The invention includes a parametric risk transfer system and method for a parametric risk transfer system (1) based on automated location-dependent probabilistic tropical storm risk and storm impact prediction wherein weather meteorological parameters (401) of weather events are measured at a plurality of delocalized distributed meter stations (40-43) central system (2), and wherein the measured weather measurement parameters include at least measurement parameters (401) of the wind speed and / or highest wind speed in a predefined time frame. A spatially high resolution grid (212) comprising grid cells (2121, 2122, 2123, 2124) is generated over a geographic area of interest with a detection unit (21), the area comprising ground exposed risk units (70-74), wherein a plurality of delocalized distributed weather run stations (40-43) are selected and linked to the grid (212), and wherein each cell (2121, 2122, 2123, 2124) of the grid (212) has a defined distance to each of the delocalized distributed weather run stations (40-43 ) having. A wind field profile is dynamically generated by the system (1), wherein by triggering an indexed wind field parameter (2151, 2152, 2153, 2154) of the wind field profile with a trigger module (221) exceeding a predefined trigger index (2211) an output enable signal (2221) is generated by a signal generator (2221). 222) based on the triggered overflow of the indexed value (2151, 2152, 2153, 2154) and sent to a linked activation device (30, ..., 35), the operation of the activation device (30, ..., 35) being sent from Output enable signal (2221) is controlled.
展开▼
