What factors contribute to the resilience of district heating networks?
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District heating networks' resilience is influenced by various factors. Topological changes, such as the construction of loops, enhance robustness by smoothing the impact of malfunctions . Optimized designs that maximize robustness under investment constraints show that robustness and cost are inversely related . Additionally, the integration of renewable energy sources, central storage devices, and centralized control strategies play a crucial role in enhancing resilience during faults and outages . Furthermore, the use of sophisticated algorithms linking energy demand to supply, based on user behavior and meteorological data, ensures flexibility and stability in district energy networks . Spatial factors, like proximity and density of heat demand, also impact the resilience of district heating systems, highlighting the importance of spatial planning in enhancing their efficiency and effectiveness .
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| Papers (4) | Insight |
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15 Citations | District heating network resilience is enhanced by topological changes like loop construction, which smooths malfunction effects. Robustness is maximized through topology optimization under investment constraints. |
43 Citations | District heating networks' resilience stems from utilizing local energy sources, integrated thermal storage, intelligent algorithms linking supply and demand, and flexibility through user behavior analysis and meteorological data. |
| Factors contributing to the resilience of district heating networks include centralized control, integrated electricity-gas systems, renewable energy sources, central battery, and fuel cell for power supply during outages. | |
Open access 01 Jan 2016 | The resilience of district heating networks is enhanced by topological changes like adding loops, reducing pumping power, and minimizing the effects of pipe breakage through optimized looping strategies. |
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