How to Accelerate the Development of Renewable Energy in the Caribbean Island States – An Analysis of the Major Obstacles and How to Derive Practical Recommendations (Goldammer and Blechinger 2016)12. October 2016
DIW Berlin’s BELEC conference13. October 2016
The transition of the transport sector is still at its beginning. There are various possible driving concepts, for instance battery electric vehicles (BEV), fuel cell electric vehicles or synthetic fuels. Investigations by Reiner Lemoine Institut (RLI) show that all of these technologies have specific advantages and disadvantages. In local future scenarios with 100 % BEV, mobility costs are low, but the net power of grid connection is high. In a scenario with 100 % FCEV, mobility costs are high and the net power of grid connection is low. Furthermore, in a national analysis, the additional demand of power is much smaller in the first than in the second scenario, resulting from the FCEV’s efficiency. Nevertheless, the need for additional storage is much smaller in the 100 % FCEV scenario, demonstrating this technology’s flexibility. Consequently, it seems useful to integrate both technologies into a future transport system.
Please note that the full article is available in German only.
Article published in gwf Gas + Energie