As an engineer responsible for the fleet of 1.35 million Roomba-style vacuums, I need to create a battery and maintenance management system that will ensure all units are cleaned, charged, and ready for deployment for street cleaning operations between 4-5 AM.
Acceptance Criteria
[ ] The system must intelligently schedule vacuum charging to ensure all are fully charged before 4 AM.
[ ] The system must perform a diagnostic check for maintenance needs each day after street cleaning operations.
[ ] The system must log all maintenance activities and flag vacuums that require repairs.
[ ] The system must prioritize vacuums with the lowest battery after the previous night's operation for charging.
[ ] The system must send notifications to the maintenance crew in case of critical maintenance issues.
[ ] The system must distribute the charging load to avoid peak energy usage and reduce cost.
[ ] The system must be able to remotely update the vacuum firmware for performance improvements.
sequenceDiagram
participant VM as Vacuum Manager
participant V as Individual Vacuum
participant S as Charging Station
participant D as Diagnostic System
participant MC as Maintenance Crew
Note over VM: End of Operation (5 AM)
VM->>V: Initiate Diagnostic
V->>D: Report Status
D->>VM: Log maintenance needs
VM->>V: Check Battery Levels
VM->>S: Assign Vacuums to Charging Stations
S-->>V: Begin Charging
V->>VM: Charging Complete
alt Maintenance Required
VM->>MC: Notify Issues
MC->>V: Perform Maintenance
end
Battery and Maintenance Management
As an engineer responsible for the fleet of 1.35 million Roomba-style vacuums, I need to create a battery and maintenance management system that will ensure all units are cleaned, charged, and ready for deployment for street cleaning operations between 4-5 AM.
Acceptance Criteria