While the utility still owns 80% to 90% of grid assets (Figure 1), some utilities may now be managing two-way energy flows across assets they do not fully own or control. Utilities owned the assets, controlled the flow, and could largely manage the system through centralized planning and human oversight. Reach out to Smart Utility IoT for more information, inquiries, or dedicated support.
Internet of Things (IoT)-enabled solutions for smart energy and utilities connect sustainable energy assets. This real-time monitoring enables utilities to quickly respond to environmental risks and adhere to regulatory standards, promoting environmental stewardship. Continuous monitoring of environmental conditions through IoT devices offers valuable data for compliance with regulations and supporting initiatives to reduce environmental impact. This holistic view of asset health and performance helps utilities maximize the value of their investments and ensure the reliability of service delivery. IoT technology provides comprehensive asset management capabilities for utility companies, ensuring the optimal performance, maintenance, and lifecycle management of critical infrastructure. By optimizing routes and schedules based on real-time data, utilities can improve service delivery while supporting recycling and sustainability efforts, thereby reducing the environmental impact of waste.
- Get high-density, power-efficient performance for AI-ready networking and 5G core.
- Onomondo specializes in providing IoT connectivity for energy and utilities solutions.
- With low power consumption, long battery life and exceptional range, LoRa-enabled devices provide reliable performance for battery-powered sensors in both indoor and outdoor environments.
- The amount of flowing data is too much for humans to consume and take action on alone.
- This is where edge devices, smart sensors, and Industrial AI work together in the right place and in real time to support smarter asset management and continuous monitoring.
- This supports the transition to cleaner energy sources and enhances grid stability.
5G networks will support rapid IoT growth, enabling utility companies to employ more sensors at scale. As IoT in utilities grows, maintenance benefits will improve impacted systems’ long-term resiliency. IoT connectivity enables predictive maintenance – a practice where sensors monitor equipment health to alert workers when it needs repair or attention. Reducing operational demands to only consume what each user needs will ensure bills match up with actual usage. This results in unnecessarily high costs for end-users, but IoT brings precision to help avoid that. Here are five of the most significant benefits of IoT in this sector.
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Provide solutions for advanced metering infrastructure (AMI) to enable new business models and improve service. Combine your utility networks with secure, market-leading IP technologies based on open standards—from power generation to distribution and metering. Along with it is a growing commitment to leverage IoT for energy efficiency to support environmental sustainability. Pietro Fiorentini provides natural gas smart metering solutions for residential, commercial and industrial use. WaterSignal’s monitoring solution leverages our cellular LPWA modules and IoT connectivity. This data helps utility providers distribute energy to maximize benefits and reduce outages.
Reliable Water Monitoring and Leak Prevention with Cellular Connectivity
Advanced analytics and IoT devices empower consumers and businesses to monitor and manage their energy consumption actively. Implementing IoT for predictive maintenance https://www.antenna-re.info/a-quick-history-of-7/ proactively identifies potential issues in utility infrastructure, preventing them from leading to service disruptions. Discover how embracing these solutions can transform your utilities operations and set new standards of excellence.
Europe captures 19.2% market share, where the European Union’s directives on smart metering and energy efficiency are mandating widespread IoT adoption across electricity and gas utilities. The United States and Canada are experiencing significant investment in smart metering systems, advanced distribution management, and demand response programs. Technical managers and hardware makers of IoT-based smart metering systems will learn strategies and key considerations for device design, connectivity, and data management. Onomondo’s IoT platform has helped Consibio scale its business to serve utility companies internationally.
Terminal
Water utility IoT spending is projected to more than double from $16.5 billion in 2025 to $40.8 billion by 2034. Siemens AG leads with $8.2 billion annual utility IoT revenue through comprehensive portfolio spanning hardware, software, and grid automation. Schneider Electric SE ranks as the second-largest vendor with estimated $6.8 billion in annual utility IoT revenue, offering integrated solutions for distribution automation, microgrid management, and customer engagement. Siemens AG maintains market leadership with comprehensive Utility https://seonote.info/getting-to-the-point-9/ IoT portfolio spanning smart metering infrastructure, grid automation, asset monitoring, and analytics platforms. Cybersecurity is increasingly the primary factor influencing utility IoT purchasing decisions, with 73% of utilities citing security as either critical or highly important in 2025 vendor selection.
The Services segment represents 18.7% market share and encompasses installation, maintenance, technical support, consulting, and managed services provided by system integrators and utility service providers. Smart meters remain the largest hardware category, but growth is accelerating in advanced sensors for asset monitoring, voltage monitoring devices, and communication gateways that enable multi-technology connectivity (cellular, LPWAN, RF). The Hardware segment leads the Utility IoT market, capturing 52.8% market share in 2025, reflecting the foundational role of sensors, meters, gateways, and connected https://goodmanner.info/2019/07/11/why-resources-arent-as-bad-as-you-think/ devices in utility IoT ecosystems. Globally, renewable capacity additions exceeded 295 GW in 2024, and this trend accelerates utility IoT investment to manage increasingly complex grid architectures that blend centralized and decentralized generation sources. Water utility IoT spending grew 18.5% year-over-year in 2025, with municipalities in APAC and Middle East leading adoption.
- Explore our solutions and discover how Semtech can support your journey toward a more connected, sustainable future for utilities.
- This data helps utility providers distribute energy to maximize benefits and reduce outages.
- With advances globally toward being more sustainably minded as a business and individual, severe water provision is proving difficult.
- The following sections outline the three phases of grid modernization, highlight specific examples of IoT technologies that could be leveraged within each one, and follow the paths of relevant information around the IVL to create value.
- Advanced analytics and IoT devices empower consumers and businesses to monitor and manage their energy consumption actively.
Our Benefits
Unified metering for electricity, water, oil, and gas to reduce costs, improve efficiency, and support ESG reporting. We work exclusively with trusted technology partners and industry-leading manufacturers, delivering high-performance devices that integrate smoothly into your operations. Smart Utility IoT provides expert consultation, implementation, and support throughout the U.S. and Canada, ensuring localized expertise with continental reach. With support for LTE-M, NB-IoT, and 4G Cat1 across multiple regions, Smart Utility IoT enables seamless deployment wherever your operations are.
With a focus on innovation and long-term performance, we provide enterprise-ready IoT platforms that meet the evolving needs of large-scale environments and their operators. DataStream’s commitment to addressing utility IoT challenges is evident through the synergy of CellPoint® and fixed network RF solutions. This feedback loop is crucial for continuous quality improvement and customer-centric service delivery. These systems combine smart metering with real-time validation algorithms to ensure accurate billing and prevent revenue loss.