HOW WE WORK?

Discovery and Ideation

Research and Development (R&D):

  • Conduct in-depth research on emerging technologies, materials, and design trends.
  • Explore innovative concepts for optical design, PCB layouts, and energy-efficient lighting solution

Design and Conceptualization

  1. Optical Design and Material Selection:
    • Develop optical designs integrating lenses and reflectors for optimal light control.
    • Conduct material testing for lenses and reflectors to ensure efficiency in light diffusion and minimal light loss.
    • Consider thermal properties of materials for heat sinks and dissipation elements.
  2. PCB Layout and Energy-Efficiency Planning:
    • Optimize PCB layouts to minimize power losses and ensure efficient electrical pathways.
    • Plan for energy-efficient design principles to reduce power consumption and carbon footprint.

Prototyping and Testing

  1. Prototyping and 3D Printing:

    • Use 3D printing for rapid prototyping of housing and components.
    • Implement thermal imaging during prototype testing to identify areas of excessive heat.

    Optical and Power Driver Testing:

    • Conduct optical testing to ensure lenses and reflectors effectively shape light distribution.
    • Integrate LEDs with power drivers that match electrical requirements and test for power consumption.

    Simulation and Optimization:

    • Use simulation software to analyze the impact of lenses and reflectors on light distribution.
    • Model and optimize power consumption based on the design and components.

Development and Quality Control

PCB Manufacturing and Quality Checks:

  • Implement thermal considerations in PCB design with thermal vias, heatsinks, and conductive materials.
  • Ensure signal integrity and minimize electromagnetic interference through rigorous testing.

Reliability Testing and Carbon Emission Monitoring:

  • Subject the product to accelerated life testing for long-term reliability.
  • Monitor carbon emissions during manufacturing processes to align with environmental standards.

Commercialization and Deployment

Assembly and Calibration:

  • Assemble the final product, ensuring proper alignment of optical components.
  • Calibrate power drivers for optimized performance and energy efficiency.

Smart Controls Integration and Power Management:

  • Integrate smart controls for dynamic light adjustments based on environmental conditions.
  • Implement power management software for monitoring and managing power consumption.

Scaling and Post-Sale Support

Packaging, Distribution, and Eco-Friendly Practices:

  • Design eco-friendly packaging materials to reduce waste.
  • Optimize distribution logistics to minimize carbon emissions during transportation.

Post-Sale Support and Continuous Improvement:

  • Provide post-sale support with features for end-users to monitor and manage power consumption.
  • Focus on continuous improvement by incorporating customer feedback and technological advancements.