The E-zeroBatteryZone® is an advanced sensor system designed to operate autonomously by harvesting energy from ambient light. It integrates multiple sensors, each dedicated to specific measurements such as temperature, humidity, and motion. The data from these sensors is transmitted through a local mesh network using an optimized communication protocol, ensuring efficient communication and secure data transfer to the cloud for analysis.
Key Features of E-zeroBatteryZone®
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The E-zeroBatteryZone® leverages Organic Photovoltaic (OPV) technology to eliminate the need for traditional batteries. The sensor node harvests energy from ambient light through organic photovoltaic modules. Even in low-light conditions, LAYER® ensures the conversion of light into energy, providing continuous autonomy without requiring battery replacements. This results in reduced maintenance and operational costs.
Low-Power Communication
The sensor system uses a low-power communication protocol via the NeoMesh network, developed by NeoCortec. This network is optimized for data transmission efficiency while minimizing energy consumption, enabling the system to operate for extended periods without additional power requirements. The protocol ensures reliable data transfer between the sensors and a central gateway, which relays the information to the cloud.
Energy Storage with Supercapacitors
The S-Power 2S supercapacitor from Ligna Energy is used for energy storage. The supercapacitor stores energy harvested by the OPV modules, ensuring a continuous power supply to the sensor node, even during periods of low light. This storage system is designed for high durability and long life, further reducing the need for maintenance.
Scalable and Efficient for IoT Deployments
Developed in collaboration with Endrich Group, NeoCortec, and Ligna Energy, the E-zeroBatteryZone® is optimized for large-scale IoT sensor deployments in connected environments. The system’s ability to function without the need for batteries and its integration of energy-efficient communication protocols make it an ideal solution for wide-area sensor networks.
Applications and Advantages
The E-zeroBatteryZone® is suitable for a wide range of IoT applications that require real-time data monitoring in environments with limited access to power sources. Its ability to operate autonomously and scale without the need for frequent maintenance or battery replacements makes it a cost-effective and sustainable choice for the deployment of sensors in smart buildings, environmental monitoring, and asset tracking.
By combining energy harvesting, low-power communication, and efficient energy storage, the E-zeroBatteryZone® represents a significant advancement in the design of self-sustaining IoT sensor networks.
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