HERE Technologies and JLR expand EV charging data tie-up

HERE Technologies and JLR have deepened their mapping and location data partnership to address one of electric vehicle adoption's most persistent friction points: finding a compatible, available charger in real time. The collaboration extends HERE's existing intelligent EV routing capability into a tighter integration with eMobility Service Providers (eMSPs), allowing JLR drivers to see compatible charge points directly on their in-vehicle displays without switching apps or pre-registering with multiple networks.

The rollout begins in the UK and Europe before expanding to Australia and New Zealand, and the feature will be available to existing PHEV and BEV models built from 2020 onwards across the Range Rover, Defender, Discovery and Jaguar lines, as well as the forthcoming Range Rover Electric. The phased geography signals a deliberate sequencing: Europe's denser public charging infrastructure and more mature eMSP ecosystem makes it a lower-risk launch pad before tackling markets where charging density is thinner.

Beyond navigation: owning the charging experience

The technical substance here is the eMSP integration layer. Rather than simply pointing drivers toward charge points on a map, HERE's platform combines real-time station status with predictive availability data drawn from vehicle sensors, real-world testing and user feedback. That removes a compounding uncertainty for drivers: a charge point may be listed as operational but occupied, out of order, or incompatible with a specific vehicle's connector standard. Closing that gap has been cited repeatedly by automotive and energy analysts as a structural barrier to PHEV and BEV adoption beyond early-adopter cohorts.

Mark Camilleri, Director of Services at JLR, framed the move in terms of customer lifestyle continuity rather than raw technology: "Our collaboration with HERE ensures owners of existing Range Rover, Defender, and Discovery PHEV models, and Jaguar PHEV and BEV models, can conveniently locate the right chargers at a time and place that suits their lifestyle."

Convergence angle: mapping data as automotive infrastructure

The strategic read-across extends well beyond a single OEM's UX improvement. Mapping and location data companies such as HERE occupy an increasingly contested position in the EV value chain, sitting between vehicle manufacturers, charge-point operators, and energy networks. As automotive OEMs compete to retain premium customer relationships post-sale, the in-vehicle software stack is becoming a key battleground. HERE's position as a supplier to multiple automakers means its charging data layer functions, in effect, as a piece of shared infrastructure for the sector.

This has capital and competitive implications. The automotive industry's pivot to software-defined vehicles is directing investment toward data platform vendors that can offer interoperability across multiple networks and geographies. For JLR, deepening its HERE dependency is a bet that best-of-breed third-party data is preferable to building proprietary charging intelligence, a trade-off that rivals including Tesla, which owns its Supercharger network end-to-end, have resolved differently. The eMSP integration model JLR is rolling out is more analogous to the approach taken by Volkswagen Group and Stellantis, which have similarly opted for open-network compatibility over vertical ownership.

For investors tracking the broader EV infrastructure buildout, the HERE-JLR expansion is a signal that the mid-layer of the EV stack, the data and routing intelligence between the vehicle and the charge point, is consolidating around a small number of mapping platform providers rather than fragmenting into OEM-proprietary solutions. That dynamic has implications for charge-point operators and energy retailers competing to be the preferred network surfaced inside premium vehicle displays, as well as for grid operators managing demand forecasting as EV penetration rises across European markets.

The expansion to Australia and New Zealand, markets where public charging infrastructure remains patchy relative to Europe, will also serve as a real-world test of whether predictive availability data can compensate for lower network density, or whether the feature's value is primarily a function of infrastructure maturity rather than software intelligence.