Electric bus fleet depot background for EV Fleets
EV Fleet operators

For most electric fleets, lower TCO
remains an unrealised promise

2 Wheelers
Delivery & Logistics
3 Wheelers
Passenger & Cargo
Cars
Passenger & Commercial
Buses
City & Interstate
Trucks
Last-mile & Long-haul
Heavy Equipment
Construction & Agriculture
REVENUE PLANNING
Unplanned Downtimeeating into Revenue?
Route battery intelligence and driver battery score dashboard
Range Prediction
Assign vehicle routes based on battery health
Driver Behaviour Analysis
Flag acceleration and braking patterns by severity
Route Analysis
Score routes against energy requirements
OPERATIONS MANAGEMENT
Unpredictable MaintenanceCosts inflating OpEx?
Prioritized battery fault action queue dashboard
Degradation Drivers
Identify severe stress triggered by usage patterns
Fault & Anomaly Alerts
Predict maintenance by tracking thermal risk, cell imbalance and early failure signals
Warranty Risk
Estimate claim probability against warranty limits before issues escalate
ASSET PLANNING
Resale Uncertaintycompounding TCO?
Residual value and optimal vehicle exit window dashboard
Degradation Forecasting
Plan vehicle retirement before battery condition affects resale value
Residual Asset Value
Identify optimal resale windows to maximise recovery value
State of Health Benchmarking
Compare battery condition across your fleet to prioritise replacement decisions
How we work together
1
Discover
Discover fleet-specific battery challenges and business priorities to define the right intelligence
2
Build
Build custom battery intelligence models tailored to your fleet's usage patterns, vehicle types and operational context
3
Pilot
Pilot with 1 year of historical data across 10 representative assets to validate impact and refine insights.
4
Scale
Scale across your full fleet with real-time monitoring, custom dashboards and seamless integration into existing operations.
5
Optimise
Optimise fleet performance continuously, reducing risk and delivering measurable ROI across the full asset lifecycle.
Battery Intelligence in the field
Electric scooter charging against a city skyline
EV FLEETS CASE STUDY
30% reduced false positives in EV Fleet
FAQ
How is Fawkes Energy different from the battery data my OEM or telematics provider already gives me?

OEM and BMS data is designed to protect the vehicle and the brand, not to give you an independent view of your asset. Fawkes Energy is a neutral, third-party platform with no affiliation to any manufacturer. Our models are built from physics, not OEM firmware, which means the insights are unbiased and built around your operational and financial needs, not the manufacturer's.

What does battery State of Health actually mean for my fleet's economics?

SoH measures how much of a battery's original capacity remains. A battery at 80% SoH has lost 20% of its range and energy delivery. For a fleet, that translates directly into shorter routes, more frequent charging stops, and earlier than expected replacement costs. Fawkes Energy tracks SoH continuously across your fleet so degradation doesn't become a financial surprise.

How fast do EV batteries degrade in Indian operating conditions?

Fleet data suggests packs that rely heavily on DC fast charging can degrade at 3% or more per year, while strategically managed charging keeps degradation under 1.5% annually. In Indian conditions — high temperatures, frequent fast charging, and stop-start urban duty cycles — degradation rates can be significantly higher than manufacturer estimates. Fawkes Energy models degradation against your specific operational context, not generic assumptions.

Can I predict when a battery will need replacement?

Yes, and that's precisely where Fawkes Energy creates the most fleet value. By tracking degradation velocity, usage stress and fault signatures continuously, we can identify which vehicles are approaching replacement threshold well in advance — so you can plan replacements on your schedule, not react to breakdowns on the road.

How does Fawkes Energy help reduce unplanned downtime?

Most battery-related downtime is preceded by detectable signals — cell imbalance, thermal anomalies, abnormal degradation rates — that go unnoticed without continuous monitoring. Fawkes Energy surfaces these signals early, triggering predictive maintenance before they become operational failures.

Does Fawkes Energy work across different vehicle makes and battery chemistries?

Yes. Fawkes Energy is OEM-agnostic and has been validated across 30+ electric vehicle models and multiple battery chemistries. This makes it particularly valuable for mixed fleets operating vehicles from different manufacturers.

How does battery intelligence affect our resale and end-of-life planning?

Battery health is increasingly the primary determinant of EV resale value. Fleets with documented, third-party battery health data recover significantly more value at exit. Fawkes Energy tracks degradation velocity across your fleet's lifetime, giving you the data to negotiate resale pricing from a position of knowledge rather than assumption.

We're working with early partners across EV and BESS.
If batteries are central to your business,
let's talk
Let's Talk