project 3.2 grid integration requirements, standards, codes and regulations
DESCRIPTION
Project 3.2 Grid Integration Requirements, Standards, Codes and Regulations Tho Le-Ngoc, McGill University Students: Dung Ho, Christopher Leung, Yue Gao. Wireless links:. Bulk power generator automation. Wind. 802.15.4/Zigbee 802.15.4g SUN 3G/4G Cellular. Solar. DAP. DAP. DER - PowerPoint PPT PresentationTRANSCRIPT
www.smart-microgrid.ca
Project 3.2Grid Integration Requirements, Standards, Codes and Regulations
Tho Le-Ngoc, McGill UniversityStudents: Dung Ho, Christopher Leung, Yue Gao
www.smart-microgrid.ca
FridgeStove Dish washer
Pool heater
Electric car
Lightningcontrol
Homedisplay
Smartmeter
Concentrator
Neighbour-Area Network (NAN) Home-Area Network (HAN)
Wide-Area Network (WAN)
Carcharger Solar panel
Control center
BACKBONE NETWORKBase
station
WasherDryer
Basestation
Basestation
Transissionautomation
Smartmeter
Distributionautomation
DERautomation
802.15.4/Zigbee802.15.4g SUN3G/4G Cellular
Wireless links:
DAP
Wind
Solar
Heating, ventilation, andair conditioning (HVAC)
DAP
DAPDAP
Substationautomation
DAP
Bulk powergeneratorautomation
www.smart-microgrid.ca
Research objectives:
• Assess the different information types and QoS requirements in Intelligent Microgrids.
• Develop a robust and reconfigurable information infrastructure based upon existing and emerging wireline and wireless communication technologies that will efficiently support the integration of Intelligent Microgrids.
• Account for physical, MAC and network layer performance.
www.smart-microgrid.ca
2011
• Preliminary studies to characterize different information types in Intelligent Microgrids to establish their QoS parameters and to classify their dynamic QoS requirements
• Investigation of issues of grid integration requirements, and emerging communications systems in supporting Intelligent Microgrids
2013
• Development of robust transmission techniques suitable for information exchange in Intelligent Microgrids
• Development of cooperative and reconfigurable transmission and intelligent information processing schemes over heterogeneous wireless/wireline communications networks for integration of Microgrids
2015
• Development and evaluation of interworking and integration strategies for efficient transmission and information processing techniques and re-configurable, service-oriented networking architectures suitable for a robust information infrastructure to support the integration of Intelligent Microgrids and based on available and emerging communications technologies
www.smart-microgrid.ca
Relevance:
• contributes to the development of the communications infrastructure to efficiently support the integration of Smart MicroGrids
• helps to advance the design and deployment of Smart MicroGrids
www.smart-microgrid.ca
Theme 3: Communications
3.2 Grid Integration Requirements,
Standards, Codes and Regulations
3.1 Universal Communication Infrastructure
3.3 Distribution Automation: Sensors
and Condition Monitoring
3.4 Integrated Data Management
and Portals
1.2 Distributed Control, Hybrid
Control and Power Management of
Microgrids
2.3 Demand Response: Energy Management and
Metering
1.3 Status Monitoring, Disturbance Detection,
Diagnostics and Protection
www.smart-microgrid.ca
collaboration: • Close collaboration with other researchers
in Theme 3• Discussions with researchers
– in Theme 1 (to learn more about operation and control, especially on • 1.2 Distributed Control, Hybrid Control and Power
Management of Microgrids, and 1.3 • 1.3 Status Monitoring, Disturbance Detection, Diagnostics
and Protection)– in Theme 2 (to learn more about planning and regulations,
especially on• 2.3 Demand Response: Energy Management and
Metering)