发明名称 System for Continuous Computation of Renewable Energy Power Production
摘要 A method for installing a renewable energy power generation system at a selected site, having a first database with a first group of installed power generating systems; a second database with a second group of power generating systems selected from the first group based on a location match to predetermined location parameters; a third database with a third group of power generating systems selected from the second group based on correlation match to predetermined correlation parameters; a fourth database storing operational data from the third group characterizing the power generating systems, and a fifth database with various types of power generating systems; a power generation system is selected from the fifth database that is capable of producing the averaged normalized potential power generation at the geographic proximity of the selected site. Finally the selected power generation system is installed at the selected site.
申请公布号 US2016125557(A1) 申请公布日期 2016.05.05
申请号 US201414893013 申请日期 2014.05.21
申请人 YELOHA LTD. 发明人 Rosner Amit;Ofrat Idan;Hauser Nathalie;Ramote Omer;Tedone Paolo
分类号 G06Q50/06;G06Q10/06 主分类号 G06Q50/06
代理机构 代理人
主权项 1. A method for installing a renewable energy power generation system at a selected site, the method comprising: providing a first database with a first group of installed power generating systems; defining predetermined location parameters; tagging a second group of power generating systems selected from the first group, wherein the selection is based on a location match of the first group to the predetermined location parameters; providing a processing server, comprisinga second database with tags of the second group of power generating systems,a third database with tags of a third group of power generating systems,a fourth database configured to allow storage of operational data characterizing the power generating systems, anda fifth database with data of various types of power generating systems; defining predetermined correlation parameters; tagging a third group of power generating systems selected from the second group, into the third database, wherein the selection is based on correlation match to the predetermined correlation parameters; storing operational data from the third group into the fourth database and associating the operational data from each power generating system in the third group with the system's tag; normalizing generated power data of each power generation system in the third group, based on operational data from the fourth database; calculating averaged potential power generation data at the geographic proximity of the selected site, based on the normalized data; adjusting the calculated average potential power according to the physical structure parameters at the selected site; selecting a power generation system from the fifth database capable of producing the adjusted averaged potential power generation; and installing the selected power generation system at the selected site, wherein the operational data comprises generated power output and physical structure parameters of the power generation system.
地址 Tel Aviv IL