Phillip Dodd, Technology Lead IIoT Engineering Infrastructure
Success Story | Case Study
Case Background
Last year, Chile hit its 2025 target of producing a fifth of its energy from renewables, which deploys IIoT in the clean energy system. So far this year, at least 25% of its energy and more than twice that at peak hours is being created from solar and wind plants.
Chile expedited the deployment of IIoT coverage for the clean energy system. By using industrial internet of things technology, producers can reduce inefficiencies in existing energy infrastructure by increasing the generation, transmission, and use of electricity. Making updates to electric infrastructures allows ease inflow of energy which can maximize its potential, therefore cutting down on any wastage of energy.
Internet of Clean Energy
To meet the needs of productivity, Chile expedited the deployment of Internet coverage for the energy system. By using the industrial internet of things technology, producers can reduce inefficiencies in existing energy infrastructure by increasing the generation, transmission, and use of electricity. Making updates to electric infrastructures allows ease inflow of energy which can maximize its potential, therefore cutting down on any wastage of energy.
Adding IoE technology based on the industrial internet of things to the process can also lead to the installation of smart grid technology. Smart grid technology allows users to integrate communication systems, control power, and electrical flow, measure usage, monitor the health of their systems, and automate their power systems among other things. Smart grids allow users to make better business decisions and make forecasts for the future.
IIoT Challenges of Clean Energy Implementation
High temperature, Dusty, Thunderstorms and other factors. All for devices and daily operation and maintenance be a great challenge.
Different priorities to different data flow or services and providing a level of performance in accordance with predetermined service agreements.
Data security, Facilities protection and network redundancy are undoubtedly the biggest concern that ensures the energy system is reliable and stable.
IIoT Clean Energy Network Diagram
Key Features
FR-9M3424P, Supports redundant ring technology and features, and rapidly self-recovery to prevent interruptions and external intrusions. It incorporates advanced ITU-T G.8032 ERPSv2 (Ethernet Ring Protection Switching) technology, Spanning Tree Protocol (802.1s MSTP), and a redundant power input system into the customer’s industrial automation network to enhance system reliability and uptime in harsh factory environments—perfect implementation for the industrial Internet of Things.
IIoT Innovate Clean Energy