Abstract: A system and method for designing an electricity distribution network in a geographic area includes receiving design inputs that include data indicative of locations of one or more substations, a location of at least one zone substation, how much power is required by the substations, a supply capacity of the zone substation, and data indicative of a maximum allowed number of outgoing feeders that can be supported by the zone substation; receiving or accessing architecture rules dictating minimum requirements of the electricity distribution network; electronically generating design outputs by determining a plurality of paths using the design inputs, the architecture rules and a linear optimisation function subject to linear and integer constraints, such that a total length of the paths is minimized, wherein the design outputs include the plurality of paths; and electronically outputting the design outputs.

Abstract: A system for managing geospatial deployment is described and includes an input for receiving design data indicative of a design that is to be deployed; a fragmenter configured to fragment said design data into work items, each of said work items including one or more geospatially tagged tasks; an aggregator; an allocator; a scheduler; and a work order generator configured to generate geospatially tagged work orders according to said implementation schedule, each of said work orders being indicative of one or more of said jobs and of one of said parties so identified as fit to implement said respective one or more jobs and each of the work orders being suitable for transmitting to the party identified in the respective work order.

Abstract: A system and method for designing an electricity distribution network in a geographic area includes receiving design inputs that include data indicative of locations of one or more substations a location of at least one zone substation, how much power is required by the substations, a supply capacity of the zone substation, and data indicative of a maximum allowed number of outgoing feeders that can be supported by the zone substation; receiving or accessing architecture rules dictating minimum requirements of the electricity distribution network; electronically generating design outputs by determining a plurality of paths using the design inputs, the architecture rules and a linear optimisation function subject to linear and integer constraints, such that a total length of the paths is minimized, wherein the design outputs include the plurality of paths; and electronically outputting the design outputs.

Abstract: A system for managing geospatial deployment is described and includes an input for receiving design data indicative of a design that is to be deployed; a fragmenter configured to fragment said design data into work items, each of said work items including one or more geospatially tagged tasks; an aggregator; an allocator; a scheduler; and a work order generator configured to generate geospatially tagged work orders according to said implementation schedule, each of said work orders being indicative of one or more of said jobs and of one of said parties so identified as fit to implement said respective one or more jobs and each of the work orders being suitable for transmitting to the party identified in the respective work order.