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SMART-IT TECHNOLOGY, A NEW APPROACH
TO POWER DEMAND MANAGEMENT IN SMART GRID
Kraków, 2016
http://smart-it-team.comhttp://agh.edu.pl
Sebastian KilukAGH w Krakowie, Wydział Zarządzania
Paweł KwasnowskiAGH w Krakowie, Wydział Elektrotechniki, Automatyki, Informatyki i Inżynierii Biomedycznej
Power grid operationMarket needs addressed
production consumption
Energy industry (producers &distributors) needs reduced uncertainty without limiting
the flow of energy
Customers need reduced consumption and reduced cost of energy
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
Market needs addressed
It seems to be completely impossible
Problem features
Neutrality
Complexity
Scalability
Product/service short characteristics
EXISTING DEMAND DELAYED
DEMAND
TIME
POWE
R TOTAL DEMAND
AVALIABLEPOWER
RISK ZONEOVERLOADBLACKOUTRISK
CONTROLLEDPOWER
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.
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)
Product/service short characteristics
Field level 4 6
3
271
5
Product/service short characteristics
Cloud level
Server side applications automating appliance operation/cooperation
Time-shift of appliance operation coordinated on server level
Product/service short characteristics
Cloud level
14
2
5
3
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
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
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
Product/service short characteristics
Benefits1. Power grid operation
efficiency enhancement
2. Household economy savings (smart tariff) & home automation
Stackholders
Working prototype
SMART-IT TECHNOLOGY, A NEW APPROACH
TO POWER DEMAND MANAGEMENT IN SMART GRID
Kraków, 2016
http://smart-it-team.comhttp://agh.edu.pl
Sebastian KilukAGH w Krakowie, Wydział Zarządzania
Paweł KwasnowskiAGH w Krakowie, Wydział Elektrotechniki, Automatyki, Informatyki i Inżynierii Biomedycznej
OVERVIEW POSTER
SMART-ITSMART-IT
EXISTING DEMAND DELAYED
DEMAND
TIME
POW
ER
PREDICTIVE DEMAND CONTROL SYSTEMFOR ENERGY DISTRIBUTION
DELAYED START KEY BENEFITS
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.
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
•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
TOTAL DEMAND
AVALIABLEPOWER
CLOUD LEVEL•Applications automating
appliances cooperation•Time-shift coordination
of appliance operation
FIELD LEVEL•Wall outlet connected box or internal electronics controlling appliance power supply in coordination with externally provided server
NEW ROLE OF DISTRIBUTOR
time
CPU
COUNTER
COMM
HISTORICAL DATA-> FORECAST
POWER DEMAND CONTROL
WITH
EXTERNALLY EXECUTED STRATEGY
2h 41m
6:23pm3:11am
7:00am
SERVER
ENERGY DISTRIBUTOR
DISTRIBUTORS CONTROL
ALGORITHM
ON THE SERVER
RISK ZONE
