RHINO – Battery Pack Sizer
Use this tool to estimate the RHINO battery pack size from a target pure-EV range, average energy consumption, and the usable SoC window. It is meant for concept work, fleet planning, and RHINO investor discussions.
What this calculator helps you answer
- How many kWh are needed for a given RHINO range and Wh/km assumption.
- How many battery modules are required at a chosen module size (e.g. 1.5 kWh).
- How the result compares to a reference pack (for example, 64 × 1.5 kWh ≈ 96 kWh).
How to use it
- Enter the target pure-EV range in km and expected Wh/km.
- Set the minimum SoC you want to use (for example, down to 20%).
- Adjust module size and reference module count if needed.
- Read off usable energy, required pack size, and module count.
Back-of-envelope sizing only – detailed engineering will refine these values.
Battery Size Calculator
Estimate required battery capacity based on energy use, autonomy, depth of discharge, and system voltage.
Inputs
Typical use: off-grid / backup / solar storage, or EV pack sizing at a rough energy level.
Use this to estimate how many identical modules or packs you would need.
Results
Calculations assume: required kWh = daily kWh × days ÷ (DoD × efficiency).
Energy requirement
Nominal storage needed
0 kWh
Usable energy (after losses)
0 kWh
Battery capacity
Required capacity
0 kWh
Capacity at system voltage
0 Ah
Estimated modules needed
–
Within typical range for small systems.