considering iso/iec 15067-3 & 15067-3-x ( architecture of smart energy home for hes )
DESCRIPTION
ISO/IEC JTC1 SC25/WG1 N1574. Considering ISO/IEC 15067-3 & 15067-3-x ( Architecture of Smart Energy Home for HES ). 2012. 9. Wan ki Park ETRI, Korea Ilwoo Lee, Kwang-roh Park (ETRI, Korea). I. II. III. IV. V. Definition of Smart energy home. regarding Scope. - PowerPoint PPT PresentationTRANSCRIPT
Considering ISO/IEC 15067-3 &
15067-3-x (Architecture of Smart Energy Home for HES)
2012. 9.
Wan ki ParkETRI, Korea
Ilwoo Lee, Kwang-roh Park (ETRI, Korea)
ISO/IEC JTC1 SC25/WG1 N1574
I
II
III
IV
Definition of Smart energy home
regarding Scope
Layered architecture for SEH
Functional architecture for SEH
V Conclusion
Definition of Smart Energy Home (1)
Smart Energy Home (SEH)
3
A logical domain model supporting all new services regarding home environment with smart grid infrastructure. The SEH contains
– Energy consuming devices (appliance or smart appliances)
– Energy Storage devices
– Local Energy Generation (Renewable)
– Electric vehicle
– Bidirectional Power system (Grid to Home, Home to Grid, Vehicle to Grid, etc)
– Metering, sensing, control, management, computing, etc.
To define SEH Model in detail , I think that it is required to be use
– Layered architecture Model
– Functional architecture (example) for services
It is helpful to understand and describe SEH & services.
ISO/IEC JTC1/SC25/WG1 Geneva meeting
Outer Smart Grid
Definition of Smart Energy Home (2)
Smart Energy Home - Physical
4
Inter Home/Building Smart Grid
ISO/IEC JTC1/SC25/WG1 Geneva meeting
Definition of Smart Energy Home (3)HES energy management model (15067-3)
5
It shows a system architecture and interrelationship among the elements.
I’m wondering that it is enough to define smart energy home and relevant services.
ISO/IEC JTC1/SC25/WG1 Geneva meeting
regarding Scope
15067-3-x (N1559)
focuses on describing SEH using
- layered architecture to understand physical configuration of SEH
- functional architecture to describe and define smart energy services using smart grid technologies including metering, control, networking and power grid functions.
Purpose : to help us
- to understand smart energy home (logical domain), functionally
- to understand and describe smart energy service, how does it work functionally using function groups
6
ISO/IEC 15067-3
focuses on products and services that can manage energy consumption and generation of devices dynamically in response to electricity supply and prices.
specifies an energy management model for programs that manage the consumer demand for electricity using a method.
Regarding services except DR, it describes what the services are.
ISO/IEC JTC1/SC25/WG1 Geneva meeting
7
Layered architecture for Smart Energy Home
ISO/IEC JTC1/SC25/WG1 Geneva meeting
8
In-Home Power Grid
Func-tions
Service & Application Func-tions
Metering Func-tions
Energy Control Functions
Networking Functions
Man
ag
em
en
t Fu
nctio
n
Secu
rity Fu
nc-
tion
Sub-metering,Monitoring(sensor),Status information
Appliance On/OffDevice Control
Charge/discharge Con-trol, State Control
QoS, Reliability, Home Nwtworking
(802.3, WiFi, RS485, PLC, 802.15.4, 802.11 etc.)
Power Line,DC Distri-
bution,Local Power Generation
(Wind turbin, PV, Storage,
Electric Ve-hicle)
Energy Information Management(Syntax, Seman-tics)
Billing, Demand Response, Electric related Ser-vice,
Home Energy Management, Energy Trading, En-ergy Sharing, Home Automation interworking
Functional architecture for Smart Energy Home
ISO/IEC JTC1/SC25/WG1 Geneva meeting
Conclusion
Layered architecture and functional architecture are base architecture.
In my contribution(15067-3-x),
– specify two architecture models(layered, functional) in detail
– will describes how do the typical smart energy services work using two base architecture models in annex part.
9ISO/IEC JTC1/SC25/WG1 Geneva meeting