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Maximising the way power is generated and used.

Power efficiency is a must for both the business case and environmentally friendly devices. Our experts work in maximising efficiency, minimising power consumption, and harvesting renewable sources.

coin cell device teardown
Capabilities

Power-budget expertise for battery-powered products.

Every milliwatt has to come from somewhere — our approach treats power as a design constraint from the first schematic, not a firmware optimisation pass at the end.

We specialize in designing hardware that delivers high performance while consuming minimal power, ensuring your devices are both powerful and energy-efficient.

Component selection for low-power consumption
Circuit design optimization
Energy-efficient microcontroller integration
Power management IC implementation
Hardware-software co-design

Our firmware solutions are crafted to reduce energy consumption through intelligent coding practices and power management techniques.

Sleep mode implementation
Dynamic power scaling
Event-driven programming
Real-time operating system (RTOS) optimization
Energy-efficient communication protocols

We develop systems that capture and utilize ambient energy sources, reducing or eliminating the need for traditional power supplies.

Solar energy integration
Kinetic energy harvesting
Thermal energy conversion
Ambient RF energy utilization
Hybrid power systems design

We implement wireless technologies that maintain robust communication links while preserving battery life.

Bluetooth Low Energy (BLE) integration
Zigbee protocol implementation
LoRaWAN connectivity
NB-IoT solutions
Ultra-wideband (UWB) communication

Our battery solutions ensure longevity and reliability, critical for portable and remote devices.

Battery selection consulting
Charge / discharge cycle optimization
Battery health monitoring systems
Low-power charging circuit design
Energy density analysis

We design display systems that offer clear visuals while consuming minimal power, ideal for portable devices.

E-ink display integration
OLED display solutions
Adaptive brightness control
Memory-in-pixel (MIP) LCD technology
Low-refresh-rate strategies

We integrate sensors that provide constant data acquisition while preserving battery life.

Selection of low-power sensors
Duty cycling techniques
Sensor fusion algorithms
Event-triggered data collection
Energy-efficient analog-to-digital conversion

Low power work.

Devices that last longer on less. Recent examples.

Project showcase

Renesas Electronics

Multi-national MCU manufacturer

Talk to us about a similar project →
The target
Deliver a battery-less IoT device with onboard machine learning.
Showcase TinyML on chip using low-powered microcontrollers.
Predictive analytics on the device's energy consumption.
The work
Bluetooth Low Energy.
Low-powered MCU.
Coded in C.
TinyML.
Custom enclosure.
Custom Android application.
The outcome
First of its kind battery-less IoT device.
Smart energy usage through adaptive messaging.
Monitoring 3 environmental parameters from sensors.

Ready to make every milliwatt count?

Tell us where you are in the process. We can join at any stage, from conception to launch.