Enhancing Grid Capacity with MQTT
Explore how an MQTT platform can be critical to enable Dynamic Line Rating (DLR) and enhance grid capacity in Energy industry.
HiveMQ is an enterprise MQTT platform that provides a secure, reliable, and scalable data abstraction layer between OT and IT systems. It lays a powerful foundation for industrial IoT deployments in renewable energy and helps energy professionals achieve digital maturity by integrating data from remote assets, systems, and applications to enterprise and cloud platforms, enabling advanced data processing and analytics use cases.
The key to digital transformation is adopting Industry 4.0 principles in the renewable energy sector. This revolves around the ability to effectively harness data from the myriad of devices scattered across many locations. Data needs to be collected from a variety of sources, like solar panels, wind turbines, and hydroelectric plants. This data then needs to be systematically compiled and analyzed. Through leveraging this data, the renewable energy sector can increase operational effectiveness, derive strategic insights, and contribute to sustainable environmental practices.
HiveMQ’s MQTT platform is the ideal choice for the Renewable Energy industry, offering a comprehensive set of features and capabilities specifically designed to address the unique challenges within the sector. HiveMQ provides:
Connect to any remote or enterprise asset, system, or application in energy operations, ensuring seamless communication and data visibility.
Scale easily to meet fluctuating demands. Run locally or on the cloud for ultimate flexibility.
Operate mission-critical systems reliably 24/7 with zero message loss and redundant clustering technology.
HiveMQ has numerous energy customers successfully leveraging our trusted MQTT platform.
HiveMQ is widely used in the Renewable Energy industry across a variety of use cases. Here are some of the most common:
Asset performance management plays a pivotal role in maximizing the return on investment for renewable energy assets, including wind turbines, solar panels, hydroelectric facilities, and smart grid technologies. Utilizing advanced platforms like HiveMQ, renewable energy companies can achieve comprehensive remote monitoring and management of their assets, providing the following benefits:
Reduced maintenance expenditure
Increased asset performance
Improved asset lifecycle management
Predictive maintenance allows energy companies to use data to predict when equipment and remote assets will fail, allowing them to schedule maintenance proactively. HiveMQ helps energy customers leverage advanced data analytics and machine learning to achieve predictive maintenance for these outcomes:
Reduced unexpected downtime
Extended equipment lifetime
Reduced maintenance costs
HiveMQ enables the tracking and remote monitoring of energy assets, including solar panels, wind farms, battery systems, and turbines. Through embedded sensors and connectivity, energy companies can monitor asset location and utilization for the following benefits:
Optimized asset deployment
Assured safety and compliance
Improved asset utilization
Top recommended resources to help you unlock the power of IoT in the Energy Sector
Explore how an MQTT platform can be critical to enable Dynamic Line Rating (DLR) and enhance grid capacity in Energy industry.
A prominent upstream oil and gas exploration and production company achieved near real-time data collection and monitoring of remote oil fields with HiveMQ.
Learn how Anglian Water uses Unified Namespace (UNS) and HiveMQ MQTT platform for OT/IT integration and to get valuable insights into asset performance.
Learn how Currenta leveraged the power of the Internet of Things (IoT) and the lightweight MQTT protocol to streamline its operations.
Lumo, a smart agtech company, uses HiveMQ's MQTT platform to enhance farm productivity, water security, and food production for future generations.
Discover how Fortum Spring, an innovative IoT startup, leverages HiveMQ and MQTT technology to optimize electricity production and consumption.