SMART-IT TECHNOLOGY, A NEW APPROACH TO POWER DEMAND MANAGEMENT IN SMART GRID

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1 SMART-IT TECHNOLOGY, A NEW APPROACH TO POWER DEMAND MANAGEMENT IN SMART GRID Sebastian Kiluk AGH w Krakowie, Wydział Zarządzania Paweł Kwasnowski AGH w Krakowie, Wydział Elektrotechniki, Automatyki, Informatyki i Inżynierii Biomedycznej Kraków,

2 Market needs addressed Power grid operation production consumption

3 Market needs addressed Energy industry (producers &distributors) needs reduced uncertainty without limiting the flow of energy Customers need reduced consumption and reduced cost of energy

4 Market needs addressed Energy industry (producers &distributors) needs reduced uncertainty without limiting the flow of energy It seems to be completely impossible Customers need reduced consumption and reduced cost of energy

5 Problem features Neutrality Complexity Scalability

6 Product/service short characteristics POWER OVERLOAD BLACKOUT RISK TOTAL DEMAND RISK ZONE AVALIABLE POWER EXISTING DEMAND DELAYED DEMAND CONTROLLED POWER TIME

7 Product/service short characteristics Coordinated, automated remote control system for smart grid balance Field level Cloud level The proposed method and system cause changes in the moments of switching the receivers ON, according to the original operation schedule, and do not affect the operation time and the moment of switching the receiver OFF.

8 Product/service short characteristics Field level Wall outlet connected box Building Management System Internal appliance electronics controlling appliance power supply in coordination with externally provided server Control functions accessible from mobile or stationary devices (PC, smartphone, tablet)

9 Product/service short characteristics Field level

10 Product/service short characteristics Cloud level Server side applications automating appliance operation/cooperation Time-shift of appliance operation coordinated on server level

11 Product/service short characteristics 5 Cloud level

12 Product/service short characteristics Energy Island - Isolated operation mode Server application run locally on the smartphone and coordinating appliance operation with local solar/wind energy production Time-shift of appliance operation coordinated on local level for maximizing energy use convenience when available power is limited

13 Product/service short characteristics Key technology features Plug-n-Play experience of mobile internet enabled control units Bridging role of servers linking energy consumer with distributor Openness for third party applications delivering new product definitions

14 Product/service short characteristics Strengths Independence from energy distribution infrastructure Use of existing communication resources Scalability, coordination on lowest level of distribution Functionality-hardware independence Smart combination of existing technologies

15 Stackholders Benefits 1. Power grid operation efficiency enhancement 2. Household economy savings (smart tariff) & home automation

16 Working prototype

17 SMART-IT TECHNOLOGY, A NEW APPROACH TO POWER DEMAND MANAGEMENT IN SMART GRID Sebastian Kiluk AGH w Krakowie, Wydział Zarządzania Paweł Kwasnowski AGH w Krakowie, Wydział Elektrotechniki, Automatyki, Informatyki i Inżynierii Biomedycznej Kraków,

18 OVERVIEW POSTER SMART-IT POWER DELAYED START AVALIABLE POWER EXISTING DEMAND Plug-n-Play experience of mobile internet enabled control units Bridging role of servers linking energy consumer with distributor Openness for third party applications delivering new products PREDICTIVE DEMAND CONTROL SYSTEM FOR ENERGY DISTRIBUTION TOTAL DEMAND RISK ZONE OVE R BLA LOAD CKO RISK UT KEY BENEFITS CLOUD LEVEL COORDINATION Smart-IT is a technology for controlling electric power demand in order to lower power load peaks and allow higher amount of energy transferred thru the grid without lockout risk. Commonly used serially connected terminals measure and coordinate delays of power supply when power demand request is expected or detected. CONTROLLED POWER DELAYED DEMAND TIME STRENGTHS Independence from energy distribution infrastructure Use of existing comm. resources Scalability, coordination on lowest level of distribution Functionality-hardware independence Smart combination of existing technologies SMART-IT NEW ROLE OF DISTRI BUTOR HISTORICAL DATA -> FORECAST SERVER CPU COMM 3:11am ENERGY DISTRIBUTOR 6:23pm 2h 41m ND CONTROL POWER DEMA WITH STRATEGY EXECUTED EXTERNALLY DISTRIBUTORS CONTROL ALGORITHM ON THE SERVER time IDENTIFICATION MPTION OF ENERGY CONSU LOCATION CPU 7:00am ENERGY DISTRIBUTOR COMM CLOUD LEVEL Applications automating appliances cooperation Time-shift coordination of appliance operation SMART-IT SMART-IT SMART-IT 3:11am Serially on the power line 2h 41m time RECORDED CONSUMPTION IN THE LOCAL UNIT ON SITE ENERGY RECORDED CONSUMPTION ENERGY IN THE HOUSE SMART-IT SMART-IT LOCATION OF ENERGY CONSUMPTION VERIFICATION OF ENERGY CONSUMPTION TIME AND AMOUNT FIELD LEVEL Wall outlet connected box or internal electronics controlling appliance power supply in coordination with externally provided server SMART-IT OUR PARTNERS ZDANIA Sp. z o.o., Kraków, Poland AGH-UST University of Science and Technology, Kraków, Poland

