Расскажие про свой проект
Rail Wind Technology 2.0 is an innovative renewable energy project
Introduction
The Rail Wind Technology 2.0 project is focused on the development and implementation of a pioneering renewable energy system that generates electricity by capturing wind produced from moving trains and converting it into clean energy through advanced turbine infrastructure installed along railway routes
Founded:
2025
Industry:
Green Energy
Scope of work:
Product design, Frontend, Backend
Desktop & Mobile
The challenge
The creation of the Rail Wind Technology platform involves a comprehensive approach to UX/UI, advanced 3D visualization, robust frontend components, and scalable backend infrastructure
UX/UI Design
• User Experience (UX) research starts with analyzing the target audience, market needs, and platform goals to define intuitive user flow and core interactions.
• Wireframes and interactive prototypes are crafted, with an emphasis on accessibility and engagement, ensuring a seamless navigation experience for every user.
• The visual interface integrates modern design principles, reflecting both technological innovation and environmental responsibility, while supporting real-time management of wind energy solutions
UX/UI Design
• User Experience (UX) research starts with analyzing the target audience, market needs, and platform goals to define intuitive user flow and core interactions.
• Wireframes and interactive prototypes are crafted, with an emphasis on accessibility and engagement, ensuring a seamless navigation experience for every user.
• The visual interface integrates modern design principles, reflecting both technological innovation and environmental responsibility, while supporting real-time management of wind energy solutions
Website & User Panel Development Process
• 3D elements are used to visualize turbine systems, railway energy production, and infrastructure layouts, making complex engineering concepts clear and interactive.
• These visualizations enhance the platform’s educational and promotional capabilities, allowing users to explore the impact and functioning of the technology in an immersive way
• These visualizations enhance the platform’s educational and promotional capabilities, allowing users to explore the impact and functioning of the technology in an immersive way
3D models
• The team collaboratively defines API endpoints, data formats, and roles before development commences, ensuring clarity between frontend and backend engineers.
• Continuous integration (CI/CD) and containerization via tools like Docker and Amazon ECS ensure reliable deployment and scaling for future growth.
• Ongoing user testing, maintenance, and iterative improvements solidify platform performance and expand functionality based on stakeholder feedback and technical advancements.
• Continuous integration (CI/CD) and containerization via tools like Docker and Amazon ECS ensure reliable deployment and scaling for future growth.
• Ongoing user testing, maintenance, and iterative improvements solidify platform performance and expand functionality based on stakeholder feedback and technical advancements.
End-to-End Workflow
