FAQ Archive
GPSController FAQs - Page 133
Browse older support questions without loading full answer pages into the archive.
FAQ
What does battery health 'degradation' actually measure for fleet EVs?
It measures the irreversible loss of total energy capacity (in kWh) and the increase in internal resistance, which reduces power output. For fleets, this translates directly to lost range per charge and slower accelerati...
Read full answer ->FAQ
When should we consider replacing our current fleet tracking system for EV management?
Look for the boundary of operational truth. If dispatchers no longer trust the automated schedule and constantly override it, or if energy costs become unpredictable due to missed low-rate windows, your system has become...
Read full answer ->FAQ
What's the compliance risk with faulty EV charging logs?
It's significant. Sustainability and emissions reporting for electric fleets requires verified charging logs. If your system shows a vehicle charging at one grid rate but signal delay meant it actually charged at a highe...
Read full answer ->FAQ
Can better GPS devices alone solve charging management failures?
No. Premium devices might reduce some error, but the core failure is usually in the data integration layer. If the charging software polls for location every 30 seconds but the network adds latency, you're acting on outd...
Read full answer ->FAQ
How does GPS delay actually break an EV charging schedule?
The schedule is location-triggered. If the system thinks the vehicle is still minutes away due to signal lag, it won't release the reserved charger. Another vehicle gets assigned, and when the first EV finally arrives, i...
Read full answer ->FAQ
When should FMCG fleets abandon automated rerouting and switch to manual control?
When there's a loss of coherent data - if the system can't reconcile the vehicle's actual path with the condition report of delivered goods. A good GPS controller should flag this discrepancy and push the decision to hum...
Read full answer ->FAQ
What's the biggest risk with automated conflict zone rerouting?
Over-reliance on delayed public incident data. The algorithm might route fleets away from recently cleared zones and into newly developing hotspots because it prioritizes historical zone data over fragmented, real-time d...
Read full answer ->FAQ
Can rerouting affect cold chain compliance for FMCG goods?
Yes, rerouting adds time which can create compliance issues. If telematics doesn't automatically adjust expected temperature logs for the new, longer ETA, the extra hours on the road may show up as a compliance violation...
Read full answer ->FAQ
How does GPS rerouting work in areas with poor signal during conflict situations?
In poor signal areas, the controller falls back on dead reckoning and cached map data. However, this cache doesn't know about recent roadblocks, potentially navigating trucks into unsafe areas. Location updates only sync...
Read full answer ->FAQ
What are the key capabilities a defence-grade GPS controller must have for supply chain visibility?
A defence-grade GPS controller must handle multi-constellation GNSS signals (GPS, GLONASS, Galileo) for redundancy, operate in low-bandwidth or intermittent connectivity zones, provide encrypted location pings that can't...
Read full answer ->FAQ
Why can't we just use more frequent GPS pings to solve visibility issues in defence logistics?
More pings drain vehicle batteries, increase data costs exponentially, and can create more network noise without solving the core issue of data integrity. The solution isn't more data, but smarter, more trusted data cont...
Read full answer ->FAQ
How does GPS signal delay specifically impact defence supply chain operations?
A delay of even a few minutes can cause critical failures in dynamic routing for high-value convoys. It can lead to missed aerial resupply windows or create dangerous gaps in situational awareness for command centers. Es...
Read full answer ->