What challenges will higher levels of embedded and distributed generation create for Britains electricity networks?
33. When considering embedded and distributed generation it is necessary first to draw a distinction between small and large scale embedded generation and high and low levels of intermittency. 34. There is considered to be significant capacity for more domestic microgeneration (i.e. of a few kW output and minimal export to the grid) with little network impact. 35. However, the main benefits of embedded/distributed generation will come with larger scale developments which may themselves be intermittent. This level of embedded generation would deliver greatest benefit as part of a coherent, ‘smart’ distribution network. These will allow intelligent demand management and possible energy storage to play a full role in decarbonisation and energy security. 36. Rolling this all out at a consumer level will be very challenging logistically and will take time. There are significant issues around gaining end user ‘energy engagement’ and new approaches are needed to win consumers’ hearts and mind
