Compare Analysis of the Quality of Software in the Field of Electrical Machines and Drive

U ovom se završnom radu pobliže objašnjava primjena programskih podrški u današnjem svijetu. Industrijski pogoni su postali sve složeniji i kompliciraniji što samom korisniku predstavlja nemoguće upravljanje i nadzor. Programske podrške korisnicima daju sigurnost i pouzdanost pri upravljanju električnih strojeva i pogona. Razvojem tehnologije programske su podrške postale neizbježan dio industrije te se njihov broj znatno povećao. Svaka podrška sadrži određene alate i pravila korištenja što korisniku otežava odabir njemu potrebne programske podrške. Kako bi korisnik bio siguran u svoju odluku pri izboru programske podrške, provela se komparativna analiza na temelju ključnih parametara koji obilježavaju tu podršku. Kao primjeri odabrane su četiri programske podrške: Matlab, ETAP, PSCAD i Simcenter Motorsolve. Prije analize opisane su ključne zadaće četiriju navedenih podrški što korisniku olakšava odabir programske podrške. U komparativnoj analizi navedeni su sljedeći aspekti: dostupnost podrški, licenciranje, podrška za korisnika i korištenje korisničkog sučelja. Kao rezultat provedene komparativne analize, Matlab se pokazao najboljim izborom programske podrške u većini aspekata. Pomoću ove komparativne analize korisnik je stekao bolji uvid u osnovne mogućnosti i znanja o navedenim programskim podrškama te pomoć pri odabiru njemu potrebne podrške.In this final thesis, the application of software support in today's world is explained in more detail. Industrial processes have become increasingly complex, making it impossible for humans to manage and supervise them efficiently. Software support provides users with security and reliability in managing electrical machines and drives. With the advancement of technology, software support has become an inevitable part of the industry, leading to a significant increase in their number. Each support contains specific tools and usage guidelines, making it challenging for the users to choose the appropiate software support. To ensure users make an informed decision in selecting software support, a comparative analysis was conducted based on key parameters characterizing these supports. Four software supports were chosen as examples: Matlab, ETAP, PSCAD, and Simcenter Motorsolve. Prior to the analysis, the core tasks of these four supports were described to assist users in their selection process. The comparative analysis encompassed the following aspects: support availability, licensing, user assistance, and user interface usability. As a result of the comparative analysis, Matlab proved to be the preferred choice forsoftware support in the majority of aspects. Through this comparative analysis, users gained better insights into the fundamental capabilites of these suggested software supports, helping them make the most suitable support for their needs