Abstract: A method for providing an estimate for a defined building control system comprises displaying on a user interface a plurality of areas in which the defined building control system would be installed. Pluralities of subsystems are associated with the plurality of areas and include at least one typical subsystem that is associated with a defined plurality of building automation components in a database. The method further comprises displaying on the user interface the typical subsystem in association with the plurality of areas. A number of instances of the typical subsystem that are associated with the plurality of areas are also displayed on the user interface. A cost estimate is generated for the defined building control system based at least in part on the number of instances of the typical subsystem.

Abstract: A method for providing an estimate for a defined building control system comprises displaying on a user interface a plurality of areas in which the defined building control system would be installed. Pluralities of subsystems are associated with the plurality of areas and include at least one typical subsystem that is associated with a defined plurality of building automation components in a database. The method further comprises displaying on the user interface the typical subsystem in association with the plurality of areas. A number of instances of the typical subsystem that are associated with the plurality of areas are also displayed on the user interface. A cost estimate is generated for the defined building control system based at least in part on the number of instances of the typical subsystem.

Abstract: A method for providing an estimate for a defined building control system comprises displaying on a user interface a plurality of areas in which the defined building control system would be installed. A plurality of subsystems are associated with the plurality of areas. The plurality of subsystems include at least one typical subsystem that is associated with a defined plurality of building automation components in a database. The method further comprises displaying on the user interface the typical subsystem in association with the plurality of areas. A number of instances of the typical subsystem that are associated with the plurality of areas is also displayed on the user interface. A cost estimate is generated for the defined building control system based at least in part on the number of instances of the typical subsystem.

Abstract: A method for providing an estimate for a defined building control system comprises displaying on a user interface a plurality of areas for the defined building control system. The method further comprises associating a plurality of subsystems of the defined building control system with the plurality of areas, each of the plurality of subsystems associated with a defined plurality of building automation components in a database, the plurality of subsystems including a first subsystem and a second subsystem both associated with one area of the plurality of areas. Both the first subsystem and the second subsystem are displayed on the user interface in association with the one area. A cost estimate for the defined building control system is generated based at least in part on the first subsystem and not based on the second subsystem.

Abstract: A method for providing an estimate for a defined building control system comprises displaying on a user interface a plurality of areas for the defined building control system. The method further comprises associating a plurality of subsystems of the defined building control system with the plurality of areas, each of the plurality of subsystems associated with a defined plurality of building automation components in a database, the plurality of subsystems including a first subsystem and a second subsystem both associated with one area of the plurality of areas. Both the first subsystem and the second subsystem are displayed on the user interface in association with the one area. A cost estimate for the defined building control system is generated based at least in part on the first subsystem and not based on the second subsystem.

Abstract: A method for providing an estimate for a defined building control system comprises displaying on a user interface a plurality of areas in which the defined building control system would be installed. A plurality of subsystems are associated with the plurality of areas. The plurality of subsystems include at least one typical subsystem that is associated with a defined plurality of building automation components in a database. The method further comprises displaying on the user interface the typical subsystem in association with the plurality of areas. A number of instances of the typical subsystem that are associated with the plurality of areas is also displayed on the user interface. A cost estimate is generated for the defined building control system based at least in part on the number of instances of the typical subsystem.

Abstract: A method for providing an estimate for a defined building control system comprises displaying on a user interface a plurality of areas for the defined building control system. The method further comprises associating a plurality of subsystems of the defined building control system with the plurality of areas, each of the plurality of subsystems associated with a defined plurality of building automation components in a database, the plurality of subsystems including a first subsystem and a second subsystem both associated with one area of the plurality of areas. Both the first subsystem and the second subsystem are displayed on the user interface in association with the one area. A cost estimate for the defined building control system is generated based at least in part on the first subsystem and not based on the second subsystem.