Utilities Business Review : News

Utility locators are adapting to urbanization by adopting advanced technologies, predictive analytics, and collaborative approaches. These innovations ensure accurate utility identification, minimize project risks, and improve efficiency in construction and infrastructure development. FREMONT , CA : With the rise of urban development, the growth of infrastructure projects, and a heightened focus on avoiding disruptions, utility locators are adapting to new demands. Through the integration of advanced technologies, innovative solutions, and established industry standards, they ensure accurate utility detection while reducing potential risks in projects . One of the key drivers of change in the utility locating landscape is the proliferation of urban development. As cities grow and transform, buried utilities become increasingly complex and dense. Utility locating services leverage advanced tools and technologies to address these challenges, such as using GPR and electromagnetic sensors to penetrate dense urban environments and accurately map utility layouts. Furthermore, the emphasis on preventing disruptions to critical infrastructure is pushing utility locators to adopt proactive approaches. By employing predictive analytics and historical data, locators can anticipate potential utility locations and vulnerabilities, allowing construction and excavation teams to plan and execute projects more efficiently. This predictive capability minimises the risk of accidents, service interruptions, and costly repairs. The utility locating industry is also experiencing a shift towards collaborative approaches. Utility companies, construction firms, and local authorities recognize the value of sharing data and information about buried utilities. This collaborative effort ensures that all stakeholders have access to accurate and up-to-date utility maps, reducing the likelihood of conflicts and accidents during construction projects. In addition, integrating mobile technologies enhances utility locating services' efficiency. Mobile apps and platforms enable real-time communication and data sharing among utility locators, project managers, and construction teams. This streamlined communication accelerates decision-making, reduces delays, and ensures that projects stay on track. Despite the benefits of technology and collaboration, challenges persist in the utility locating landscape. Accurate mapping of utilities is essential, and incomplete or outdated records can lead to errors. Balancing integrating advanced technologies with the preservation of existing infrastructure also requires careful planning and execution. In conclusion, the evolving landscape of utility locators reflects the industry's commitment to meeting the demands of modern urbanisation and infrastructure development. By embracing technology, predictive analytics, collaboration, and mobile solutions, utility locators ensure accurate and efficient identification of underground utilities. As the world continues to build and expand, utility locating services become increasingly crucial in safeguarding projects, preventing disruptions, and promoting the safety and efficiency of construction activities. ...Read more

Competitors, human resource shortages, fickle and tough customers, and regulatory demands pose obstacles. Human resources are an important competitive advantage in today's tech-neutral world. The utility industry confronts a variety of obstacles. Threats from competitors, deficient human resources, inconsistent and hard clients, regulatory restrictions, and other factors offer formidable challenges. In today's age of technological equivalence, human resources are frequently the essential distinction between businesses and the main source of competitive advantage. This is particularly true in the utility industry, where field staff has straight client interaction. Moreover, they are responsible for basic activities like building infrastructure, establishing new connections, disconnections, and routine maintenance. Field service software guides utility businesses and their employees, allowing significant improvements and providing a fantastic customer experience. Live Tracking:  The Uberization of service industries is nowadays a reality. Live updates are preferred by all stakeholders, comprising senior management, customers, and support employees. GPS-enabled field management software enables such live tracking capabilities to be delivered as intuitive mobile apps to the client and other stakeholders. The customer's app specifies the technician's location and provides accurate ETA estimates. The supervisor's app offers insight into all field-level actions, enabling them to monitor their employees at all times. The top management has a birds-eye perspective of the total spectrum of field operations, allowing for greater control. Strategists and planners find important trends and insights, such as perennial bottlenecks, that are amenable to preemptive intervention. A field management suite transforms scheduling from an imprecise science into an advantageous tool. Enhanced Automation:  When field service software is integrated with core company systems, it automates several essential operations and provides several overall benefits. Machines and equipment driven by IoT sensors automatically issue tickets in the Field Service Management system whenever readings deviate from the mean. The key automatically generates a work task, assigning the best available technician based on the case's specifics. Along with other stakeholders like the client, field employees with digital technology receive real-time notifications. Upon arrival at the site, the digital field employees don augmented reality goggles to obtain a more detailed, annotated image of the machinery. The field service software clarifies the service history, customer preferences, and all other nuances. The suite's collaborative component enables the field worker to contact other technicians or issue shutdown alerts. ...Read more

Traditional vegetation management typically addresses problems as they occur rather than taking a proactive approach to risk mitigation. Nevertheless, utility companies are increasingly implementing proactive strategies that leverage artificial intelligence and digital twin technology. This article discusses utility vegetation in detail and how the integration of innovative technologies can enhance it. Utility Vegetation Management (UVM) is a multifaceted process that imposes considerable financial demands on utility companies' operations and maintenance (O&M) budgets. This encompasses vital activities such as trimming trees in proximity to power lines, which are essential for ensuring service reliability, enhancing grid resilience, and maintaining operational safety. Each area affected by vegetation encroachment necessitates specialized teams and equipment adept at operating near live power lines. This often requires planned de-energization, the involvement of arborists, and traffic management. Electric utilities depend on external contractors who must comply with local and regulatory requirements, minimize outage risks, and ensure service continuity to achieve their SAIDI and SAIFI objectives. SAIDI (System Average Interruption Duration Index) quantifies the total minutes of electrical interruptions experienced by the average customer annually, whereas SAIFI (System Average Interruption Frequency Index) measures the frequency of such interruptions. Traditionally, Utility Vegetation Management (UVM) adheres to fixed maintenance schedules, typically spanning 2 to 5 years, which often entail substantial budgets and can result in inefficiencies and elevated costs. The Scale of the Challenge Utilities oversee the management of thousands of tree trimmings annually, which places considerable pressure on their resources. The weekly handling of numerous trimmings presents operational difficulties that challenge overall efficiency. Reactive Utility Vegetation Management (UVM), which responds to problems only after service interruptions occur, is often more expensive than proactive approaches. Implementing preventative strategies not only diminishes the costs associated with outage repairs but also mitigates legal liabilities arising from events such as extended outages or wildfires. Enhancing Vegetation Management with Advanced Technology To ensure the safety and reliability of power line corridors, engineering teams utilize sophisticated tools that incorporate artificial intelligence, digital twins, and a variety of data sources. These tools typically feature high-resolution cameras with GPS capabilities and AI processors, which facilitate detailed field data collection. Subsequently, this data is analyzed using cloud-based AI software to generate survey-grade, geo-referenced 3D digital twins, ortho-images, and AI-derived semantic information. Integrating these technologies enhances the efficiency of monitoring and maintaining essential infrastructure. The technology provides an initial assessment by identifying and evaluating the types of vegetation and trees located near power lines. Advanced remote sensing methods accurately detect areas where vegetation may present hazards. This critical information enables the team to implement preventive measures, thereby minimizing the risk of power outages and enhancing grid reliability. ...Read more