A multi-objective assessment of the future potential of the Shetland Isles active network management scheme

Malcolm Barnacle, Simon Gill, Michael James Dolan, Graham Ault

Research output: Contribution to conferencePaper

Abstract

The Active Network Management (ANM) scheme to be
employed on Shetland is a key component of the
Northern Isles New Energy Solutions (NINES) concept.
The NINES project integrates energy storage, Domestic
Demand Side Management (DDSM) and renewable
generation onto an islanded grid. Previous work has
presented the design of the ANM scheme to manage the
various components within constraints and to maintain
system stability. This paper focuses on defining the
future potential of Shetland’s ANM scheme to improve
network access for onshore wind generation and reduce
the island’s reliance on fossil fuel generation. A Multi-
Objective System Development Optimisation (MOSDO)
model has been developed to carry out this study. The
model creates future system configurations with varying
penetrations and locations of DDSM, energy storage
and onshore wind generation. The most desirable
system configurations, according to a multi-objective
analysis, are investigated to identify the potential
operational and economic impacts of the ANM scheme
and the individual components.

Workshop

WorkshopCIRED, Challenges of Implementing Active Distribution System Management
CountryItaly
CityRome
Period11/06/1412/06/14

Fingerprint

Active networks
Network management
Energy management
Fossil fuels
Energy storage
Economics

Keywords

  • active network management scheme
  • multi-objective assessment
  • future potential
  • Shetland Isles

Cite this

Barnacle, M., Gill, S., Dolan, M. J., & Ault, G. (Accepted/In press). A multi-objective assessment of the future potential of the Shetland Isles active network management scheme. Paper presented at CIRED, Challenges of Implementing Active Distribution System Management, Rome, Italy.
Barnacle, Malcolm ; Gill, Simon ; Dolan, Michael James ; Ault, Graham. / A multi-objective assessment of the future potential of the Shetland Isles active network management scheme. Paper presented at CIRED, Challenges of Implementing Active Distribution System Management, Rome, Italy.
@conference{9cb6d6d77084487583b0498d6335011d,
title = "A multi-objective assessment of the future potential of the Shetland Isles active network management scheme",
abstract = "The Active Network Management (ANM) scheme to beemployed on Shetland is a key component of theNorthern Isles New Energy Solutions (NINES) concept.The NINES project integrates energy storage, DomesticDemand Side Management (DDSM) and renewablegeneration onto an islanded grid. Previous work haspresented the design of the ANM scheme to manage thevarious components within constraints and to maintainsystem stability. This paper focuses on defining thefuture potential of Shetland’s ANM scheme to improvenetwork access for onshore wind generation and reducethe island’s reliance on fossil fuel generation. A Multi-Objective System Development Optimisation (MOSDO)model has been developed to carry out this study. Themodel creates future system configurations with varyingpenetrations and locations of DDSM, energy storageand onshore wind generation. The most desirablesystem configurations, according to a multi-objectiveanalysis, are investigated to identify the potentialoperational and economic impacts of the ANM schemeand the individual components.",
keywords = "active network management scheme, multi-objective assessment, future potential, Shetland Isles",
author = "Malcolm Barnacle and Simon Gill and Dolan, {Michael James} and Graham Ault",
year = "2014",
language = "English",
note = "CIRED, Challenges of Implementing Active Distribution System Management ; Conference date: 11-06-2014 Through 12-06-2014",

}

Barnacle, M, Gill, S, Dolan, MJ & Ault, G 2014, 'A multi-objective assessment of the future potential of the Shetland Isles active network management scheme' Paper presented at CIRED, Challenges of Implementing Active Distribution System Management, Rome, Italy, 11/06/14 - 12/06/14, .

A multi-objective assessment of the future potential of the Shetland Isles active network management scheme. / Barnacle, Malcolm; Gill, Simon; Dolan, Michael James; Ault, Graham.

2014. Paper presented at CIRED, Challenges of Implementing Active Distribution System Management, Rome, Italy.

Research output: Contribution to conferencePaper

TY - CONF

T1 - A multi-objective assessment of the future potential of the Shetland Isles active network management scheme

AU - Barnacle, Malcolm

AU - Gill, Simon

AU - Dolan, Michael James

AU - Ault, Graham

PY - 2014

Y1 - 2014

N2 - The Active Network Management (ANM) scheme to beemployed on Shetland is a key component of theNorthern Isles New Energy Solutions (NINES) concept.The NINES project integrates energy storage, DomesticDemand Side Management (DDSM) and renewablegeneration onto an islanded grid. Previous work haspresented the design of the ANM scheme to manage thevarious components within constraints and to maintainsystem stability. This paper focuses on defining thefuture potential of Shetland’s ANM scheme to improvenetwork access for onshore wind generation and reducethe island’s reliance on fossil fuel generation. A Multi-Objective System Development Optimisation (MOSDO)model has been developed to carry out this study. Themodel creates future system configurations with varyingpenetrations and locations of DDSM, energy storageand onshore wind generation. The most desirablesystem configurations, according to a multi-objectiveanalysis, are investigated to identify the potentialoperational and economic impacts of the ANM schemeand the individual components.

AB - The Active Network Management (ANM) scheme to beemployed on Shetland is a key component of theNorthern Isles New Energy Solutions (NINES) concept.The NINES project integrates energy storage, DomesticDemand Side Management (DDSM) and renewablegeneration onto an islanded grid. Previous work haspresented the design of the ANM scheme to manage thevarious components within constraints and to maintainsystem stability. This paper focuses on defining thefuture potential of Shetland’s ANM scheme to improvenetwork access for onshore wind generation and reducethe island’s reliance on fossil fuel generation. A Multi-Objective System Development Optimisation (MOSDO)model has been developed to carry out this study. Themodel creates future system configurations with varyingpenetrations and locations of DDSM, energy storageand onshore wind generation. The most desirablesystem configurations, according to a multi-objectiveanalysis, are investigated to identify the potentialoperational and economic impacts of the ANM schemeand the individual components.

KW - active network management scheme

KW - multi-objective assessment

KW - future potential

KW - Shetland Isles

UR - http://www.cigre.org/Events/Other-events/CIRED-WORKSHOP-2014

M3 - Paper

ER -

Barnacle M, Gill S, Dolan MJ, Ault G. A multi-objective assessment of the future potential of the Shetland Isles active network management scheme. 2014. Paper presented at CIRED, Challenges of Implementing Active Distribution System Management, Rome, Italy.