IoT Embedded Devices
Embedded devices for remote monitoring and IoT communication
Introduction
Elnov develops IoT devices for remote monitoring designed for interfacing with environmental sensors and distributed devices, with a particular focus on outdoor and industrial applications. The solutions enable remote monitoring of physical quantities and environmental parameters, ensuring reliability and continuous operation over time.
Systems can be designed to operate fully autonomously through integration with photovoltaic modules and optimized energy storage solutions. The choice of storage technology is defined according to operating conditions, including specific solutions for environments characterized by high or extremely low temperatures.
The control electronics are designed to minimize energy consumption, enabling operation even in applications with limited energy availability. This approach significantly reduces maintenance requirements, making the systems particularly suitable for installations in remote or hard-to-access locations.
The developed solutions are modular and easily integrable, allowing adaptation to a wide range of applications, from distributed sensing to more complex IoT systems.
Developed IoT solutions
Communication and data acquisition
Circuit with integrated antenna for data transmission from environmental sensors. The system is designed to ensure reliable communication even in complex operating conditions, supporting multiple wireless technologies for remote monitoring.
Autonomous power supply
Battery-based power system designed to ensure continuous operation of environmental monitoring units. The control electronics optimize energy consumption and preserve system lifetime even under variable climatic conditions.
Photovoltaic energy management
Dedicated circuit for managing charging from photovoltaic panels, optimized for low-power applications. The system enables efficient use of available energy, allowing fully autonomous device operation.
Solution advantages
Remote monitoring
Embedded devices enable real-time data acquisition and transmission from distributed systems.
Wireless connectivity
Integration of communication technologies such as LTE or LoRa for long-range data transmission.
Low power consumption
Hardware and firmware design optimized to minimize device power consumption.
System integration
Devices can be integrated with autonomous power systems based on batteries and photovoltaic panels.
Applications
- Environmental sensing
- Energy monitoring
- Industrial devices
- Autonomous IoT systems
Additional application areas
Low power photovoltaic
Standalone devices powered by small photovoltaic panels
Hybrid battery system
Integration of batteries and supercapacitors to extend system lifetime
Extreme temperature batteries
Energy storage systems designed for extreme temperature environments
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If you are developing a new electronic device or an advanced energy system, we can support you through design, prototyping and development phases.