HANAMA ENERGY INTELLIGENCE
More runtime. Less battery stress.
Hanama buffers power peaks and recuperation energy – for higher availability, longer battery lifetime and more efficient energy systems.
AMR / AGV OEMs
Warehouse logistics
Port automation
eTruck platforms
Humanoid robotics
WHAT · WHAT HANAMA DOES
Battery and supercapacitor. Intelligently connected.
Hanama adds a fast-response supercapacitor, a high-efficiency converter and intelligent control to the main battery. The system handles short power peaks and stores braking energy for its next use.
WHY · WHY IT WORKS
Measured on real robotics. Scientifically validated.
Real load profiles
In mobile robots, measured peak power was more than seven times the average.
Proven hardware
Supercapacitor modules and converters were evaluated using real robotics data.
Measurable efficiency
Up to 98.83% best-case converter efficiency in the evaluated configuration.
HOW · HOW HANAMA SOLVES IT
Advanced hardware. Intelligent control. One system.
Hanama combines supercapacitors, high-efficiency power electronics and data-driven models. The control system continuously distributes energy between the storage systems – optimized for load profile, lifetime and efficiency.
APPLICATIONS
Built for robots that cannot pause.
AMRs, AGVs and humanoid platforms combine short power peaks, recuperation and demanding duty cycles. Hanama turns these load profiles into a hybrid energy system designed for higher availability.
THREE PLATFORMS. THREE CLEAR ADVANTAGES.
Energy intelligence where dynamics meet availability.
HANAMA addresses the characteristic load profiles of autonomous systems directly instead of compensating with an oversized battery.
AMR and AGV
Frequent acceleration, braking and direction changes create short power peaks and recoverable braking energy. HANAMA buffers these transients so the traction battery can be sized closer to continuous load and exposed to less stress.
More uptime. Stable peak power. Less battery ageing.
Humanoid robotics
Dynamic movements and many simultaneous actuators demand high power within milliseconds. Hybrid storage supplies these peaks without making the main battery unnecessarily large and heavy.
High dynamics. Lower battery weight. Predictable thermal load.
Industry and logistics
Multi-shift operation, short charging windows and fleet availability make battery downtime expensive. HANAMA uses recuperation and load-profile intelligence to reduce charging stress and make service life more predictable.
Higher fleet availability. More predictable lifecycle costs.
PROOF
Technology you can measure.
1:7+
Peak-to-average power in mobile robots
up to 48%
Potential in storage volume and weight
98.83%
Best-case converter efficiency
78
Measurements in the characterization framework
THE SYSTEM
Hardware. Control. Integration.
Supercapacitor module
A highly dynamic storage system rapidly absorbs power peaks and recuperation energy and makes them available again when required.
Interface converter
The bidirectional converter connects battery, supercapacitor and drive, precisely controlling energy flow in real time.
Energy Intelligence
Data-driven models support system sizing, operating strategy and forecasts for condition and lifetime.
START
Four steps to a pilot.
01 Analyze
Load profile and system limits.
02 Model
Peak stress and lifetime.
03 Validate
Measurable technical pilot.
04 Scale
Integration into platform and fleet.
CONTACT
How much potential is there in your system?
Share your load profile with us. Together, we identify the technical potential and the most effective path to a measurable pilot project.
Technical discovery call
HANAMA
Hybrid energy intelligence for autonomous machines.
Applications
© HANAMA 2026. All rights reserved.