Plug-in Electric Vehicles in Israel

The transition toward plug-in electric vehicles has been presented as important to Israel's national objective of moving to a low-carbon economy.[1] The Energy and Infrastructure Ministry established an early target under Government Decision 171 to have 95% of new car sales be electric vehicles by 2030 and to phase out gasoline- and diesel-car sales by that date.[2] Subsequent policy revisions assigned different scopes and figures: a 2023 ministry projection described 1.3 million electric vehicles on Israeli roads by 2030, roughly 30% of the total car fleet, with a 2050 ambition of six million fully electric private vehicles.[3] A later Ministry of Transport annual work plan cited a 50% end-of-decade target covering all sales, including buses and heavy commercial vehicles.[4]

These targets have been repeatedly revised in light of market trends that diverged from early forecasts. In the first third of 2026, fully electric vehicles held only about 10.9% of new-vehicle sales, well below ministry projections made in 2022 of approximately 24–28% for 2026.[4] A September 2026 Energy Ministry briefing warned that, without intervention, electric vehicles could fall to 10% of the market by 2030; the ministry estimated that reaching a 90% adoption rate would require accelerated measures including incentives and legislation supporting apartment-building chargers.[5]

Israeli entrepreneur Shai Agassi founded Better Place in 2007 to promote electric-car use internationally.[6] In January 2008 the company signed a partnership with Renault-Nissan, under which the automaker would build the vehicles while Better Place developed a charging network intended to let customers recharge wherever they parked.[6] Its most distinctive proposal was a network of battery-switching stations: a robotic roadside system could remove a vehicle's nearly empty battery and replace it with a charged one within minutes, enabling drivers to swap batteries faster than it would take to refuel a gasoline car.[6][7] Customers would be charged by distance traveled rather than paying a separate fee for battery exchanges, and Israel was one of the company's first trial countries, alongside Denmark and Hawaii.[6]

The venture was widely noted as a serious attempt to address the two central consumer concerns about electric vehicles: limited driving range and long charging times.[8] However, the attempt ultimately failed, and Better Place went bankrupt.[8] Around the same period, the Israeli government undertook several related policy initiatives: a renewable-energy conference was launched in 2007, an Institute for Renewable Energy Policy was established at IDC in 2008, and a national commission for replacing fossil fuels was created in 2009.[6] In September 2010 the government decided to invest nearly NIS 200 million over ten years in R&D projects aimed at alternatives to oil, with private-sector donations envisaged at NIS 180 million a year.[6]

On a different infrastructure frontier, Israel-based startup ElectRoad installed what it described as Israel's first electric road in northern Tel Aviv in May 2016.[9] The system used grooves cut into the asphalt filled with copper wire connected to a roadside power converter; vehicles equipped with the technology could receive electricity while driving, powering the vehicle and charging its battery in real time.[9]

After years of negligible penetration, plug-in vehicles began a rapid ascent in the Israeli market. The Israel Electricity Authority's data show plug-in vehicles at 2% of new-vehicle sales in both 2018 and 2019, 3% in 2020, 8% in 2021, 17% in 2022, 25% in 2023, and 27% in 2024.[10] The private plug-in fleet stood at 155,000 vehicles at the end of 2023 — comprising 88,000 fully electric vehicles and 67,000 plug-in hybrids — and grew to 223,000 by the end of 2024, with 153,000 fully electric vehicles and 70,000 plug-in hybrids, an increase of approximately 50% in a single year.[10] A separate Globes report, drawing on State Comptroller findings, recorded roughly 16,251 fully electric vehicles in 2021 and approximately 224,700 on the roads at the end of 2025, an increase of nearly 1,400% over four years.[11]

A 2026 Ynet report offered a somewhat different snapshot, putting the Israeli fleet at approximately 200,000 fully electric vehicles and 120,000 plug-in hybrids, alongside about 800,000 conventional hybrids.[12] Figures across sources reflect different counting methodologies, reference dates, and whether plug-in hybrids are included, and should be read accordingly.

Electricity consumed by land electric transport rose from 85 GWh in 2020 to 158 GWh in 2021, 461 GWh in 2022, 782 GWh in 2023, and 1,213 GWh in 2024, representing approximately 1.0% of total sector electricity consumption in 2024.[10] The Electricity Authority's main and high scenarios for 2030 forecast electric-transport consumption at 5,430 GWh and 6,873 GWh respectively.[10]

Israel uses a green-taxation formula linking vehicle purchase tax to emissions. As of figures reported in a 2015 UNEP report, the purchase tax on conventional combustion vehicles was 83%, with cleaner conventional vehicles receiving rebates, while hybrids faced 30% and electric cars 8%.[13] These rates have changed significantly since then.

