HIGHLIGHTS
SUMMARY
It combines reduced energy consumption as well as on-site renewable energy production and integration to achieve a zero-energy balance at the building level. Urban neighborhoods offer excellent potential for decarbonization through the proximity of different energy uses (heating, cooling, electricity for households, commerce, and mobility) and opportunities for efficiency improvements, renewable energy generation, and integration (Gährs et_al 2016). Result 1: agent‑based modeling with an urban energy system Twenty-six studies deal with "energy and heat" in neighborhoods. The substation agents link to the agents of the local energy system, which . . .
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