Abstract
As a result of the restructuring of electricity markets and the targets laid down for renewable energy, increasing amounts of Embedded Generation are being connected to distribution networks. To accommodate this new type of generation the existing distribution network should be utilised and developed in an optimal manner. This paper explains the background to the technical constraints faced by EG projects and a methodology using linear programming to determine the optimal allocation of EG with respect to these constraints is demonstrated. The methodology is implemented and tested on sections of the Irish distribution network. Results are presented demonstrating that the proper placement and sizing of EG is crucial to the accommodation of increasing levels of EG on distribution networks.
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