Blueprint for the combinatorial strategy in transactive energy-based control mechanism by using energy flexibility platform and interface

Babar, M.; Kamphuis, I.G.; Hanzelka, Z.; Bongaerts, M.

doi:10.1049/oap-cired.2017.1075

Blueprint for the combinatorial strategy in transactive energy-based control mechanism by using energy flexibility platform and interface

Title

Blueprint for the combinatorial strategy in transactive energy-based control mechanism by using energy flexibility platform and interface

Author

Babar, M.
Kamphuis, I.G.
Hanzelka, Z.
Bongaerts, M.

Publication year

2017

Abstract

The strategic importance of transactive energy (TE) in the world is steadily increasing, and therefore transactive control and coordination mechanism require effective strategy to achieve sustainable competitive advantages. Strengths, weaknesses, opportunities and threats (SWOT) analysis is one of the most effective approaches used for analysing strategic design of a system. In this study, structured SWOT analysis has been performed focusing on three advancements, namely PowerMatcher, intelligator and energy flexibility platform and interface, made in the area of transactive control and coordination mechanism. As a conclusion, applied the proposed methodology to carry out effective combinatorial strategy planning for the TE-based coordination mechanism. © 2017 The Institution of Engineering and Technology. All rights reserved. e-distribuzione; Enedis; People Make Glasgow; SP Energy Networks; WSP

Subject

Competition
Combinatorial strategies
Coordination mechanisms
Effective approaches
Energy flexibility
Energy-based control
Opportunities and threat (SWOT)
Sustainable competitive advantages
Transactive controls
Electric utilities