IDENTIFICATION OF ENERGY CONSUMPTION
LOCATION
time
CPU
COUNTER
COMM
2h 41m
3:11am
ENERGY DISTRIBUTOR
CONSUMPTION RECORDED
IN THE LOCAL UNIT
CONSUMPTION RECORDED
IN THE HOUSE ENERGY COUNTER
ON SITE ENERGY COUNTER
VERIFICATION OF ENERGY CONSUMPTION LOCATION
TIME AND AMOUNT OF ENERGY CONSUMPTION
Serially on the power line
OVERLOADBLACKOUTRISK
CONTROLLEDPOWER
CLOUD LEVEL COORDINATION
SMART-ITSMART-IT
SMART-ITSMART-IT
SMART-ITSMART-ITSMART-ITSMART-IT
SMART-ITSMART-IT
SMART-ITSMART-IT
OUR PARTNERS•ZDANIA Sp. z o.o., Kraków, Poland
www.zdania.com.pl•AGH-UST University of Science and Technology, Kraków, Poland
www.agh.edu.pl
SMART-ITSMART-IT
IMPLEMENTATION SCENARIO
ZAŁĄCZ:- teraz- za godzinę- rano = po wschodzie słońca- gdy przyjdzie przymrozek / burza
BEZPIECZEŃSTWO
WYŁĄCZ:- teraz- gdy temperatura (emeteo) spadnie- po typowym czasie pracy- po typowym cyklu pracy = zużyciu
WYŁĄCZ AWARYJNIE:- gdy praca nie odpowiada charakterystyce urządzenia- gdy praca nie odpowiada historii urządzenia
czas
No SIM 22:10Ekspres do kawyZałącz o 6:10Wyłącz po typ. cykluWyłącz awaryjnie
Powiadom mniePOWIADOMIENIA
IMPLEMENTATION SCENARIO
ZAŁĄCZ KLIMATYZACJĘ:od 7:00załącz gdy dzień roboczysłońce, temperatura
WYŁĄCZ:- gdy zachmurzenie (emeteo)- gdy brak zużyć w innych odbiornikach przez 30 minut np. w gniazdkach komputerów
WYŁĄCZ AWARYJNIE:gdy praca nie odpowiada historii urządzenia
czas
CPU
COUNTER
COMM
SERWER
CPU
COUNTER
COMM
CPU
COUNTER
COMM
CPU
COUNTER
COMM
POWIADOMIENIE
ZEWNĘTRZNE ŹRÓDŁA
INFORMACJI
EKONOMIA &
ŚRODOWISKO
IMPLEMENTATION SCENARIO
CPU
COUNTER
COMMSERVER
WEB <->
URZĄDZENIA ZDALNE
Zużycia energii
Historia
Prognoza
Czynniki zewnętrzne
Aktualny stan pracy
Prezentacja dla urządzeń:- zestawienia zużyć
- wykresy i tendencje - zgłoszenia stanów
awaryjnych
IMPLEMENTATION SCENARIO
NAŁADUJ BATERIĘ: autonomia CPUna jutro rano (7:00)
czas
CPU
COUNTER
COMM
DYSPOZYCJA
ZAPOTRZEBOWANIEM
NA MOC
2h 41m
18:23
3:11
7:00
SERWER PROGNOZA DYSTRYBUTOR
IMPLEMENTATION SCENARIO
ROLA DYSTRYBUTORA W SYSTEMIE
czas
CPU
COUNTER
COMM
DANE HISTORYCZNE-> PROGNOZY
DYSPOZYCJA
ZAPOTRZEBOWANIEM
NA MOC
2h 41m
18:23
3:11
7:00
SERWER
DYSTRYBUTOR
ALGORYTMDYSTRYBUTORA
NASERWERZE
IMPLEMENTATION SCENARIO
CPU
COUNTER
COMMSERVER
WEB <->
URZĄDZENIA ZDALNE
IMPLEMENTACJA USŁUG
ZEWNĘTRZNYCH
DOSTAWCY PROGRAMÓW
IMPLEMENTATION SCENARIO
NAŁADUJ BATERIĘ: preferencyjnerozliczenie poboru
czas
CPU
COUNTER
COMM
2h 41m
3:11
SERWER PROGNOZA DYSTRYBUTOR
REJESTRACJA ZUŻYCIA W MODULE
REJESTRACJA ZUŻYCIA W LICZNIKU
ROZLICZENIOWYM
LICZNIKROZLICZENIOWYDYSTRYBUTORA
Weryfikacja miejsca poboru:czas i ilość energii
Szeregowona zasilaniu
IMPLEMENTATION SCENARIO
TANIE ODKURZANIE- PROSTY INTERFEJS
czas
CPU
COUNTER
COMM
41m
Za 30 minut
SERWERPROGNOZA
MOC & ENERGIA
DYSTRYBUTOR
TANIO BYPASS
TANIO
Już! Przez 50 minut>>> Brzęczyk <<<<
30 50
50
RABAT