Purchase tax on electric cars stood at 45% in 2025, with a reduced-rate benefit ceiling of NIS 35,000.[14] A subsequent Finance Ministry–Knesset Finance Committee compromise set the rate from January 2026 at 48% — lower than the originally proposed 52% — while reducing the maximum tax benefit to NIS 22,000 rather than the proposed NIS 30,000.[14] As of September 2026, electric vehicles carried a 48% purchase tax through December 2026, while standard gasoline and plug-in-hybrid cars faced an 83% purchase tax before reductions under the green-taxation formula; the future electric-vehicle rate was described as uncertain.[5]

The purchase-tax benefit for plug-in hybrids ended on 1 January 2024, after which they faced the full purchase-tax rate applicable to gasoline vehicles.[15] A 2024 budget revision also provided for a NIS 0.15-per-kilometer usage tax to apply from 2026 to both plug-in hybrids and pure battery-electric vehicles, though subsequent reporting did not confirm that the planned mileage tax was ultimately implemented.[15]

Building out a reliable charging network has been one of the most persistent challenges for Israel's electric-vehicle transition. A 2021 Times of Israel report counted about 1,000 public charging sockets then deployed, against a Ministry of Energy plan funded with NIS 30 million to install 2,500 sockets by mid-2022, including 95 fast DC sockets and 111 ultra-fast sockets.[16] A 2018 ministry consumer survey had already identified charging availability at home and in public places as a major obstacle to adoption.[16] A separate Energy Ministry document said that $9 million USD had been granted to companies and local municipalities to install 2,500 public charging points nationwide, including more than 100 fast and ultra-fast chargers.[17]

By April 2025, 7,907 public charging sockets were operational, including 1,514 fast-charging sockets; the remainder were slow-charging, requiring many hours.[11] The State Comptroller's assessment, as reported, was that the existing infrastructure could serve approximately 4.9% of the electric-vehicle fleet simultaneously.[11] No new quantitative or geographic targets for public charging deployment had been set since 2018, and most local authorities lacked an organized charging-infrastructure plan.[11] A CBS survey cited in that report found that 97% of vehicle owners felt public charging stations were in short supply, while 51% of fast-charging users said stations were usually operational but occupied.[11]

A September 2026 Energy Ministry briefing reported that Israel had invested roughly NIS 80 million in charging infrastructure since 2018 and had approximately 14,000 chargers across 30 suppliers, including about 3,000 fast chargers.[5] Ministry official Ron Eifer identified slow chargers as still needing replacement and apartment complexes as urgently requiring solutions.[5] New Energy Ministry regulations scheduled to take effect in 2027 would require public charging operators to provide real-time information on charger locations, availability, and prices.[12]

The geographic distribution of chargers is uneven. A Ynet report attributed 65% of charging infrastructure to central Israel, 19.7% to the north, and 15.3% to the south.[12] Tel Aviv-Jaffa had 665 connectors, or one per 714 residents, while Or Yehuda had one connector per 378 residents and Eilat one per 387.[12] Several localities — including Beitar Illit, Rahat, Umm al-Fahm, Tayibe, and Shefa-Amr — had no public charging stations at all.[12]

Apartment-building charging presents a structural difficulty specific to Israel: approximately 80% of Israeli households live in shared residential buildings, where shared parking arrangements, building infrastructure constraints, and disputes with condominium boards can make charger installation difficult.[12][18] On September 8, 2022, Interior Minister Ayelet Shaked signed regulations requiring electric-car charging infrastructure in certain new buildings, applying to construction requests submitted on or after March 7, 2023, under an amendment to the Planning and Construction Regulations.[19]

The requirement covers buildings with at least two floors and six housing units; buildings with mechanical parking are exempt.[19] The regulation requires one or more electrical panels connected to the grid and suitable for supplying charging devices at all residential parking spaces. The panel connection must provide at least 3 kilowatts multiplied by 20% of the number of parking spaces.[19] Critics of the regulation, including one hydrogen fuel-cell company CEO, called it "a populist regulation that has no feasibility" in densely populated urban areas, arguing its probability of implementation was "very close to zero."[19]

Kibbutzim have adopted electric vehicles at a notable rate: many host both electric vehicles and charging stations.[20] An INSS assessment of Israel's electricity system identified transportation electrification as one factor expected to increase electricity demand and recommended vehicle-to-grid regulations. Israel still lacked rules allowing vehicle batteries to discharge energy back into the grid; such rules could provide an additional electricity source during emergencies, particularly within kibbutz microgrids.[20]

