Battery-Powered Product Design
Effective design in battery-powered products extends battery life without compromising on performance and functionality. This increases the time the user can run the device without stopping to recharge, making electronics with low-power embedded systems more reliable, convenient, cost-effective, and environmentally friendly.
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Optimizing Power Consumption in Embedded Systems
With extensive experience designing and implementing low-power embedded systems for battery-powered electronics, DMC helps manufacturers optimize power consumption without sacrificing performance. Our engineers carefully balance firmware, hardware, and embedded power management strategies, including sleep modes and low-power operating states, to maximize battery life and overall system efficiency.
Our areas of expertise include:
- Low-power focused component selection and power architecture
- Power optimization and embedded management
- Sleep mode and power-down strategies for microcontrollers
- Rechargeable and primary battery design
- Power profiling and battery-life estimation using representative operating modes and real hardware measurement
- Efficient communication using Wi-Fi schemes and Bluetooth Low Energy (BLE)
- LoRa and LoRaWAN connectivity
These techniques help create reliable, battery-powered products across a wide range of connected applications. DMC helps our clients develop custom internet-connected devices, wearables, remote sensors, monitoring systems, and control systems. We utilize Bluetooth for short-range, low-power communication between devices and smartphones. We use LoRa for large deployments of long-range, ultra-low-power wireless devices with 10+ year battery life.
Battery Life Starts with Design
Extending battery life requires more than a larger battery. Every design decision matters, from processor selection and firmware to wireless communication and power consumption during idle operation.
DMC considers power consumption throughout the entire design process to help clients build products that are efficient, reliable, and practical for real-world use. Our engineers can develop and design low-power battery electronics from the ground up, or help optimize your current system to extend battery life and improve efficiency.
Our Work
FAQs
How can low-power embedded systems extend battery life?
Battery life can be extended by reducing power consumption throughout the entire system. This includes selecting energy-efficient components, implementing sleep modes, optimizing firmware, and using low-power wireless communication technologies such as Bluetooth Low Energy (BLE) and LoRa. Together, these design decisions help battery-powered devices operate longer between charges or battery replacements.
What types of products benefit from low-power embedded design?
Low-power embedded design is commonly used for battery-powered products such as wearable devices, remote sensors, industrial IoT systems, environmental monitoring equipment, asset tracking devices, and other connected products where long battery life and reliable wireless communication are essential.
Can DMC optimize an existing low-power embedded system?
Yes. DMC can help improve the performance and battery life of existing embedded systems by evaluating hardware, firmware, and power consumption. Our engineers identify opportunities to reduce energy usage, optimize wireless communication, and improve overall system efficiency without requiring a complete redesign.
