IoT wearables have become integral to daily life, driving both convenience and innovation. For instance, users demand products with longer battery life, and companies also feel the pressure of developing smart gadgets that comply with these requirements.
Reducing energy consumption is not only environmentally responsible but also a strategic move to improve device efficiency and longevity. In this article, we explore some strategies for reducing power consumption in smart gadgets, ensuring sustainable and cost-effective operations.
Why do we need to reduce power consumption in smart gadgets?
For midsize companies investing in smart technology, understanding how to reduce the power consumption of smart gadgets is crucial. Every day, the market moves at a higher speed (see speed to market), the launch of new products is constant, and we see more and more devices that connect to each other, demanding higher levels of energy to perform more features.
With this in mind, users want products that can ensure a long time of usage while performing several activities. If you want to keep your brand competitive in the market, it is necessary to think of strategies to make your product stand out, and what better way than providing a long battery life?
Strategies to reduce power consumption in smart gadgets
Let’s see some strategies you can implement to reduce power consumption in the gadgets you are developing for the market.
1. Optimized hardware design
One of the most effective ways to reduce power consumption is through optimized hardware design. Selecting low-power components such as energy-efficient processors, sensors, and microcontrollers can significantly decrease overall energy usage. Companies can also integrate power management ICs (PMICs) to regulate voltage and optimize energy distribution.
2. Advanced power management techniques
Implementing dynamic power management (DPM) techniques helps smart gadgets operate efficiently. Features such as adaptive voltage scaling (AVS) and dynamic frequency scaling (DFS) allow devices to adjust power levels based on workload demands, minimizing unnecessary energy expenditure.
3. Low-power connectivity options
Smart gadgets rely on wireless connectivity, but traditional communication protocols can be energy-intensive. Companies should adopt low-power communication technologies such as Bluetooth Low Energy (BLE), Zigbee, or LoRaWAN to achieve reduced power consumption without compromising performance.
4. Efficient software development
Software plays a crucial role in optimizing the power usage of smart gadgets. Developers can implement intelligent sleep modes where devices enter a low-power state when not in use. Additionally, efficient firmware coding practices and lightweight algorithms help minimize processor activity, further reducing energy consumption.
5. Energy-efficient displays
For gadgets with screens, selecting energy-efficient display technologies like e-ink, OLED, or micro-LED can contribute to lower energy consumption. These displays consume less power while maintaining high visual performance.
6. Smart battery management
Efficient battery management systems (BMS) ensure prolonged battery life and reduced energy waste. Features such as adaptive charging, battery health monitoring, and optimized discharge cycles help maintain battery efficiency over time.
7. Reducing standby power consumption
Many smart devices consume power even when not actively in use. Implementing ultra-low-power sleep modes and automatic shutoff mechanisms ensures that energy is not wasted during idle periods.
The role of a reliable hardware partner
Finding a trusted long-term partner to implement these energy-efficient strategies in smart gadgets is vital. Collaborating with an experienced hardware development company can lead to significant cost savings in prototyping and mass production. A reliable partner provides expertise in component selection, firmware optimization, and regulatory compliance, ensuring that smart gadgets operate at peak efficiency (see Case study – Pet tracker innovation).
Benefits of partnering with an expert in power-efficient hardware development:
- Reduced development costs: Optimized prototyping leads to cost-effective manufacturing.
- Enhanced product reliability: Low-power solutions improve device longevity.
- Sustainability compliance: Meeting energy efficiency regulations enhances market competitiveness.
- Improved customer satisfaction: Devices with longer battery life and reliable performance lead to higher user retention.
Ready to reduce the power consumption of your devices?
Power consumption in smart gadgets is a critical factor that impacts both its performance and user satisfaction. Partnering with a trusted hardware development expert ensures an improvement in your device’s performance.
If you want your product to differentiate from others, this is a great starting point. Get in contact with our engineering team to help you enhance the battery consumption level of your smart gadgets. DeepSea Developments counts on the skills and over 7 years of expertise to take your device to a whole new level.
