufacturing costs and integration with other components which in this particular project is paramount. Lastly, my commitment to speed without compromising quality separates me from the rest. Your goal of deploying the EV charging station in just 15 minutes with two people and no crane is a significant challenge that requires not only smart design but also efficient execution. .

@kkirandeep582

My proficiency in Fusion 360 will be an asset to this project as it requires a deep understanding of mechanical design and structural analysis. Having worked on numerous projects that involve the fabrication of intricate structures, I'm confident that I can deliver a precise and detailed mechanical design for your deployable solar array. My expertise also extends to sheet metal design which should prove valuable in creating the compact folding mechanism essential for your off-grid EV charging station. I have always viewed my role as a creative designer and 3D artist as being more than just designing; it's about problem-solving with innovation and efficiency. My meticulous attention to detail aligns well with the complexity of this project and the need for absolute precision in its successful deployment.

@Ryan15222

As a seasoned mechanical engineer with a strong penchant for harnessing the integrated power of mechanical design, electronics, and software development, I believe I am well-suited to undertake your project. My broad understanding allows me to approach problem-solving holistically and create functional designs that factor in real-world constraints—such as material choice, fabrication methods, and cost optimization. My skills in AutoCAD, Autodesk Inventor, CAD/CAM, Engineering Drawing, Mechanical Design, Mechanical Engineering, and Solidworks would be invaluable assets for developing your deployable solar array. Additionally, my proficiency in electronics complements my mechanical skills. I am adept at working with embedded systems, PCB design, and hardware integration—a crucial skill set for this project. It means that I can ensure seamless communication between the mechanical components and control systems. Lastly, my collaborative philosophy and experience working on projects closely tied to industrial automation will lend itself well to your deployable solar array task. I have a proven ability to work harmoniously with cross-functional teams comprising various engineering disciplines effectively—an aspect crucial for a project of this complexity. If you entrust me with your project, rest assured that I will take full ownership from concept to deployment while focusing on reducing complexity and delivering practical engineering solutions suited for real-world deployment.

@sakshis576

Drawing from my extensive background in mechanical engineering and design, I am confident that I am the best-suited freelancer for your innovative EVAP Solar project. Your need for a deployable solar array with precise kinematics underscores the importance of nuanced expertise, which I have cultivated throughout my career. As an animation and solidworks expert, I've successfully tackled complex designs much like the one you're seeking. My hands-on experience in calculating pivot torque, center of gravity shift during rotation, and gas-spring counterbalance force makes me the ideal candidate for your project.

@mmahto

Hi, I’m a Mechanical Engineer with experience in mechanical design, deployable structures, steel fabrication, sheet metal, and CAD modelling. I can design and develop the folding solar array mechanism, including column rotation, panel deployment kinematics, compact transport configuration, joints, clearances, and fabrication-ready drawings. I can deliver practical 3D CAD models, assembly drawings, BOM, and manufacturing documentation with a strong focus on structural feasibility and reliable deployment. Best regards, Manoj

@Rashidminhas457

Peak torque depends on the center of gravity distance from the pivot (T = m × g × d). Once the CG location is confirmed, I can size the gas spring and mounting geometry to reduce manual effort to under 20 kg while maintaining a safe lifting profile. I’m a Mechanical Engineer with experience in mechanism design, kinematic analysis, structural design, and manufacturing-ready CAD. I can design the complete deployable solar array mechanism, including the lifting system, panel unfolding mechanism, gas spring/counterbalance sizing, fabrication drawings, BOM, and detailed manufacturing documentation optimized for laser cutting, bending, and welding. I have worked on motion mechanisms and heavy mechanical assemblies where kinematics, load paths, manufacturability, and ease of assembly are critical. I can deliver a practical design that is simple, reliable, and suitable for fabrication. Thanks.

@mohammadh684

For a 180 kg rotating column, peak gravitational torque at the start of lift is T = m·g·rCG = 1,765.8·rCG N·m. Assuming the CG is 1.0 m from the base pivot, peak torque is approximately 1.77 kN·m. To counterbalance this to under 20 kg manual effort, I would size the gas-spring system from the actual pivot-to-mount geometry; for example, with an effective 0.5 m moment arm, approximately 3.1–3.5 kN total gas-spring force at roughly 70–90° to the lever arm near initial lift would be a starting estimate, then verified across the full 0–90° motion. I am a Mechanical Engineer experienced in CAD, FEA, structural mechanics and mechanical design. I can develop the deployable column and six-panel unfolding mechanism as a true kinematic system, not a static CAD model. My approach will include CG and torque mapping through deployment, gas spring/counterbalance sizing, pivot and hinge design, motion/interference checks, structural validation in ANSYS, and manufacturing-ready SolidWorks CAD and fabrication drawings. I can also design around laser cutting, press brake forming and welded fabrication for practical production. Please share the column dimensions, CG location, panel dimensions/weights and transport envelope. Regards, Mohammad Haris

