For more than 50 years, Pipehorn has been in the business of delivering solutions to address problems related to underground utility location and damage prevention. Stop by to meet our team and talk through the locating challenges your crews face in the field. See Pipehorn in person at upcoming trade shows and industry conferences. Dependable performance across a wide range of locating conditions—all in one simple, rugged system. “Pipehorn https://luminests.com/articles/the-grove-at-white-rock-hills-exploration/ is a simple great product for the propane business.”
Website Content may contain forward-looking statements, including statements regarding Utility Global’s plans and expectations regarding the development and commercialization of hydrogen production systems. Decarbonizing up to 50% of Global Emissions Without Electricity or Fossil-based Fuels “What this means is that at least for transmission https://cognixpulse.com/articles/strategies-to-combat-global-warming/ lines and bigger infrastructure, they don’t really pose a risk to any equipment. We see that having loads of sensors movable within the grid is something that utilities have shown interest in.” They live amongst the grid, flying around and performing tasks until they need to charge, when they’ll perch on a nearby line and temporarily transform into a useful set of sensors before taking off again.
Moldskred figures utilities could milk another decade out of some existing infrastructure by deploying drones to see how things are looking, and he’s got another card up his sleeve for implementing whatever data his eyes in the sky send in. Nomadic Drones sees untapped potential in the American market, where a substantial amount of utility infrastructure is admittedly close to or past its intended serviceable life. We’ve proved that the technology works, and now we’re trying to scale up,” detailed Moldskred, holding up the early-stage drone body again. Westnetz’s distribution network in the western part of the country serves approximately 7 million customers and encompasses 175,000 km of electrical lines, 24,000 km of gas pipelines, plus water and broadband networks.
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The applications for drones across the energy industry seem limitless, restricted only by the amount of downtime the devices require for charging. Companies are cropping up to deploy line components and grid-enhancing technologies without ever needing to roll a bucket truck. Drones are revolutionizing the way electric utilities conduct business. Electric companies are expected to make massive investments to modernize the grid to address growing electricity demand. The AI age is expected to require scaling data centers, grid capacity, and supply chains.
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These include tariffs on steel (including grain-oriented electrical steel) and aluminum, and certain copper products, in addition to expanding probes into solar, wind, and battery supply chains.47 The recent tightening of domestic content and sourcing requirements further adds complexity. Additionally, utilities are exploring federated learning techniques to improve models across sites while keeping data local, offering a secure path to expand system intelligence.36 Together, this infrastructure can help balance resilience, compliance, and scalability for enterprise adoption. Helpful tips and best practices to help improve accuracy, safety, and consistency when locating underground utilities.
- Nomadic Drones sees untapped potential in the American market, where a substantial amount of utility infrastructure is admittedly close to or past its intended serviceable life.
- In 2026, supply resilience is becoming part of core reliability planning.
- Moldskred figures utilities could milk another decade out of some existing infrastructure by deploying drones to see how things are looking, and he’s got another card up his sleeve for implementing whatever data his eyes in the sky send in.
- RUDI is a SFCW base GPR for utility mapping solution that generates digital twins of buried infrastructure.
- Companies are cropping up to deploy line components and grid-enhancing technologies without ever needing to roll a bucket truck.
- Preventive- and conditions-based maintenance and predictive outage
This shift demands advanced utility technology solutions to manage complexity in visibility, control and load balancing The rise of distributed energy resources like solar, storage, and EVs is reshaping grid dynamics. Effectively managing all aspects of operations is critical for all utilities, regardless of size or location, to ensure their longevity and to keep the communities they serve strong and safe. We strive to continually improve the user experience for all visitors and apply the relevant accessibility standards of WCAG 2.1 (Web Content Accessibility Guidelines). At Utility Global, we are committed to ensuring digital accessibility for everyone, including individuals with disabilities.
To scale these innovative models, regulatory frameworks need to evolve. Utilities are expected to integrate multi-year, multi-vendor supply agreements, embed grid-enhancing technologies, and use digital tools to track supplier and inventory risks in real time. In 2026, supply resilience is becoming part of core reliability planning. Over the past few years, lead times for critical grid equipment such as transformers and switchgear have stretched to multiple years (figure 3), while equipment and project costs continue to rise. In 2026, utilities are likely to expand AI-assisted analytics in control rooms, widen adoption of gen AI copilots across operations, and formalize oversight frameworks—with human oversight remaining central.
- Additionally, utilities are exploring federated learning techniques to improve models across sites while keeping data local, offering a secure path to expand system intelligence.36 Together, this infrastructure can help balance resilience, compliance, and scalability for enterprise adoption.
- We’ve proved that the technology works, and now we’re trying to scale up,” detailed Moldskred, holding up the early-stage drone body again.
- Power companies are building computing infrastructure that blends edge, cloud, and on-premises capabilities (figure 2).35 Edge AI—from drones to substation sensors—enables millisecond-level decisions.
- Among the many software solutions for the utility industry, AI-powered systems can optimize energy production and make informed decisions based on real-time insights.
- They live amongst the grid, flying around and performing tasks until they need to charge, when they’ll perch on a nearby line and temporarily transform into a useful set of sensors before taking off again.
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We deliver modernization and solve legacy system issues with independent power and utilities software solutions and the support of our leading technology partners. New Jersey’s largest diversified energy company implements single integrated HR and Payroll transformation resulting in improved user experience, improved security and reduced operating costs. DXC helps clients implement distributed energy management systems, IoT-enabled grid intelligence, and AI-driven forecasting to monitor, optimize, and coordinate in real time.
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Recognizing a need for greater grid edge visibility while also noticing an increasing number of applications for induction charging technology, Moldskred and Weil figured it would be possible to mount something like that on a drone. “We try to automate inspections of power grids to enable operators to know exactly when and where to replace things,” Moldskred explained in an interview with Factor This, holding https://geoniti.com/articles/strategies-for-carbon-capture-from-atmosphere/ up a prototype. Andreas Moldskred is the co-founder and CEO of Nomadic Drones, an American startup based in Munich, Germany, that builds autonomous drones capable of safely landing and recharging on power lines.
