The Charged

Hyundai Motor used its August 26 CEO Investor Day to set a 2030 global sales target of 5.55 million vehicles, with electrified vehicles targeted at 60% of total sales, versus 23% in 2025. It plans more than 100 launches or refreshes and will introduce its first extended-range EVs from H1 2027, targeting more than 600 miles of combined range. Hyundai also disclosed in-house battery cells delivering more than twice the output of its previous high-nickel cells with charging time reduced by around 40%. Upcoming EVs will use mid-nickel NCM cells that Hyundai says could reduce battery costs by roughly 30%. Global manufacturing capacity is planned to increase by 1.27 million units by 2030, including 500,000 in North America and 320,000 in India.

BYD reported that its Flash Charging network had reached 10,000 stations in China, halfway toward its target of 20,000 by the end of 2026. Its second-generation Flash Charger provides charging power of up to 1,500 kW and can use two charging cables simultaneously on a compatible vehicle. BYD says its second-generation Blade Battery can charge from 10% to 97% in nine minutes under compatible dual-gun conditions. The network had roughly doubled from around 5,000 stations in early April. Importantly, the chargers can also serve other compatible vehicle brands, making this an OEM-led charging infrastructure strategy rather than simply an exclusive BYD network.

Octillion Power Systems opened its third Indian battery facility at Halol, Gujarat, adding annual manufacturing capacity of more than 3 GWh, equivalent to over 48,000 battery systems per year at full utilization. The facility will serve passenger EVs, commercial vehicles and electric buses. Combined with Octillion's other Indian operations, the company's local manufacturing capacity now exceeds 150,000 battery systems and approximately 9 GWh annually. The Halol site covers more than 13,000 square metres and was reportedly converted into a production facility in less than eight months. The expansion is strategically significant because India's battery localization is moving beyond vehicle assembly toward domestic pack and battery-system manufacturing.

CBAK Energy secured a battery-cell order worth approximately US$96 million excluding tax from an unnamed leading Indian electric two- and three-wheeler manufacturer. Deliveries are expected during calendar 2027, and CBAK said the contract should bring the designated production facility to full capacity. The Indian customer had previously placed smaller orders, making the latest agreement a significant expansion of the relationship. CBAK also disclosed discussions around another potential high-volume Indian battery order, although that prospective contract has not been included as a confirmed development. The transaction illustrates the scale at which India's electric 2W/3W market is beginning to influence international battery-cell capacity utilization.

Hero MotoCorp said it would acquire additional shares in Ather Energy for up to US$184.8 million (US$184.8 million). Hero's fully diluted holding could increase from 29.88% to as much as 32.8%. The transaction follows Ather's separate allocation of US$100.9 million of convertible warrants to Hero. Rather than relying only on its internally developed EV portfolio, India's largest established two-wheeler manufacturer is therefore increasing its financial exposure to an EV-native platform. The move is important in the context of intensifying competition among Ather, Ola Electric, TVS, Bajaj, Hero and other participants in India's electric two-wheeler market.

Ola Electric launched the S1Z, its first mass-market scooter family using internally developed 46-series Bharat Cell LFP cells manufactured at its Gigafactory. Two battery configurations were announced: 3.1 kWh priced at US$841 and 5.1 kWh at US$1,051, with claimed IDC ranges of up to 179 km and 301 km, respectively. Deliveries are scheduled for December 2026 and March 2027. Ola also disclosed a US$10.1 million PLI-Auto incentive sanction for FY2026-27. The development provides an important real-world test of vertical integration in India's highly price-sensitive two-wheeler market: whether domestic cell production can translate into competitive vehicle pricing and margins.

Hyundai Motor India and Jio-bp agreed to integrate their EV charging networks, adding more than 7,000 Jio-bp charging points across 300+ cities to Hyundai's digital charging ecosystem. Hyundai EV customers will consequently have access to 37,000+ charging points through the myHyundai app. Jio-bp's network includes DC charging equipment ranging from 60 kW to 480 kW and reports 96% network uptime. Hyundai itself operates 183 proprietary DC fast-charging stations and plans to expand that network to 600 by 2030. The agreement shows Indian charging competition moving from charger installation alone toward network aggregation, interoperability, discovery and payment integration.