@RadeME

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 the field. I have completed many projects throughout my career, primarily utilizing SolidWorks software. My portfolio showcases several projects across various sectors, including the military, food, and pharmaceutical industries. Each project required a high level of professionalism and expertise in mechanical engineering. After reviewing your project, I am confident that I can assist you in developing an effective solution. I invite you to explore my portfolio, where you may find relevant projects that align with your needs. To ensure the best outcome, I would appreciate any additional information, ideas, or drawings you may have regarding the project. This will help me gain a deeper understanding of your specific goals. I look forward to collaborating on this project and future endeavors. Best regards, Rade

@ssumitkumar7800

As an experienced 3D artist, graphic, and web designer who has recently delved into the freelance engineering field, I believe I can offer a unique perspective to your Deployable Solar Array Mechanical Design Engineering project. My skill set in 3D CAD, AutoCAD, CAD/CAM, Mechanical Engineering, and Solidworks perfectly aligns with the complexities your project entails. I've honed my abilities not just in designing mechanical structures but also in fabricating complex systems, which will be critical for the successful realization of your deployable solar array solution.

@anjalio22

I would love the opportunity to work on your Deployable Solar Array & Folding EV Charger Structure project. With strong experience in mechanical design, CAD modeling, sheet metal fabrication, and deployable mechanisms, I can help transform your concept into a practical, manufacturable solution. I understand the project requirements, including the rotating central steel column, the compact folding configuration for transport, and the radial deployment of the six solar panels into a stable solar canopy. My focus will be on designing a reliable kinematic mechanism, optimizing the structure for strength and weight, and ensuring smooth fabrication and assembly. Using SolidWorks, Fusion 360, AutoCAD, and other CAD tools, I will deliver accurate 3D models, detailed engineering drawings, fabrication-ready files, and design revisions as needed. Throughout the project, I will maintain clear communication and provide regular progress updates to ensure the final design meets your functional and manufacturing requirements. Give me one opportunity to handle your project. I assure you that I will complete the work with full dedication, accuracy, and professionalism while delivering high-quality results on time.

@KirubaNadarajan

Hi there, I'd love to help engineer your deployable solar array and folding EV charger structure. I have experience with mechanical design, deployable mechanisms, sheet metal fabrication, structural assemblies, and production-ready CAD. I can review your project documentation, develop the folding and deployment kinematics, optimize the mechanism for fabrication and reliability, create the complete 3D CAD assembly, and deliver detailed manufacturing drawings, BOM, and structural validation. My focus is on designing a robust, manufacturable system that performs reliably in both transport and deployed configurations. Please share the attachment, and I'll review the design and discuss the best approach. I look forward to working with you!

@narendrat51

a seasoned Mechanical Design Engineer, I can confidently say that I am well-equipped to tackle the complex task of developing a deployable solar array such as the one EVAP Solar requires. Not only am I proficient in AutoCAD, CAD/CAM, Solidworks, Engineering Drawing, and Mechanical Design necessary for this project, but I also have deep knowledge of kinematics and pivot torque calculations which are essential for your design. Consider this: the peak torque and gas spring force requirements you asked for? In any dynamic system like this, I have apprehensive experience in calculating these figures accurately. Furthermore, my background in 3D CAD modeling and engineering allowed me to develop diverse digital-twin simulation validation layouts using Fusion 360 and SolidWorks. I believe these skills are perfect for your project as they guarantee that every component and mechanism of the deployable solar array is meticulously designed to function optimally. Additionally, my understanding of mechanical automation with low human effort aligns directly with your goal of deploying the system within 15 minutes with a minimal workforce.

@SagarPatel6112

Option 1 – Dual Gas Spring + Manual Winch I propose a deployable solar array using a dual gas spring assisted column lifting system with a manual winch. The gas springs reduce lifting effort, while the winch provides safe and controlled operation. After the column is locked vertically, a cable-linkage mechanism automatically opens all six solar panels. The design is simple, reliable, easy to manufacture, and requires minimal maintenance. Option 2 – Fold-Out Panel System I propose a simple fold-out solar array with a manually lifted column and hinged solar panels. Once the column is locked in the vertical position, each panel folds outward and locks into place. This design uses fewer moving parts, is easy to fabricate, cost-effective, and allows fast installation within 10–15 minutes by two people.

@Matif001

Estimated Answer: Assuming the 180 kg column's center of gravity is approximately 1 m from the base pivot, the peak starting torque is about 1,765 N·m (180 × 9.81 × 1). To reduce manual effort to under 20 kg (~196 N), I'd evaluate gas springs in the 1,200–2,000 N range with an initial mounting angle around 25–35°, then optimize the exact force and mounting points through kinematic analysis and CAD simulation. Hi, I'm a Mechanical Design Engineer with extensive experience in SolidWorks, kinematic mechanisms, fabrication-ready CAD, and manufacturing drawings. I can design the complete deployable solar array mechanism, including the rotating column, panel unfolding system, gas spring/counterbalance mechanism, and detailed fabrication drawings for laser cutting, bending, welding, and assembly. The design will be optimized for manufacturability, safe deployment, and one-person operation while meeting your transport and deployment requirements. I can also perform motion validation and interference checks before fabrication. I'd be happy to discuss the concept and share relevant mechanical design work upon request.