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Projects: Summary of Projects by Region Projects in Region East of England involving Techna International Limited : InnUK/102233/01
Reference Number	InnUK/102233/01
Title	SYNAPS (Synchronous Analysis and Protection System)
Status	Completed
Energy Categories	Other Power and Storage Technologies(Electricity transmission and distribution) 100%;
Research Types	Applied Research and Development 100%
Science and Technology Fields	PHYSICAL SCIENCES AND MATHEMATICS (Computer Science and Informatics) 50%; ENGINEERING AND TECHNOLOGY (Electrical and Electronic Engineering) 50%;
UKERC Cross Cutting Characterisation	Not Cross-cutting 100%
Principal Investigator	Project Contact No email address given Powerline Technologies Limited
Award Type	Collaborative Research & Development
Funding Source	Innovate-UK
Start Date	01 November 2015
End Date	31 October 2017
Duration	24 months
Total Grant Value	£875,197
Industrial Sectors
Region	South West
Programme	Competition Call: 1405_CRD_ENE_GEN_ENCATMSR1 - Energy Catalyst - Mid Stage - Round 1. Activity Energy Catalyst Rnd 1 Mid Stage
Investigators	Principal Investigator	Project Contact , Powerline Technologies Limited (31.621%)
	Other Investigator	Project Contact , Techna International Limited (42.192%) Project Contact , Akya Limited (26.187%)
	Industrial Collaborator	Project Contact , Chemical Engineering, University of Bath (0.000%) Project Contact , University College London (0.000%)
Web Site
Objectives
Abstract	SYNAPS aims to develop a networked Smartgrid distribution automation platform for Low Voltage Networks (LVNs). LVNs are the final, essential link from the grid to the customer, yet they are currently built with outdated technology and managed by expensive, labour intensive processes. Underground LVN faults account for 80% of DNO LV costs and 50% of customer minutes lost. SYNAPS will provide real-time visibility of LVN operational and maintenance status, together with advanced protection and network reconfiguration. This will be accomplished by integrating modern IC technology, state-of-the art machine learning algorithms together with advanced power semiconductors and switching technology. It will also include development of an advanced semiconductor circuit breaker and fault detection algorithms. These developments are essential to support consumer demand for reliable networks, better integration of renewables and the flexibility to accommodate electric vehicles.SYNAPS aims to develop a networked Smartgrid distribution automation platform for Low Voltage Networks (LVNs). LVNs are the final, essential link from the grid to the customer, yet they are currently built with outdated technology and managed by expensive, labour intensive processes. Underground LVN faults account for 80% of DNO LV costs and 50% of customer minutes lost. SYNAPS will provide real-time visibility of LVN operational and maintenance status, together with advanced protection and network reconfiguration. This will be accomplished by integrating modern IC technology, state-of-the art machine learning algorithms together with advanced power semiconductors and switching technology. It will also include development of an advanced semiconductor circuit breaker and fault detection algorithms. These developments are essential to support consumer demand for reliable networks, better integration of renewables and the flexibility to accommodate electric vehicles.SYNAPS aims to develop a networked Smartgrid distribution automation platform for Low Voltage Networks (LVNs). LVNs are the final, essential link from the grid to the customer, yet they are currently built with outdated technology and managed by expensive, labour intensive processes. Underground LVN faults account for 80% of DNO LV costs and 50% of customer minutes lost. SYNAPS will provide real-time visibility of LVN operational and maintenance status, together with advanced protection and network reconfiguration. This will be accomplished by integrating modern IC technology, state-of-the art machine learning algorithms together with advanced power semiconductors and switching technology. It will also include development of an advanced semiconductor circuit breaker and fault detection algorithms. These developments are essential to support consumer demand for reliable networks, better integration of renewables and the flexibility to accommodate electric vehicles.SYNAPS aims to develop a networked Smartgrid distribution automation platform for Low Voltage Networks (LVNs). LVNs are the final, essential link from the grid to the customer, yet they are currently built with outdated technology and managed by expensive, labour intensive processes. Underground LVN faults account for 80% of DNO LV costs and 50% of customer minutes lost. SYNAPS will provide real-time visibility of LVN operational and maintenance status, together with advanced protection and network reconfiguration. This will be accomplished by integrating modern IC technology, state-of-the art machine learning algorithms together with advanced power semiconductors and switching technology. It will also include development of an advanced semiconductor circuit breaker and fault detection algorithms. These developments are essential to support consumer demand for reliable networks, better integration of renewables and the flexibility to accommodate electric vehicles.SYNAPS aims to develop a networked Smartgrid distribution automation platform for Low Voltage Networks (LVNs). LVNs are the final, essential link from the grid to the customer, yet they are currently built with outdated technology and managed by expensive, labour intensive processes. Underground LVN faults account for 80% of DNO LV costs and 50% of customer minutes lost. SYNAPS will provide real-time visibility of LVN operational and maintenance status, together with advanced protection and network reconfiguration. This will be accomplished by integrating modern IC technology, state-of-the art machine learning algorithms together with advanced power semiconductors and switching technology. It will also include development of an advanced semiconductor circuit breaker and fault detection algorithms. These developments are essential to support consumer demand for reliable networks, better integration of renewables and the flexibility to accommodate electric vehicles.
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Added to Database	09/02/18