GVI Project
The GVI results will empower the consumer and strengthen the demand side. This will be achieved by informing consumers through the involved (inter)national consumer organisation and the strong link to Euro NCAP. This GVI project will be the catalyst and initiator for a fully-fledged Green NCAP program, which will help consumers, authorities and all other stakeholders to identify if a vehicle is spotless and energy efficient.
GVI’s vision
The highest standard is attributed to a car that maximizes the reduction of its own pollutants and greenhouse gasses and, at the same time, operates at minimized fossil fuel consumption and/or maximized energy efficiency under real-world conditions during its lifetime.
The GVI project will independently assess the full environmental performance of a vehicle in the most comprehensive manner. It is of paramount importance that complex test procedures and results are converted into independent, meaningful and comprehensive information for consumers that can easily be understood.
Main objectives
- To develop a holistic assessment methodology of a vehicle’s environmental performance over the vehicle’s useful life - including a complete set of test protocols and test procedures with the aim to independently test vehicles and assess the full environmental performance.
- To develop an independent rating system based on developed testing protocols, for the assessment of new vehicles’ performance across multiple criteria (real world fuel consumption, noise, cost).
- To validate the overall methodology by conducting real world and laboratory testing and publish results of the 49 most readily available low emitting vehicles in the market.
- To improve the administrative and contractual conditions to run the vehicle environmental performance assessment program beyond the project’s duration.
- To maximize transparency by making detailed test results available to interested stakeholders to perform their own analysis and to spark competition.
To get more information, visit the project website, and the Greenncap site.
This project has received funding from the European Union’s Horizon 2020 Research and Innovation Program under Grant Agreement number 814794 .
