Grid Inte­gra­ti­on

Work Modu­le 1 – Grid Inte­gra­ti­on – revol­ves around explo­ring how the roles for inte­gra­ting e‑mobile sto­rage and char­ging tech­no­lo­gies into the grid and mar­ket can be shared across the par­ti­ci­pa­ting play­ers most effi­ci­ent­ly – both eco­no­mic­al­ly and envi­ron­men­tal­ly – within the over­ar­ching sys­tem of a dere­gu­la­ted ener­gy mar­ket and mobi­li­ty sec­tor. The work is split into three sub-modules:

Opti­mi­sed ener­gy pro­cu­re­ment and mar­ket participation:
Iden­ti­fy­ing neces­sa­ry and available infor­ma­ti­on sys­tems to achie­ve eco­no­mic­al­ly and envi­ron­men­tal­ly effi­ci­ent inter-play­er rela­ti­onships with a view to inte­gra­ting e‑mobile sto­rage and char­ging tech­no­lo­gies into the mar­ket, taking into account the spread of play­er-spe­ci­fic opti­mi­sa­ti­on processes.

Inno­va­ti­on by obser­ving play­ers and interactions

Ope­ra­ting and con­trol­ling micro smart grids:
Pene­t­ra­ting as far as the low-vol­ta­ge level from the grid-manage­ment level, as well as maintaining/increasing the relia­bi­li­ty and avai­la­bi­li­ty of power grids through auto­ma­ted char­ging infra­struc­tu­re, decen­tra­li­sed ener­gy sys­tems and actively ope­ra­ted smart meters.

Advance­ment by digi­ti­sing the low-vol­ta­ge level

Inter­face sys­tems and smart networking:
Sca­lable, cross-area inte­gra­ti­on of e‑mobile sto­rage and char­ging tech­no­lo­gies by using/further deve­lo­ping stan­dar­di­sed inter­face sys­tems and com­mu­ni­ca­ti­on pro­to­cols, and by taking into account the requi­re­ments of inter­nal and exter­nal players.

Imple­men­ta­ti­on through tech­no­lo­gy and user-ori­en­ted frame­work conditions