Original source: Energy Live News
This video from Energy Live News covered a lot of ground. Streamed.News selected 8 key moments and summarises them here. Everything below links directly to the timestamp in the original video.
Have you ever wondered why utility companies repeatedly dig up the same road? This initiative explains how advanced mapping could finally resolve this long-standing public frustration by fostering collaboration and efficiency in urban infrastructure projects.
Ordnance Survey Data Aims to Streamline Utility Roadworks
Ordnance Survey's underground asset register is poised to significantly enhance coordination among utility companies and local authorities, aiming to mitigate public disruption caused by repeated road excavations. By providing a unified data platform, the register enables local councils to schedule gas, electrical, and telecommunications infrastructure work concurrently within a single road closure period, thereby consolidating multiple disruptions into one event. This strategic application of geospatial data underscores a broader shift towards integrated urban planning, where the precise 'where' of infrastructure serves as a foundational constant, influencing the 'how' and 'why' of project execution. Such coordination is critical for managing the expanding demands of modern infrastructure, from EV charging points to data centers, and aims to deliver efficiencies that benefit both public services and daily life.
"If you can bring those together, it makes sense to have one period where you close the road for a bit longer and everybody does their work, one area of disruption."
Structured Data Key to Achieving UK Infrastructure Ambitions
The United Kingdom can achieve its ambitious infrastructure goals by adopting a structured, laser-focused approach to harnessing vast amounts of data, according to Chris Wilton. He emphasizes prioritizing developments that offer easy connectivity to existing utilities and promoting sustainable practices, such as implementing greywater systems, to ensure long-term resilience. This strategy entails finding optimal compromises among various conflicting agendas, balancing the imperative for new housing and energy infrastructure with the need to minimize environmental damage and safeguard natural habitats. The effective integration and application of data are seen as fundamental to navigating these complex trade-offs, ensuring that development is both efficient and ecologically responsible for future generations.
"Good data used in the right way and integrated across the right stakeholders allows us to get the best compromise for all of the conflicting agendas."
Location Data Critical for Decentralized Energy and Efficiency
Location data is becoming increasingly critical for power companies and local authorities as they navigate aging infrastructure and the push towards decentralized energy systems. This data enables more effective management of energy demand and informs decisions on the suitability of properties for installations such as solar panels and heat pumps. Furthermore, precise geospatial information empowers consumers and businesses to make informed choices that reduce energy waste, from managing daily habits to enhancing building efficiency through targeted retrofits. This dual impact at both organizational and individual levels is vital for achieving national energy resilience and sustainability targets amid evolving market dynamics.
"If you think about one of the predictions…one of the things that absolutely is coming through the changes in regulation is a big pressure on the customer experience and one of the key things that comes out of that all the time is affordability."
Ordnance Survey Data Addresses Energy Sector Challenges
Ordnance Survey data is crucial for addressing diverse demands within the energy sector, ranging from the intricate planning required for new housing developments to assessing properties for solar panel installations. This data helps utility companies manage challenges like increasing demand, political mandates, and the environmental ripple effects of new construction, such as increased flooding. By providing a common data platform, Ordnance Survey facilitates informed decision-making among traditionally isolated stakeholders, ensuring that the 'where' of development serves as a consistent foundation for understanding the 'how' and 'why' of energy infrastructure projects. This integration is vital for proactive planning rather than reactive responses, fostering more cohesive and sustainable development outcomes.
"Bringing all of the stakeholders together and giving them a common flat platform which is data…allows them to make some really informed proactive decisions rather than reactive."
Ordnance Survey Employs Diverse Methods for Data Collection
Ordnance Survey utilizes a multi-faceted approach to data collection, integrating traditional ground surveyors with modern drone programs and an annual aerial imagery program that covers the entirety of Great Britain. This comprehensive strategy allows for the processing of approximately 30,000 daily updates and the publication of 700 million features and attributes annually, achieving centimeter-level accuracy for data structure and 25-centimeter accuracy for imagery. This rigorous methodology ensures an authoritative and continuously updated depiction of the built and natural environment. The combination of various observational techniques, from detailed ground measurements to broad aerial sweeps, underscores a commitment to precision and comprehensiveness that is fundamental for critical national infrastructure planning and environmental monitoring.
"Every year we fly the entire length of Great Britain and we capture low-level aerial imagery… and daily we process about 30,000 updates to our data."
Ordnance Survey Confident in Data Accuracy Amidst Infrastructure Changes
Ordnance Survey expresses confidence in its ability to maintain authoritative, accurate, and up-to-date geospatial data, despite the accelerating pace of infrastructure demands and rapid environmental changes. The organization continuously updates its information through a combination of ground surveys, drone operations, and extensive aerial imagery programs, processing approximately 30,000 updates daily. This systematic and multi-modal approach to data capture and revision distinguishes Ordnance Survey's detailed and precise data from more generic mapping platforms. The commitment to currency and precision is critical for supporting large-scale national infrastructure projects and addressing evolving policy requirements effectively, ensuring that data remains a reliable foundation for decision-making.
"As an organization, Ordnance Survey are absolutely confident that we have got the most authorative, up-to-date accurate data that we can possibly get."
Ordnance Survey Explores AI for Geospatial Data Accessibility
Ordnance Survey is investigating the use of artificial intelligence to transform complex geospatial data into more accessible and actionable insights. The goal is to distill vast amounts of information into easily digestible formats, such as identifying properties most suitable for solar panel installations, thereby broadening the utility of their extensive datasets beyond geospatial specialists. This strategic embrace of AI aims to overcome the current overwhelming nature of raw geospatial data for a wider audience, enabling more informed decision-making across various sectors. The initiative is crucial for democratizing access to powerful location intelligence, fostering more efficient planning and resource allocation in areas such as renewable energy deployment.
"Where we really see AI playing a part is being able to distill that into something that's really bite-size, distillable for for you and I. So how many houses in my area are suitable for solar panels? Boom. Boom. There we go."
Ordnance Survey Maps Underground Assets for Energy Sector
While Ordnance Survey primarily focuses on mapping above-ground geography and topography, it plays a critical role in subterranean data management through its curation of the National Underground Asset Register. This register is particularly relevant to the energy sector, as it meticulously maps the extensive network of underground utilities that supply daily services. This specialized function is complemented by collaborations with other governmental agencies, such as the British Geological Survey for deeper geological insights and the Office for National Statistics for population data, enabling a more integrated understanding of both surface and sub-surface environments. This holistic approach ensures that vital underground infrastructure, often hidden from view, is accurately documented for planning and maintenance, particularly for critical energy networks.
"We are responsible for curating the National Underground Asset Register…and that's particularly relevant to the energy sector because that maps all of the network that basically feeds you and I on a day-to-day basis."
Summarised from Energy Live News · 35:20. All credit belongs to the original creators. Energy Live News summarises publicly available video content.
