What is Baggage handling system energy?
Baggage handling system energy is the electricity used by the conveyors, sorters, explosives detection machines and controls that move checked bags from check-in through screening to make-up and claim.
Where the load sits
Outbound, the system runs from check-in counters through inline screening to make-up carousels airside. Inbound, belts carry bags from the apron to claim devices landside. The load is mostly many small motors plus the screening machines and the controls that track each bag. Airports, airlines and maintenance contractors share responsibility, and the system is sized for the peak hour but spends most hours below it.
TSA's role in system design
TSA's Electronic Baggage Screening Program exists because Congress mandated screening of all checked passenger baggage for concealed explosives. TSA grants can pay to install security-related baggage conveyors, reconfigure baggage areas and place explosives detection systems inline with the baggage handling system. Its Planning Guidelines and Design Standards list the deliverables an airport submits for an inline system, so energy measures such as idle shutdown have to fit inside that approved screening design.
Conveyor energy against bag volume
aQ EnergySmart meters BHS feeders and motor control centers, then sets energy per hour beside bag counts when the airport supplies throughput data. Belts running through a quiet overnight window show up as base load with no bags behind it. Current draw and run hours per section also feed aQ PredictIQ, which flags motors trending toward failure before a jam stops a make-up line.