The transition to sustainable transportation is a global imperative, and electric vehicles (EVs) are at the forefront of this movement. A recent report published by the Geospatial Commission on 30 August 2023 underscores the significance of location data in determining the placement and rollout of EV chargepoints. This article delves into the content of this report, elucidating the pivotal role of geospatial data in the evolution of EV infrastructure.
The Context: The UK government has set ambitious targets for the automotive sector. By 2030, the sale of new petrol and diesel cars will be phased out. Furthermore, by 2035, all new cars and vans are expected to be zero-emission. To support this transition, a robust and dependable public charging network is paramount. Local authorities, with their intimate knowledge of their regions, are in a prime position to facilitate this change.
The Power of Location Data: Location data serves as a cornerstone in this transition. It equips local authorities with the necessary evidence to establish a public charging network that instills confidence in both current and prospective EV owners. Whether one resides in a bustling city or a serene countryside, the assurance of easily accessible chargepoints is crucial. Such confidence parallels the assurance drivers have with traditional petrol or diesel refueling stations. Moreover, this infrastructure development is not just about convenience; it's integral to the nation's economic growth, aligning with the Prime Minister's top priorities.
Voices from the Top: Viscount Camrose, the Minister from the Department for Science, Innovation and Technology, emphasized the centrality of the EV transition in the government's broader strategy. The goals are multifaceted: decarbonizing transport, positioning the UK as a leader in clean transport, combating pollution, and harnessing the economic potential of the burgeoning EV industry. For these objectives to materialize, local authorities and the broader sector must harness new location data and analytics. This will expedite the rollout of chargepoints, ensuring drivers have access to reliable charging facilities regardless of their location.
Beyond Numbers – The Strategic Placement: The report accentuates that the strategic placement of chargepoints is as crucial as their sheer number. It delves into the vast spectrum of location data and tools available to aid local authorities in their decision-making processes. Among the highlighted opportunities are:
Standardization of Data: Ensuring that chargepoint operator data is consistent and standardized to understand the location and availability of existing chargepoints.
Consumer Behavior Insights: Utilizing population movement data to comprehend consumer charging behavior and travel patterns.
EV Location Identification: Leveraging commercially-held data about leased vehicles to pinpoint the location of EVs.
Electricity Network Capacity: Making optimal use of distribution network operator data to identify the existing electricity network capacity.
Parking Infrastructure: Employing proxy data to identify regions without off-street parking.
The Geospatial Commission's Endeavors: The Geospatial Commission has been at the helm of a multi-year initiative, spotlighting the potential of advanced geospatial applications in the transport domain. Their program has identified how location data can bolster the future of mobility and the next-gen transport networks. In 2021, they released 'Getting to the Point', a publication that explored location data's role in modeling future demand for chargepoints, pinpointing suitable sites, enhancing consumer experience, and monitoring rollout.
The Bottom Line: The essence of the report is clear: the location of chargepoints is as pivotal as their absolute numbers. Consumers desire chargepoints where they need them, and they should be effortlessly accessible. Local authorities are uniquely positioned to discern local needs, catalyze private sector investment, and ensure all communities have access to trustworthy public charging infrastructure, especially on-street charging points. Informed decisions about the quantity, type, and placement of chargepoints, rooted in demand and site suitability, are imperative. In this endeavor, location data and its applications offer invaluable insights.
In sum, as the world pivots towards a more sustainable future, the UK is making strides in the EV sector. Location data stands as a linchpin in this journey, guiding the development of a robust and reliable EV chargepoint network. The collaboration between local authorities, the private sector, and data analytics will shape the future of transportation in the UK.
Reference:
https://www.gov.uk/government/news/location-data-can-help-build-the-ev-chargepoint-network-of-tomorrow