Modelling programs for load management using energy storing capacity of buildings

Shiljkut, Vladimir M.; Rajaković, Nikola

doi:10.1049/cp.2016.1003

Cited by 1 publication

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“…Na osnovu podataka o trenutnim temperaturama, za svaki posmatrani dan odreĎena je njegova srednja dnevna temperatura i pridruživana odgovarajućim podacima o opterećenjima iz baze podataka DSO sa sistema daljinskog očitavanja brojila. Ova metodologija, detaljno opisana u [20], kao rezultat je dala lokalni kapacitet u rashladnim ureĎajima, koji predstavlja ograničenje za primenu lokalnog programa DSM&DR, samostalno ili u kombinaciji sa DER/DG (ovde: sa instaliranjem fotonaponskih panela na raspoloživim krovnim površinama zgrada, ilustrovanim na slici 10).…”

Section: Istraživanje Za Konzumno Područje Jedne Ts 10/04 Kvunclassified

“…Potom je prema ovoj vrednosti skalirana godišnja proizvodnja navedene realne fotonaponske elektrane (na vrednosti P gPV sa slike 14) i superponirana na opterećenje posmatrane TS (P dem ), modelovano na način takoĎe detaljno opisan u [14]. Zatim je simulirana i primena konkretnog programa DSM, zasnovanog na dodatnom angažovanju klima-ureĎaja (AC+), modelovanog i opisanog u [14], [18], [20]. 5.2.2 Rezultati simulacijâ na odabranom području TS 10/0,4 kV Na slici 14 prikazan je slučaj za instaliranih 840 panela po 250 W, i kada je tokom jula i avgusta aktivirana pomenuta varijanta programa DSM.…”

Section: Slika 13 Algoritam Istraživanja Sprovedenog Na Studiji Slučaja Konzumnog Područja Jedne Ts 10/04 Kv U Beograduunclassified

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Consumers' influence in sustainable decarbonisation of future power system

Šiljkut¹

2021

Zb EI Nikola Tesla

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Environmental protection and sustainable development cause a qualitative shift towards cleaner technologies in the field of electrical power. Countries with fossil fuel-based electricity generation have a questionable energy future regarding the independence and security of their end-users' supply. Therefore, it is necessary to explore all possible options for future development, taking into account the synergistic potential of other energy sources in electricity deficit compensation. That need will arise after the shutdown of fossil fuel power plants. It is necessary to mutually synchronize the development and application of different energy sources. For example, the large share of renewable energy sources with highly variable generation, without the presence of significant energy storage capacities or other sources that could compensate for these rapid power fluctuations, causes problems in energy balancing and disrupts power system flexibility and stability. Among the supporting pillars of a secure and decarbonised power system, special attention will be paid to the possible role and contribution of consumers; increasing their energy efficiency, using the heat capacity of buildings, demand response and direct demand side management.

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Section: Istraživanje Za Konzumno Područje Jedne Ts 10/04 Kvunclassified

Section: Slika 13 Algoritam Istraživanja Sprovedenog Na Studiji Slučaja Konzumnog Područja Jedne Ts 10/04 Kv U Beograduunclassified

Consumers' influence in sustainable decarbonisation of future power system

Šiljkut¹

2021

Zb EI Nikola Tesla

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Modelling programs for load management using energy storing capacity of buildings

Cited by 1 publication

References 0 publications

Consumers' influence in sustainable decarbonisation of future power system

Consumers' influence in sustainable decarbonisation of future power system

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