Society today demands sustainable technical solutions that reconcile the needs of society with those of nature . These solutions must coordinate between different and often competing demands within a sub-system (irrigation, ecological flow, power generation) and the variety of different uses of environmental resources across systems (e.g., power from water, wind, sun, or waves). Advances in modeling, optimization, and control will play an essential role in providing these solutions.
This session is intended for contributions on the technical aspects of modelling and control of environmental systems for a future, where complex real time coordination between different sub-systems will be the rule rather than the exception.
Examples of topics suitable for this session are:
• models of both environmental systems and of management practices that can be used to study the effects of new control algorithms;
• models and algorithms for adaptive and resilient operational management of environmental systems;
• innovative solutions that exploit synergies and avoid potential conflicts for multi-resource and multi-sector systems.
The session is associated with Panta Rhei working group "Natural and man-made control systems in water resources" and welcomes contributions addressing the above mentioned points, especially in the context of hybrid power systems and water resource systems used for irrigation, drainage, water supply (potable water, industrial water, cooling water) and transport of goods.