Pioneer the Future
of Gas Utilities

Discover LoRaWAN solutions that facilitate a more resource
efficient infrastructure.
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Gas Utilities Embracing IoT for a More Efficient Industry

The gas utilities industry is at the forefront of a major shift towards sustainability, and smart technology is a critical driver of this transformation. The benefits are manifold, starting with enhanced operational efficiency and safety. Real-time monitoring and predictive maintenance technologies are paving the way for substantial cost savings and reduced downtimes, improving resource allocation strategies.

This shift towards smart technology is also reshaping the consumer landscape. Providing consumers with real-time data about their energy usage encourages energy-saving practices, drives down costs, and fosters an increased awareness of their environmental impact.

A Selection of IoT applications for Gas Utilities

Experience the Benefits of LoRaWAN Solutions

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    Smart Metering

    IoT-enabled gas meters provide real-time data on gas usage, helping both utilities and consumers monitor consumption more effectively. They can also facilitate automatic billing and remote meter reading.
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    Leak Detection

    IoT sensors can continuously monitor pipelines for potential leaks. If a leak is detected, an alert can be sent to operators in real-time, minimizing potential risks and environmental damage.
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    Predictive Maintenance

    IoT devices can monitor the health of critical infrastructure and equipment, predicting potential failures before they become major issues. This enables utilities to carry out preventative maintenance and avoid costly breakdowns.
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    Demand Response Management

    IoT can help utilities better understand and manage customer demand. This can optimize gas distribution and help utilities balance supply and demand more efficiently.
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    Asset Tracking and Management

    IoT can help utilities monitor and manage their assets, from pipelines to equipment, helping to maximize efficiency and lifespan of these assets.
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    Safety Monitoring

    IoT can enhance safety by continuously monitoring environmental factors or worker health, alerting to potential hazards and improving overall safety in the workplace.

Transition to a smarter gas industry

The Key To A Sustainable Future In Utilities; Electricity, Water, and Gas.

The current scope of the utility landscape and the ever-growing demand for environmental sustainability create a unique opportunity to adopt smart meters for the management of utilities.

These intelligent devices have been evolving ever since they hit the world market, and they have been revolutionizing the management of energy, water, gas, and other critical utilities.

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Why LoRaWAN?

Why and how LoRaWAN will enable utility projects that will increase sustainability and lead the way to net zero.

LoRaWAN technology has proven the optimal connectivity of choice for utility providers to take their digital transformation efforts to a whole new stage.

This is because connection technologies such as cellular networks, wired connections, RF Mesh, satellite connectivity, and other LPWA technologies such as Sigfox and NB-IoT lack the vital requirements needed to deploy smart meter solutions. Some critical pitfalls of these communication technologies include complexity, high Total Cost of Ownership (TCO), lack of reliable and comprehensive ground coverage, and high deployment and maintenance costs.

LoRaWAN Key Capabilities
For Utilities

number 01

Low Total Cost Of Ownership Compared To NB-IoT

Smart metering initiatives are costly to integrate. Successful integration requires cost-effective hardware, licensing, and operational costs from the providers.

LoRaWAN’s solutions are vetted in cost-benefit analysis. They have established pragmatic ways to lower the total cost of ownership, including affordable and energy-friendly devices (Up to 15-year battery life).

number 02

Resilient End-To-End Security

IoT devices are the lifeline of smart utility solutions because they provide the data needed to generate actionable insight for end users and utility companies. With IoT devices being one of the greatest points of entry for cybersecurity attacks, a well-structured cybersecurity framework is required.

The LoRaWAN community has ensured the integration of an effective and sophisticated security mechanism into every component that makes up the standard. The protocol boasts reliable security features, including using AES algorithms for authentication and a two-layered cryptography mechanism for encryption. The LoRa Alliance ensures that the standards’ security is ever-ever evolving, and integrates the latest novel technologies and best practices in cybersecurity.

number 03

Bi-Directional Communication

Bi-directional capabilities in LoRaWAN support the transmission of messages in uplinks and downlinks. The downlink functionality is crucial in innovative metering campaigns because they leave room for functionality modification without physically going to the location to re-configure the device.

Other essential benefits of bi-directional communication in LoRaWAn include the support of fir mware over the air (FOTA), which facilitates minor software updates and bug fixes and package acknowledgment.

number 04

Reliable Battery Life Of Up To 15 Years

Battery life is crucial when deciding on which devices or communication technologies to use in your smart metering projects. LPWA technologies are generally optimized for long battery life, but the lifespans vary depending on functionality and signal quality.

LoRaWAN has several mechanisms to increase battery life beyond other technologies such as NB-IoT and Sigfox. First, it requires a tremendously low power to turn on the radio module. Secondly, it extends battery life by sacrificing spectrum utilization for cost and battery life. The total cost of ownership is hence reduced massively.

number 05

Standards and System Interoperability

The open nature of LoRaWAN makes it capable of supporting popular metering standards, including DLMS and OMS. In water metering, for instance, LoRaWAN elevates the functionality of conventional SCADA systems, which are used in the critical networking of water utilities. Using LoRaWAN, existing SCADA infrastructure, and other applications, water utilities can develop an end-to-end solution that results in data-driven decision making, better monitoring, and favorable CapEx projections.

number 06

Robust, Extensive Coverage

Sparsely populated areas that want to integrate smart utility metering solutions may have connectivity issues, mainly because the best connections are in urban environments. Installing network infrastructure ground up in such areas is expensive and time-consuming and lacks a favorable cost-benefit outcome. LoRaWAN provides scalable and flexible architectures for these situations compared to satellite, NB-IoT, or cellular solutions. LoRaWAN is available in 162 countries.

number 07

Flexible Deployment Models

Utility smart metering solutions can either be deployed on existing public LoRaWAN networks, secure private LoRaWAN networks, or both in a hybrid architecture. LoRaWAN networks are deployed by partners referenced by the LoRa Alliance, including Netmore Group.

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Europe’s gas utilities have great potential to increase their efficiency

In the realm of utilities, digitization stands as a powerful tool to drastically enhance resource efficiency.

By leveraging real-time data, predictive analytics, and automated control systems, digitization enables optimized allocation and consumption of resources, setting the stage for more sustainable and cost-effective operations.


Reduction of UFG. By identifying and addressing leaks, theft, and metering inaccuracies in real-time, utilities can substantially reduce the volume of Unaccounted For Gas (UFG).


Improvement of operational uptime. Predictive maintenance and real-time monitoring can help avoid unexpected downtimes, although the gas utility infrastructure is generally designed for high reliability already.


Real-time pressure monitoring and swift corrective actions can help maintain consistency and reduce the number of extreme variances.


Gas Quality Improvement. Continuous monitoring allows for immediate adjustments to ensure gas quality remains consistent.