HiveMQ provides a secure, reliable foundation for seamless data flow across distributed energy assets and enterprise IT systems. Leading renewable energy companies use HiveMQ to optimize energy generation and enable real-time, data-driven decisions for a more efficient and sustainable energy future.
With HiveMQ our Customers Achieved
$40M
Increased Revenue By Improving Asset Utilization by 1 Day/Year
$0M
Compliance Fine Avoidance Due to Early Leak Detection
$80M
Annual Cost Savings Through Streamlining IoT Operations
HiveMQ Drives Business Outcomes
HiveMQ helps renewables companies unlock the power of their industrial data by enabling real-time, reliable, and scalable communication between distributed assets and enterprise systems.
Improved Asset Performance
Customers improve energy efficiency by streamlining energy distribution, enabling real-time monitoring and control for more reliable and efficient energy systems.
Reduced Maintenance Costs
Customers use data to perform predictive maintenance, leading to reduced downtime, extended equipment lifetime, and reduced maintenance costs.
Improved Asset Visibility
The remote monitoring of renewables assets allows customers to optimize asset deployment, achieve asset safety/compliance goals, and improve asset utilization.
Optimized Energy Storage
Customers manage the charging and discharging of battery storage systems through real-time energy production and demand fluctuation monitoring.
In this quickly evolving marketplace, it’s important to have experienced and professional partners. With HiveMQ we have found the messaging platform and the knowledgeable support we need to build a smarter, cleaner, and more responsive energy system.
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
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:
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:
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:
Reliable, real-time data exchange is critical for optimizing energy generation, grid stability, and asset management. HiveMQ provides a scalable, secure, and high-performance data foundation to ensure seamless communication between distributed energy resources, grid operators, and enterprise systems.
Real Time
Enables instant data exchange for monitoring energy production, consumption, and grid conditions.
Event-Driven Architecture
Transmits data only when changes occur, improving efficiency and decision-making.
Simple to Deploy
Deploy on-premise, in any cloud, or as a fully managed service with ease.
Edge Optimized
Processes and routes data at the edge, reducing bandwidth and enabling real-time insights.
Reliable
Ensures zero message loss with redundant clustering for mission-critical operations.
Secure
Seamlessly expands to millions of distributed energy assets to support growth.
Low Bandwidth
Optimizes bandwidth with an efficient, publish/subscribe model for constrained environments.
Observable
Provides real-time monitoring with built-in tools for visibility and troubleshooting.
Scalable
Expands seamlessly to millions of devices with a high-performance, linear architecture.
HiveMQ in Energy - Key Resources
Top recommended resources to help you unlock the power of IoT in the Energy Sector
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