19 IMPLEMENTATION SCENARIO ZAŁĄCZ: - teraz - za godzinę - rano = po wschodzie słońca - gdy przyjdzie przymrozek / burza BEZPIECZEŃSTWO No SIM 22:10 Ekspres do kawy Załącz o 6:10 Wyłącz po typ. cyklu Wyłącz awaryjnie POWIADOMIENIA Powiadom mnie czas WYŁĄCZ AWARYJNIE: - gdy praca nie odpowiada charakterystyce urządzenia - gdy praca nie odpowiada historii urządzenia WYŁĄCZ: - teraz - gdy temperatura (emeteo) spadnie - po typowym czasie pracy - po typowym cyklu pracy = zużyciu

20 IMPLEMENTATION SCENARIO ZAŁĄCZ KLIMATYZACJĘ: od 7:00 załącz gdy CPU dzień roboczy słońce, temperatura COMM SERWER ZEWNĘTRZNE ŹRÓDŁA INFORMACJI CPU COMM POWIADOMIENIE CPU CPU COMM COMM czas WYŁĄCZ AWARYJNIE: gdy praca nie odpowiada historii urządzenia EKONOMIA & ŚRODOWISKO WYŁĄCZ: - gdy zachmurzenie (emeteo) - gdy brak zużyć w innych odbiornikach przez 30 minut np. w gniazdkach komputerów

21 IMPLEMENTATION SCENARIO Czynniki zewnętrzne CPU COMM SERVER WEB <-> URZĄDZENIA ZDALNE Prognoza Aktualny stan pracy Prezentacja dla urządzeń: - zestawienia zużyć - wykresy i tendencje - zgłoszenia stanów awaryjnych Zużycia energii Historia

22 IMPLEMENTATION SCENARIO NAŁADUJ BATERIĘ: autonomia CPU na jutro rano (7:00) SERWER PROGNOZA DYSTRYBUTOR CPU COMM 3:11 18:23 2h 41m DYSPOZYCJA ZAPOTRZEBOWANIEM NA MOC 7:00 czas

23 IMPLEMENTATION SCENARIO ROLA DYSTRYBUTORA W SYSTEMIE DANE HISTORYCZNE -> PROGNOZY SERWER CPU COMM 3:11 DYSTRYBUTOR 18:23 2h 41m ALGORYTM DYSTRYBUTORA NA SERWERZE DYSPOZYCJA ZAPOTRZEBOWANIEM NA MOC 7:00 czas

24 IMPLEMENTATION SCENARIO DOSTAWCY PROGRAMÓW CPU COMM SERVER WEB <-> URZĄDZENIA ZDALNE IMPLEMENTACJA USŁUG ZEWNĘTRZNYCH

25 IMPLEMENTATION SCENARIO NAŁADUJ BATERIĘ: preferencyjne rozliczenie poboru SERWER PROGNOZA DYSTRYBUTOR CPU COMM 3:11 Szeregowo na zasilaniu 2h 41m czas LICZNIK ROZLICZENIOWY DYSTRYBUTORA REJESTRACJA ZUŻYCIA W MODULE REJESTRACJA ZUŻYCIA W LICZNIKU ROZLICZENIOWYM Weryfikacja miejsca poboru: czas i ilość energii

26 IMPLEMENTATION SCENARIO TANIE ODKURZANIE - PROSTY INTERFEJS 50 SERWER PROGNOZA MOC & ENERGIA DYSTRYBUTOR TANIO BYPASS CPU COMM 41m RABAT TANIO czas Za 30 minut Już! Przez 50 minut >>> Brzęczyk <<<<