Recent developments in charging networks, ultra-fast technology, standards and smart infrastructure. Updated 23 July 2026.
Short, independently written summaries with links to the original publishers. Proposals and forecasts are clearly identified and should not be read as completed projects.
3DNews reported that Elon Musk proposed placing containerised Tesla AI computing systems near high-power Supercharger sites. The idea is to reuse strong grid connections already built for charging and connect the modules to a distributed network. This is an early proposal, not a confirmed rollout programme.
Read the source: 3DNews ↗Reuters, citing analysis by Transport & Environment, reported that every EU member state except Malta had already met the bloc’s fleet-linked public charging capacity requirement. The network reached about 1.1 million public points by the end of 2025, although coverage of ultra-fast charging on core transport corridors is still incomplete.
Read the source: Reuters ↗An industry overview described a shift toward visible 24/7 charging hubs at fuel stations, denser coverage on intercity roads and wider use of 150–360 kW ultra-fast equipment. The source is commercial content, so it should be read as an industry perspective rather than official statistics.
Read the source: Israel National News ↗A recent Ynetnews report highlighted the gap between electric-car adoption and the availability of reliable public charging. Published totals differ between sources because some count sites, stations or individual connectors and use different reporting dates.
Read the source: Ynetnews ↗Autocom, citing data from Israel’s Ministry of Energy and Infrastructure, reported about 16,000 public charging points: roughly 3,300 DC fast points and 12,700 AC points. It also estimated 150,000–250,000 AC chargers in homes, apartment buildings and workplaces.
Read the source: Autocom ↗The IEA’s Global EV Outlook 2026 says the global public network grew by more than 33% in 2025 to over 7 million points. Under current policies, more than 350 million charging points of all types could be added from 2026 through 2035, with home and workplace charging remaining dominant while fast public charging supplies a large share of total capacity.
Read the source: IEA ↗Globes reported on technology designed to add hundreds of kilometres of range within minutes and noted that Paz had begun installing chargers with theoretical rates up to 400 kW. Actual speed depends on the vehicle, battery temperature and grid connection.
Read the source: Globes ↗CharIN announced publication of IEC TS 63379, defining connectors, vehicle inlets and cable assemblies for conductive DC charging at megawatt power levels. The standard is aimed mainly at electric trucks and other heavy-duty or industrial applications where very high charging power and interoperability are essential.
Read the source: CharIN ↗Auto.co.il reported that the Ministry of Energy and Infrastructure was promoting a real-time data system for charger availability, power and operator information, intended to improve transparency, competition and route planning.
Read the source: Auto.co.il ↗We check the electrical infrastructure, cable route, protection devices and suitable charging power before installation.
