Low Power Photovoltaic Devices
Standalone electronic devices powered by photovoltaic panels
Energy management
Designing solar powered devices requires highly efficient energy management. The electronic system must optimize several key aspects: energy harvesting from the photovoltaic panel, battery charging management and the power consumption of electronic components.
Efficient control of these elements is essential to ensure reliable operation, especially in applications with limited energy availability.
Energy-autonomous devices
Many outdoor applications require autonomous electronic devices capable of operating for long periods without maintenance.
The use of small photovoltaic panels, combined with efficient energy storage systems, enables the development of fully energy-autonomous solutions.
These systems are designed to operate reliably even under variable environmental conditions, minimizing the need for external power sources.
Advantages
Energy autonomy
Fully autonomous devices with no need for external power supply
Reduced maintenance
Systems designed to operate for long periods without maintenance
Low power consumption
Electronics optimized to minimize energy consumption
Outdoor applications
Solutions designed to operate in outdoor environments
Applications
- Environmental sensing systems
- Autonomous IoT devices
- Light signaling devices
- Solar street lighting
- Remote monitoring systems
Additional Application Areas
Hybrid battery system
Integration of batteries and supercapacitors to extend system lifetime
Extreme temperature batteries
Energy storage systems designed for extreme temperature environments
IoT embedded devices
Embedded devices for monitoring and IoT communication
Do you have a project?
If you are developing a new electronic device or an advanced energy system, we can support you through design, prototyping and development phases.