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Airflow monitoring in HVAC Systems

Elevating HVAC performance through advanced airflow monitoring

  • Delivering precise airflow measurements for optimal efficiency

  • Utilizing IoT technology for accurate, near real-time monitoring

  • Ensuring system reliability with battery-operated sensors


Ellenex's battery-operated differential pressure sensor with a temperature sensor can be used to address this challenge. Leveraging NB-IoT technology, these ruggedized and IP65-rated sensors provide near real-time airflow and temperature monitoring within HVAC systems.

The benefits of using this approach include:

  1. Enhanced energy efficiency: Accurate airflow monitoring enables better control over HVAC systems, reducing energy consumption and operating costs.

  2. Improved comfort: By maintaining optimal temperature distribution, occupants experience a more comfortable indoor environment.

  3. Easy installation and maintenance: Battery-operated sensors require no additional power source, making them simple to install and maintain.

  4. Long-lasting performance: Ruggedized sensors with IP65 rating ensure durability and reliability in harsh industrial applications.

  5. Scalability: The NB-IoT technology allows for easy integration with existing infrastructure and the ability to scale up as needed.

Implementing Ellenex's battery-operated differential pressure and temperature sensors with NB-IoT technology helps solve the challenge of inefficient airflow monitoring in HVAC systems, leading to optimized energy efficiency and enhanced indoor comfort.


Easy Install






Quick ROI

Airflow monitoring in HVAC Systems

Rugged Design


Battery Operated

Inefficient airflow monitoring in HVAC systems can lead to uneven temperature distribution, reduced system performance, and increased energy consumption. To address these issues, it is crucial to have a reliable and energy-efficient solution that can effectively monitor airflow, provide accurate data, and enable better control over the HVAC system.


Optimizing HVAC Efficiency with Ellenex Battery-operated Differential Pressure and Temperature Sensors

Purple Podiums

Accurate and efficient airflow monitoring in HVAC systems can lead to energy savings of up to 30%, improving overall building comfort and reducing carbon emissions.

Ellenex employs cutting-edge communication technology by utilizing the LTE Cat M1 protocol, which operates on 4G and 5G cellular networks, making it suitable for mobile and stationary monitoring applications. However, its remarkably low power consumption and superior penetration rate, specifically designed for industrial solutions, sets it apart. Narrowband Internet of Things (NB-IoT) and LTE Cat M1 are advanced communication technologies that offer significant advantages for monitoring applications. These technologies provide efficient and reliable connectivity for IoT devices, allowing for seamless communication between our sensor and remote monitoring systems. NB-IoT and LTE Cat M1 are known for their low power consumption, enabling prolonged battery life for the devices, which is crucial for remote or hard-to-reach areas. Moreover, these technologies offer excellent penetration capabilities, allowing for reliable communication even in challenging environments, such as underground or remote locations where devices are often deployed. NB-IoT and LTE Cat M1 also provide secure and scalable connectivity, enabling robust and cost-effective solutions for monitoring applications in various industrial sectors, including agriculture, utilities, logistics, and more.


Airflow monitoring in HVAC Systems

Connectivity & Visualisation Platform

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  • Encrypted ultra-low power communication protocol

  • Advanced device inventory

  • Integration APIs for enterprise systems

  • Multi-tenant role-based access control

  • Data export and import

  • White-label platform for enterprise runs on private account

  • Variable alarm setting for high and low thresholds and multi-channel alerting

  • Sampling and transmission interval configuration

  • Transmission condition configuration

  • Other configurations and customisation available on request

Ellenex's software platform is a comprehensive and user-friendly solution specifically designed for diesel delivery management. The platform offers a wide range of features tailored for diesel delivery operations, including real-time data visualization, customizable alerts and notifications, historical data analysis, and predictive analytics. It provides users with a holistic view of their diesel delivery assets, allowing them to make data-driven decisions for optimal fuel management. The platform is accessible via web browsers and mobile devices, providing convenient remote access
to critical information anytime, anywhere. Ellenex's software platform is designed with a user-centric approach, offering intuitive navigation and a user-friendly interface for easy setup and configuration. With its advanced features and ease of use, Ellenex's software platform empowers users to effectively monitor and manage their diesel delivery operations in remote areas, ensuring efficient and sustainable fuel resource management.

Single shot data visualisation of devices
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Asset location indication and complex formula
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Volume calculation and prediction
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Easy historic data analysis
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Device list visualisation on map
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Asset location monitoring (for mobile assets)

Ellenex Asset Monitoring App

Integration Options

Ellenex's tank level monitoring solution sets itself apart with its pre-configured and plug-and-play design, eliminating the complexities of configuration, programming, and connection to the platform. This unique approach ensures that users can start monitoring their diesel tanks quickly and easily  without any technical hassles. Additionally, Ellenex offers seamless integratability at both the network and platform levels, allowing for easy integration with any network or visualization/analysis platform. This competitive advantage makes Ellenex's solution highly adaptable and compatible with existing systems, providing users with flexibility and convenience in managing their diesel resources effectively.

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