After the most recent successfully completed project for OPV optimization with regard to weak light behavior, OPVIUS has now developed an IoT platform based on this. This platform allows the integration of an OPV-based power supply into almost any commercial sensor or actuator.
Today's world is full of information and communication technologies. Society demands the support of the Internet in any conceivable everyday situation. In order to meet the demand and offer additional services, physical objects are integrated into the Internet, thus extending the digital world into the real world. Many everyday actions today involve technical support. In this context, we often hear the catchword: Internet of Things (IoT).
The IoT doesn't just change everyday life for the individual, but also companies and the nature of their work are affected. In general, it is necessary to recognize and understand patterns in complex systems. Sensors and actuators are being used to communicate with a parent system and exchange data and results or trigger events. All this requires energy. According to today's state of the art, batteries are the means of choice to ensure the supply of these nodes. This, however, has an impact both on the environmental balance and maintenance costs. Although the unit costs of the batteries may be low, their replacement is expensive.
OPVIUS offers an individual platform for this development, which can be adapted and integrated to customer requirements. The company managed to significantly improve the low-light performance of OPV modules back in March this year. Now a further step has been taken towards functional IoT systems: Integration into an OPV-supported power unit that can supply sensors and wireless communication.
The improved OPV performance in the low light range means that it can even be used in extremely low lighting conditions. Depending on the system design, stable operating conditions are already possible in lighting conditions from 100 lux, i.e. significantly lower than in the case of classic office lighting. An OPV surface the size of a business card is sufficient for this purpose.
In the first step, a classic 433MHz transmitter/receiver system was set up. The developed platform allows the integration into almost every commercial sensor and transmission standard. These developments are paired with the optical adaptability of the OPVIUS components. This integration ensures power supply and provides for optical acceptance.
Dr. Pavel Schilinsky, Senior Manager of System Development at OPVIUS, added: "We have paid particular attention to energy management in order to enable long-term, permanent operation. Among other things, a mechanism has been integrated, which automatically wakes up the sensor after shading." He adds: "This will enable the OPV to become the enabler of the IoT. Coupled with the aesthetic integration possibilities, we can enable the IoT to achieve long-term market penetration into the user's personal environment."
Today's world is full of information and communication technologies. Society demands the support of the Internet in any conceivable everyday situation. In order to meet the demand and offer additional services, physical objects are integrated into the Internet, thus extending the digital world into the real world. Many everyday actions today involve technical support. In this context, we often hear the catchword: Internet of Things (IoT).
The IoT doesn't just change everyday life for the individual, but also companies and the nature of their work are affected. In general, it is necessary to recognize and understand patterns in complex systems. Sensors and actuators are being used to communicate with a parent system and exchange data and results or trigger events. All this requires energy. According to today's state of the art, batteries are the means of choice to ensure the supply of these nodes. This, however, has an impact both on the environmental balance and maintenance costs. Although the unit costs of the batteries may be low, their replacement is expensive.
OPVIUS offers an individual platform for this development, which can be adapted and integrated to customer requirements. The company managed to significantly improve the low-light performance of OPV modules back in March this year. Now a further step has been taken towards functional IoT systems: Integration into an OPV-supported power unit that can supply sensors and wireless communication.
The improved OPV performance in the low light range means that it can even be used in extremely low lighting conditions. Depending on the system design, stable operating conditions are already possible in lighting conditions from 100 lux, i.e. significantly lower than in the case of classic office lighting. An OPV surface the size of a business card is sufficient for this purpose.
In the first step, a classic 433MHz transmitter/receiver system was set up. The developed platform allows the integration into almost every commercial sensor and transmission standard. These developments are paired with the optical adaptability of the OPVIUS components. This integration ensures power supply and provides for optical acceptance.
Dr. Pavel Schilinsky, Senior Manager of System Development at OPVIUS, added: "We have paid particular attention to energy management in order to enable long-term, permanent operation. Among other things, a mechanism has been integrated, which automatically wakes up the sensor after shading." He adds: "This will enable the OPV to become the enabler of the IoT. Coupled with the aesthetic integration possibilities, we can enable the IoT to achieve long-term market penetration into the user's personal environment."
