EnOcean has launched the EnOcean IoT Connector, an ideal link between maintenance-free IoT data from energy harvesting sensors and IoT applications that makes the integration of EnOcean products easier than ever before. The IoT Connector translates sensor outputs into ready-to-use data for IoT applications and data driven businesses.
Commenting on the launch, Marian Hönsch, Product Manager at EnOcean said: “Data is critical to understanding, measuring and improving facility management processes and procedures. Increasingly, data needs to be analysed to ensure compliance with health and safety requirements, security and COVID-19 regulations. Facility and Corporate Real Estate Managers are gradually becoming more dependent on data analysis to identify utilisation patterns, trim costs and make buildings into better places for work."
"This new solution from EnOcean paves the way by enabling collection of data from billions of sensors in buildings, using energy harvesting wireless sensors to collect data in a secure and maintenance-free way. The essential requirements of quick onboarding, broad applicability and water-tight security are embodied in a new IoT Connector that translates sensor outputs into ready-to-use data for IoT applications and data driven businesses.”
One key feature of the IoT Connector software is that it decodes the IoT data from the EnOcean Protocol and translates it into ready-to-use data in JSON format to be used in the actual application. Algorithms are needed to unravel the data and to make it available for customer applications in the right form.
Customer applications consume IoT data in a “key-value pairs“ format, such as JSON. A key-value pair consists of related elements: a key, which is a constant that defines the dataset (temperature, humidity or ventilation), for example, and a value, which is a variable that belongs to the dataset (e.g. 20 °C, 80 %, level 1/2/3). Easy adoption by IoT users is enhanced by implementing JSON data that can be exchanged with an MQTT broker or Microsoft Azure IoT Hub.
In the typical model,