Abstract: A system is provided for managing services in a living place, including: a supervision system, an anticipative solving system, the anticipative solving system including a processing and memory system for: storing service type problem generators and powers and occupants' satisfaction-related transversal problem generator; collecting service type and related parameters for each service; generating instantiated constraint data for each service according to its type and an anticipative service type problem data based on the constraint data; generating global anticipative problem data; computing set-point data for each service based on the solved global anticipative problem; sending set-point data to the supervision system; and a reactive system adapted to adjust the set-point data computed by the anticipative system depending on the current state of each service.

Abstract: The method for managing the charging of a pool of batteries on the basis of a charging system (1) having several charging terminals (2) supplied electrically from at least one energy production source (5, 6), includes: initializing a recharging date for each battery, defining a neighbourhood (E12) including a set of recharging dates in proximity to a previously employed recharging date, computing the performance (E13) of a new solution obtained by replacing the previously employed recharging date with recharging dates in the defined neighbourhood, storing the recharging date which gives the best performance subsequent to the performance computation (E13) and replacing the previously employed recharging date with this new recharging date, testing an end-of-computation criterion (E20), and if the criterion is not attained, performing a new iteration of defining, computing and storing and replacing steps while considering a neighbourhood of reduced duration with respect to the previous iteration.

Abstract: A system is provided for managing services in a living place, including: a supervision system, an anticipative solving system, the anticipative solving system including a processing and memory system for: storing service type problem generators and powers and occupants' satisfaction-related transversal problem generator; collecting service type and related parameters for each service; generating instantiated constraint data for each service according to its type and an anticipative service type problem data based on the constraint data; generating global anticipative problem data; computing set-point data for each service based on the solved global anticipative problem; sending set-point data to the supervision system; and a reactive system adapted to adjust the set-point data computed by the anticipative system depending on the current state of each service.