Israel's 2025 vehicle-registration requirements for electric and plug-in vehicles in categories M2 and M3 produced in unlimited series require applicable European type approval and compliance with Israeli charging standards.[21] Manufacturers must provide evidence that the electrical cord is compatible with both the vehicle's charging system and the charging station under Israeli Standard 61851-1.[21] Registered vehicles must carry three external markings identifying them as electric: one at the rear and one on each side at the inlet covers, with positions subject to Ministry of Transport approval.[21]

The Ministry of Energy and Infrastructure estimated that replacing a gasoline car with an electric vehicle yields a net economic benefit of roughly NIS 24,000 per vehicle, including charging-infrastructure costs, largely through energy and maintenance savings and reduced greenhouse-gas emissions.[5] A separate ministry policy document estimated annual economic savings of about NIS 24,700 for each electric car replacing a gasoline car.[18] Average consumer savings over a vehicle's lifetime were estimated at about NIS 70,000.[5][18]

The ministry's scenarios put the economic benefit of meeting a 90% electric-vehicle target on the road by 2030 at nearly NIS 20 billion, compared with less than NIS 10 billion if the market maintains its current trajectory and less than NIS 5 billion under a no-action scenario.[5] The 2026 policy document estimated that the shortfall from the original adoption trajectory could cost the economy about NIS 1.4 billion in 2026 alone, with the gap potentially exceeding NIS 5 billion by 2030.[18]

Academic research from Ben-Gurion University of the Negev examined consumer behavior in the private-car market and found that energy labels comparing monthly expenditure, and labels combining monthly comparison with total three-year cost of ownership, had a significantly positive effect on purchase intentions, while labels emphasizing expected savings did not show a consistent positive impact.[1] The researchers presented comparative-information labels as a potential element of a broader policy package to accelerate the transition.[1]

Israel does not manufacture automobiles, yet has developed into a significant automotive-technology hub.[8] More than 100 Israeli startups in the field had raised billions of dollars, and many global vehicle manufacturers maintain Israeli R&D centers.[8] Areas of Israeli startup activity include batteries, vehicle cybersecurity, sensors, autonomous driving, and in-car communications, with a considerable number of technologies for smart electric vehicles developed in Israel.[8]

Israeli battery research includes work on replacing graphite battery anodes with nanometric silicon, with the aim of enabling safe, rapid charging within a few minutes.[8] Realizing this technology's contribution to vehicle industries would require further research and investment in production facilities.[8]

The central consumer constraint the industry is working to overcome remains the disparity between refueling times: a gasoline car can be refueled in three to four minutes, while home or public AC charging of an electric vehicle takes several hours.[8] The INSS account put specialized fast charging at about an hour and warned that existing fast-charging technology could significantly reduce battery life, while a later Ynet report recorded an average of about 45 minutes for fast DC charging.[8][12]

A 2025 Globes account reported preparations for NIO and importer Delek Motors to establish a rapid battery-switching station at Glilot, with plans for a wider network — explicitly reviving the model pioneered and then abandoned by Better Place roughly 15 years earlier.[7] At the time of the report, this was described as a planned pilot rather than an established nationwide service.[7]

A marked reversal began after 2024. A Ministry of Energy and Infrastructure policy document, prepared with ISCON, reported the penetration rate of new electric vehicles at 25% in 2024, 20% in 2025, and approximately 11% at the start of 2026, describing the decline as unusually sharp compared with the global trend.[18] A September 2026 Energy Ministry briefing recorded fully electric vehicles' share of car sales falling from about 25% in 2024 to roughly 20% in 2025 and 12% in the first half of 2026.[5] Ministry officials linked the decline to uncertainty about future taxes, limited charging options in apartment buildings, and concerns about finding chargers on longer journeys.[5]

Over the same period, plug-in hybrids surged in popularity, rising from 2% of total vehicle sales two years earlier to 24% of sales in the first half of 2026.[5] In the first four months of 2025, Israel recorded 19,129 electric-vehicle deliveries, down 29% from the same period in 2024, with a 16.4% share of all deliveries versus about 22% a year earlier.[22] Broader reporting associated the slowdown with reduced tax incentives, higher vehicle prices, policy uncertainty, and the growing availability of plug-in-hybrid alternatives.[12][4]

Chinese-made vehicles have become dominant in both segments. Chinese brands accounted for more than 65% of electric-vehicle deliveries in January–April 2025 and took 92% of the plug-in-hybrid segment in those four months, representing 6.2% of all new vehicle deliveries.[22][23] The Ynet report also noted that company-car users may have little financial incentive to switch where employers pay for fuel, and that some employees select plug-in hybrids for tax advantages without regularly charging them.[12]