Battery System
5.4 kWh High-Voltage Capacity
Automotive-grade lithium-ion pack engineered to sustain thermal efficiency under high load, ensuring 200 km IDC estimated range per charge.
Interactive Schedule Estimator
Calculate Your Charging Frequency
Input your weekly working days and commute distances to evaluate the real-world efficiency of the Raptee.HV T30's 5.4 kWh automotive-grade battery pack.
5
25 km
40 km
Monthly Charging Frequency
Based on ~150 km real-world / 200 km IDC range per charge
4 Times / Month
Weekly Charging Frequency
Estimated standard full charge cycles
1 Time / Week
Total Monthly Distance
Calculated across 4.33 average weeks
887 km
| Commute & Operational Inputs | Values | Units |
|---|---|---|
| Daily commute distance (Working days) | 25 | km |
| Working days per week | 5 | days |
| Total weekly workday distance | 125 | km |
| Daily weekend distance | 40 | km |
| Weekend days per week | 2 | days |
| Total weekly distance (Workday + Weekend) | 205 | km |
| Estimated total distance per month | 887.6 | km |
| Estimated charges required per week | 1.37 | Times / Week |
| Final monthly charging requirement | 5 | Times / Month |
Engineering Insight
How High-Voltage Architecture Reduces Charging Overhead
Unlike standard low-voltage electric two-wheelers that require frequent topping up, the Raptee.HV T30 utilizes high-voltage efficiency to extend usable range and speed up replenishment.
Public Network
Universal CCS2 Fast Charging
Compatible with over 29,000 public electric car charging points. A 20–80% fast charge takes approximately 36 minutes.
Home Convenience
Built-in Onboard Charger
No separate wall-box installation required. Plug directly into standard domestic outlets to achieve a 20–80% charge in about 1 hour.
Commercial & Fleet Advantage
Optimized Operational Efficiency for Dealers and Fleets
For international distributors, commercial operators, and retail customers, charging frequency is a primary factor in total cost of ownership (TCO). By utilizing high-voltage power distribution, the T30 minimizes electrical losses and heat buildup, leading to predictable battery degradation curves backed by an 8-year or 80,000 km battery warranty.
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Low DowntimeFast charging capability allows rapid turnaround during long highway rides or fleet shifts.
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Universal StandardsUses standard car CCS2 plugs—no proprietary charging hubs needed.
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Long Battery LifeThermal management protects long-term cell integrity across thousands of cycles.
Charging FAQ
Frequently Asked Questions
Essential details on charging frequency, battery specs, and infrastructure compatibility.
With an estimated IDC range of 200 km (and approximately 150 km in real-world urban riding), a typical daily commute of 20 to 25 km requires charging only 1 to 2 times per week or 4 to 5 times per month.
The T30 supports two main charging methods: CCS2 DC fast charging at public electric car chargers (20–80% in ~36 minutes) and regular domestic socket charging via the onboard charger (20–80% in ~1 hour).
The T30 high-voltage architecture reduces current intensity compared to low-voltage systems. Lower current reduces heat generation, protecting battery chemistry and allowing continuous fast-charging compliance covered by an 8-year / 80,000 km battery warranty.
Distributors can utilize our charging frequency calculator to benchmark customer usage profiles against local grid infrastructures. CCS2 is the dominant DC fast-charging standard across Europe, Asia-Pacific, and South America.
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