Smart Energy Utilities

Utility networks operate across diverse and often challenging environments. Installations may be underground, mounted on infrastructure, or distributed across dense urban and remote areas.

Devices must connect reliably over long periods, often with limited access for maintenance. Network performance depends not only on the communication technology used, but on how antenna behaviour is affected by the surrounding environment.

Bloomice antennas are developed to support stable wireless performance across utility networks, where environmental factors play a significant role.

Rather than focusing only on specifications, performance is considered in the context of real deployment conditions.

Focus areas

Reliable performance across NB-IoT, LTE-M, and LTE (4G) to support wide-area and deep coverage deployments.
Operation in underground, enclosed, and exposed installations
Consistent behaviour across varying deployment conditions
Efficient transmission to support long-term operation

Bloomice designs take into account

Antenna performance is influenced by both device design and deployment environment.

Enclosure materials and installation conditions
Placement within infrastructure or external housings
Orientation and surrounding environment
Regional and network requirements

This ensures performance remains stable from development through to real-world deployment.

Bloomice antennas support a range of utility applications,
each with different deployment conditions and connectivity requirements.

Water
Networks

Water networks rely on distributed infrastructure, with sensors and monitoring devices installed along pipelines, within underground chambers, and in remote or hard-to-access locations.

Installations are often underground or within dense materials where signal propagation is challenging. These environments require antenna solutions that support reliable connectivity using NB-IoT and LTE-M, operating in sub-GHz bands to support coverage and signal penetration in challenging environments.

Bloomice supports these deployments with antenna solutions developed for underground and infrastructure-level use, including designs such as Marco Polo engineered for consistent performance in challenging environments. Additional solutions support above-ground and mixed installation scenarios where consistent coverage across the network is required.

Smart Metering
(Water, Gas, Electricity)

Smart meters are deployed at scale across residential and commercial environments, installed in varied locations such as indoor cupboards, basements, wall-mounted enclosures, and outdoor meter boxes.

Connectivity commonly uses NB-IoT, LTE-M, and LTE (4G), sometimes combined with RF mesh networks in large-scale utility deployments, requiring antennas that deliver consistent performance across varied installation conditions and device types.

Large-scale deployments introduce additional challenges, including variation in installation environments, device orientation, and surrounding materials. Antennas must maintain stable performance across these variations while supporting efficient power usage for long-term operation.

Grid
Monitoring

Monitoring systems are deployed across distributed electrical infrastructure, including substations, pole-mounted equipment, and remote network assets.

These installations are often exposed to outdoor environments, with varying orientations and changing conditions that influence RF performance. Connectivity may include LTE (4G) and emerging 5G IoT, requiring antennas that support stable performance across multiple bands and deployment scenarios.

Across this infrastructure, antenna performance must remain consistent despite exposure, installation variation, and changing conditions.

Explore Antenna Technologies Explore Technologies

Browse antenna solutions designed to support the wireless technologies commonly used in this industry, including cellular, GNSS, Wi-Fi, LPWAN, satellite and more.

Water Networks

Smart Metering (Water, Gas, Electricity)

Grid Monitoring

Water
Networks

Smart Metering
(Water, Gas, Electricity)

Grid
Monitoring