Innovative Photovoltaic Applications in Future Mobility Solutions

3000.00 EUR
Review deadline: 
Friday, August 9, 2019

Attachment to download


difficulty

This challenge is less technical than others, it is therefore open to the undergraduate students.

The seeker wants to identify new services with significant potential. It is looking for PV (Photovoltaic) applications that bring:

  • Customer experience improvements
    • Bring much more value to the user

 

  • Additional features for mobility
    • Taking advantage of the versatility of PV

 

  • Mobility Scope
 

Road

Cars (Autonomous vehicles, self-driving cars, …)

Motorcycles, Bikes

Buses, trucks

Tracks

Trains, tramway

Air

Planes, flying cars, drones

Sea

Boat, boat taxi

 


Detailed Description of the 2 Areas of Interest 

  • Customer experience improvements
    • Photovoltaic systems used for new integrated functions that bring value to vehicles and transportation
      • New services
      • New physical functions
        • Sensors - Micro-electronics (like sensors that would give additional functionality)
        • User’s comfort improvement, Enhancing the comfort or user experience (human factors)
        • Maintenance
    • Energy efficiency for commercial vehicles
  • Additional features for mobility

    • Low-cost photovoltaic solutions that allow adding applications or functions and increase user satisfaction and/or reduce energy consumption

    • PV can supply power to

      • Grid-integrated devices

      • Small island” systems (standalone systems, not connected to the main battery) operating independently from the main battery and the main energy provider

  • Comments

    • New PV-fueled features for mobility can be inside/outside of the vehicles or movable

    • All photovoltaic technologies and geometry can be consideredThese new PV solutions could be associated/combined with the future smart cities for mobility only

 


The Seeker is NOT Looking for Classic Electric Energy Supply for the Vehicles

Usage of PV to supply energy to the vehicles, for example:

  • Panels to recharge the battery
  • Integrated solar cells to a bike / car / truck / train / plane to charge its on-board batteries
  • Attach solar cells to electric vehicle charging stations or vehicle parking lots
  • Integrate solar cells into transport infrastructure: roads, noise barriers, etc.
  • Use of photovoltaics to produce hydrogen for transport / mobility

 


Expected format

A few paragraphs explaining the innovative idea

 


Constraints

Applications

Propose innovative ideas for new features for improving the customer/user experience, and not in the field of electric propulsion

Environmental

Preferably (but not a blocking point): no toxic component, recyclable, eco-design,

Easy to maintain/repair and durable

Financial

No constraint considering that costs for solar keep decreasing. PV could be more cost effective than integrating a battery and cables

Technical

Open, no limit as long as it offers a new service / application / function

Ensure safe operation/comply with safety standards

 


Selection Criteria

Innovation level

All level of maturity will be considered but ranked by Novelty/Disruptivity (IP)

Technological leap

Complexity/Ability to be integrated into the vehicle/ user environment

Short term vs long term technology development

Market entry

Market size estimation

Marketing needs

User acceptance

 


Have additional questions? Contact the Challenge Manager:

nicole@hypios-experts.me