1424 KB35 KB201320252016Godec, IgorRozman, Robertletnik:9številka:iss. 2str. 11-25COBISSID:1024237404ISSN:1855-5748URN:URN:NBN:SI:doc-HWNZQTKSenFakulteta za energetikoJET on-lineJournal of energy technologycloudHVACIoToblačna storitevpametna omrežjapametne zgradbesmart buildingsmart gridSmart grid design for efficient building management| Zasnova pametnega omrežja za učinkovito upravljanje zgradb|The existing methods of automated building management are faced with critical challenges in the modern smart grid movement. Remote data transmission, efficient data processing and the ability to adapt rapidly to changes are severely limited as a result of the poor connectivity and rigidity of the existing systems. As an effective solution to such challenges, a new generation of smart microcontroller systems has been designed, which in addition to the above-described factors delivers many new features and holds yet relatively unexplored potentials for further development. The major advantage of these systems is integration with a cloud service that already enables the more efficient management of remote buildings and delivers enhanced user and environment-friendly solutions. In addition, with the quick adaptation ability, these systems also offer effective solutions for new, yet unforeseen, smart building challenges in the future. In the first part of this article, we present the basic module for controlling an individual smart building and its integration into the wider concept of smart grids and smart city networks: DIALOG EQ microcontroller system, which is aimed at the efficient, distributed management of smart buildings. We describe the process of its development and current capabilities. The basic guideline for the development was user and environment friendliness. The second part is dedicated to the development potentials of the system, the challenges of the future and certain aspects of automatic (machine) learning from the data obtained through the operation of these systems in individual buildingsObstoječi načini avtomatiziranega upravljanja zgradb so v sodobnem trendu pametnih omrežij postavljeni pred pomembne izzive. Prenos podatkov na daljavo, njihova učinkovita obdelava in zmožnost hitrega prilagajanja spremembam so zaradi nepovezanosti in togosti obstoječih sistemov zelo težko uresničljivi. Kot učinkovito rešitev tovrstnih izzivov smo zasnovali novo generacijo pametnih mikrokrmilniških sistemov, ki prinašajo poleg opisanih še veliko novih, tudi še dokaj neraziskanih potencialov za nadaljnji razvoj. Bistvena prednost teh sistemov je povezljivost z oblačno storitvijo, ki že v tem trenutku omogoča bolj učinkovito upravljanje zgradb na daljavo in uporabniku ter okolju bolj prijazno rešitev. Z dodano zmožnostjo hitrega prilagajanja, ponujajo ti sistemi učinkovito rešitev tudi za nove, še nepredvidene izzive pametnih stavb v prihodnosti. V prvem delu predstavljamo osnovni gradnik upravljanja delovanja posamezne zgradbe in njenega povezovanja v koncept pametnih omrežij in mest % mikrokrmilniški sistem DIALOG EQ, ki je namenjen učinkovitemu porazdeljenemu upravljanju pametnih zgradb tudi na daljavo. Opisujemo proces njegovega razvoja in njegove trenutne zmožnosti. Osnovno vodilo razvoja je bila prijaznost do uporabnika in okolja. V drugem delu pa se posvečamo razvojnim potencialom sistema, morebitnim izzivom prihodnosti ter nekaterim konceptom avtomatskega učenja iz podatkov, pridobljenih pri delovanju teh sistemov v posameznih zgradbahTEXTznanstveno časopisjejournalsSlovenian National E-content AggregatorNational and University Library of SloveniaUniverza v Mariboru, Fakulteta za energetiko