<div><ul> <li> <p>Optimized Cell Interconnection and Cell Topology for Manufacturable Curved VIPV Components | Ashish Binani, TNO</p> </li> <li> <p>Proposed Method for Evaluation of VIPV Systems | Lenneke Slooff - Hoek, TNO </p> </li> <li> <p>Manufacturing High-Yield, Low-Cost, Lightweight VIPV Components | Lars A.G. Okel, TNO</p> </li> </ul></div>

PV Cell & Module Technology

<div><ul> <li>Highest-efficiency industrially available solar cells</li> <li>Adaptation of cells (e.g. cell cutting and/or edge passivation, flexibility of cells)</li> <li>Integration of solar cells in the vehicle surface: encapsulation, interconnection, curvature, flexibility and vehicle body integration</li> <li>Materials: lightweight, robust, scratch resistance</li> </ul></div>

Vehicle Technology (with or without PV)

<div><ul> <li>Innovations in batteries or battery management systems</li> <li>Innovations in electric vehicle efficiency</li> <li>Innovations for auxiliary systems in (commercial) vehicles</li> <li>Autonomous vehicle innovations or other new vehicle uses</li> <li>Vehicle to grid technologies and associated infrastructure</li> </ul></div>

System Energy Management

<div><ul> <li>Power integration concepts: balance of systems, battery integration</li> <li>Power management for dynamic conditions</li> <li>Power conversion components and technology</li> </ul></div>

<div><ul> <li>Safety and durability: failure modes and analysis (e.g. hotspots, crash tests)</li> <li>Standards, certification (e.g. CAFE standards, CO2 emissions)</li> <li>Module Characterization and testing of components</li> <li>Servicing and repair</li> </ul></div>

<div><ul> <li>Yield prediction and performance modelling</li> <li>Solar irradiance and real-world validation</li> <li>System optimization</li> <li>Cost analysis of system and components</li> </ul></div>

Production & Implementation

<div><ul> <li>Best-practices of VIPV technologies</li> <li>Equipment and processing (e.g. lamination technology)</li> <li>Integration in the vehicle manufacturing process</li> <li>Automotive manufacturing and technical implementation</li> </ul></div>

Environmental & Social Impact

<div><ul> <li>Design aspects</li> <li>Consumer perception, user behavior and interaction</li> <li>Financing and policy framework</li> <li>CO2 reduction and life cycle analysis (incl. social aspects)</li> <li>Future potential and business cases for VIPV</li> <li>Potential impact on infrastructure developments</li> </ul></div>

Informatietype:: Event
Thema:: Solar powered cars; Integrated solar and safety; Sustainable mobility; Sustainable traffic and transport
Unit:: Energy & Materials Transition

PVinMotion 2023

PVinMotion 2023 grants an opportunity to share your newest discoveries and findings on vehicle-integrated photovoltaics. Take part in this unique scientific conference. Join TNO and industry at the Conference & Exhibition on Solutions for Vehicle Integration.

More information

Startdatum:: 15 Feb - 17 Feb

Time:: 09:00 (CET)
Location:: 1931 Congress Center in ‘s-Hertogenbosch & Online

‘Vehicle Integrated PV (VIPV) research and industry are at the start of an exciting ride; with unprecedented momentum for technical advances and market growth.’

Bonna Newman

Conference Chair, TNO/Lightyear

PV integrated in cars, trucks, ships, planes and other vehicles is a growing field and innovative industry with new technical challenges and opportunities. It is in this environment, that we announce the second PVinMotion conference dedicated to the scientific research and innovations for realizing the potential of vehicle-integrated PV.

At the 2023 Conference, we look forward to hear progress that has been made on topics such as PV component design, new and promising cell or module technologies, new manufacturing concepts to reduce costs and improve performance, shared knowledge on safety and standardization, and real-world use considerations like shading, market, social acceptance of VIPV technologies.

VIPV is a multi-disciplinary field. The design of the solar components and PV system goes hand-in-hand with the developments in vehicle efficiency, battery performance and charging infrastructure that will enable vehicle (and VIPV) to grid applications. The PVinMotion conference aims to bring together experts from automotive, solar, and batteries and to build a new community with the ambitious goal to accelerate technical advances.

Conference Topics

Optimized Cell Interconnection and Cell Topology for Manufacturable Curved VIPV Components | Ashish Binani, TNO
Proposed Method for Evaluation of VIPV Systems | Lenneke Slooff - Hoek, TNO
Manufacturing High-Yield, Low-Cost, Lightweight VIPV Components | Lars A.G. Okel, TNO

Highest-efficiency industrially available solar cells
Adaptation of cells (e.g. cell cutting and/or edge passivation, flexibility of cells)
Integration of solar cells in the vehicle surface: encapsulation, interconnection, curvature, flexibility and vehicle body integration
Materials: lightweight, robust, scratch resistance

Innovations in batteries or battery management systems
Innovations in electric vehicle efficiency
Innovations for auxiliary systems in (commercial) vehicles
Autonomous vehicle innovations or other new vehicle uses
Vehicle to grid technologies and associated infrastructure

Power integration concepts: balance of systems, battery integration
Power management for dynamic conditions
Power conversion components and technology

Safety and durability: failure modes and analysis (e.g. hotspots, crash tests)
Standards, certification (e.g. CAFE standards, CO2 emissions)
Module Characterization and testing of components
Servicing and repair

Yield prediction and performance modelling
Solar irradiance and real-world validation
System optimization
Cost analysis of system and components

Best-practices of VIPV technologies
Equipment and processing (e.g. lamination technology)
Integration in the vehicle manufacturing process
Automotive manufacturing and technical implementation

Design aspects
Consumer perception, user behavior and interaction
Financing and policy framework
CO2 reduction and life cycle analysis (incl. social aspects)
Future potential and business cases for VIPV
Potential impact on infrastructure developments

PVinMotion 2023 Conference

Early Bird fees are valid until January 27.

Future development of solar vehicles

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Jan-Willem Sangers

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Business Development Manager
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  Eindhoven - High Tech Campus 21
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Solar potential on electric vehicles within Europe

Informatietype:: Project

21 May 2024

In the foreseeable future, most vehicles on European roads will be electric, which will strain the electricity grid. Since 2023, a European consortium has been investigating the impact of vehicle-integrated photovoltaics (VIPV) on electric power demand for electrified vehicle fleets.

over Solar potential on electric vehicles within Europe