SEMS is an acronym for Smart Energy Monitoring System, showcasing our IoT Integration
service. This feature involves the gathering of real-time energy usage data from 47 devices, with
the information securely stored in our advanced cloud server.
The Challenge
The manufacturing company we are assisting encountered significant hurdles in the manual recording of energy consumption for 47 devices dispersed across various buildings. The need for personnel to physically traverse from one location to another not only proved to be time-consuming but also presented intricate logistical challenges.
Moreover, the reliance on manual data recording introduced a transparency gap, highlighting a recognized issue where human errors could potentially compromise the accuracy of record-keeping. Recognizing the limitations of this manual approach, our proposed solution aims to not only streamline the process but also enhance accuracy and transparency in energy consumption data management. By leveraging modern technology and an integrated system, we anticipate overcoming the aforementioned challenges and providing the company with a more efficient and error-resistant method of tracking energy usage across its diverse infrastructure.
What did
Arsenion do
In response to the challenges posed by manual energy consumption recording, we present a comprehensive solution centered around the implementation of an Inter-device communication framework. This innovative approach enables us to seamlessly gather real-time information from each device, encompassing crucial data such as energy consumption, and transmit it to a secure cloud-based system.
The utilization of this cutting-edge technology not only overcomes the limitations of manual recording but also introduces a transformative shift in data management. By harnessing the power of inter-device communication, we ensure that the collection of data is not only accurate but also occurs in real-time, eliminating the delays associated with traditional methods.
The integration with a cloud-based system further amplifies the advantages of our proposed solution. This centralized approach ensures accessibility to the data from any location, providing a real-time snapshot of energy consumption across the manufacturing landscape. By directly sourcing information from the devices, our system acts as a bulwark against potential human errors that might arise during manual recording processes.
The Results
- Real-Time Data Accuracy
- Human Error Reduction
- Cloud-Based Accessbility
- Improved Efficiency
- Resource Optimization