Terra Charge announced that it will begin deploying NACS-compatible chargers in Japan from fiscal 2028, targeting 2,500 charging points nationwide by fiscal 2033. NACS installations are expected to account for approximately 30–40% of Terra Charge's proprietary charging infrastructure. Planned locations include commercial facilities, hotels and major roads, while the company is also evaluating NACS-compatible AC destination charging. Terra Charge cited 1,323 NACS-compatible charging ports in Japan as of August 19, meaning its planned rollout would represent a material expansion of the installed base. The announcement is an early indication that NACS could develop relevance outside North America.

Nine automakers including Tesla, Xiaomi and Leapmotor were addressing emergency door-release concerns affecting a combined 4.3 million vehicles, described by Reuters as China's largest vehicle recall. The issue concerns emergency mechanical door releases that occupants could struggle to identify or operate following electrical failure. The action follows China's move to require conventional manual mechanisms alongside electronic exterior door handles. With EVs representing roughly 55% of new-car sales in China, Chinese vehicle-safety requirements increasingly have the potential to influence globally developed EV platforms rather than remaining purely domestic specifications.

Indian EV leasing platform Drivn partnered with Tata Motors and SwitchLabs under a binding arrangement to commission 150 electric heavy-duty trucks. Drivn will procure the vehicles from Tata Motors while SwitchLabs will operate the fleet through an electric-truck-as-a-service model. The partners intend to expand the relationship toward more than 1,000 electric trucks over the following two years. Tata's relevant heavy-electric-truck portfolio includes the 28-tonne Prima E.28K and 55-tonne Prima E.55S with battery packs of up to 450 kWh, although the specific models making up the 150-unit order were not disclosed. The arrangement demonstrates how leasing and truck-as-a-service structures can lower fleet electrification's upfront-capital barrier.

India's Ministry of Road Transport & Highways reported more than 1,300 beneficiaries registered under PARIVARTAN, the Delhi-NCR commercial-vehicle renewal programme. The initiative aims to replace more than 200,000 BS-IV-or-older trucks and buses with BS-VI-or-stricter vehicles or EVs. The programme has a US$1.01 billion total outlay, including US$529.8 million in central budget support. The government had onboarded 42 banks/NBFCs and 15 automotive OEMs, connecting vehicle scrappage, financing and new-vehicle supply. The programme is strategically relevant to electrification because it combines vehicle replacement with financial support rather than relying exclusively on upfront EV subsidies.

Rome is moving ahead with approximately €116.7 million of funding to decarbonise public transport operated by ATAC. The largest component—€83.6 million—is earmarked for hydrogen buses, while approximately €27.1 million is allocated to battery-electric buses. Another €6 million in European funding will support a green-hydrogen production and refuelling hub at ATAC's Acilia site. The programme combines zero-emission vehicle procurement with the infrastructure required to operate the fleet rather than treating the two independently. The available announcement did not specify the number of battery-electric or hydrogen buses or the eventual vehicle suppliers, so those figures should not be inferred.

Chennai's Metropolitan Transport Corporation added 130 electric buses, comprising 80 vehicles operating on 15 routes from Alandur depot and 50 on ten routes from Central depot. The initial deployment cost US$24.6 million. These vehicles are the first batch of a wider 750 low-floor electric-bus programme worth US$140.5 million, consisting of 500 air-conditioned and 250 non-air-conditioned buses operating from seven depots. MTC already operates 625 electric buses, while another 620 remain in the second-phase pipeline after the latest deployment. Reporting identifies Switch Mobility as supplier of the first batch; its EiV12 low-floor platform uses a 283 kWh LFP battery and offers up to approximately 200 km of range, though those are model specifications rather than necessarily the precise operating configuration of every Chennai bus.

APM Terminals ordered 96 Orange EV HUSK-e XP electric terminal trucks and 34 Konecranes electric rubber-tyred gantry cranes for its Elizabeth container terminal in New Jersey. The company did not disclose the order value, battery specifications, charging configuration or deployment timetable. The Elizabeth terminal accounts for around 28% of Port of New York and New Jersey container throughput, receives more than 600 vessel calls annually and records approximately 800,000 truck visits each year, giving the electrification programme meaningful industrial scale. Orange EV says its electric terminal trucks have accumulated more than 36 million miles and 14 million operating hours across North America and the Caribbean.

Swedish mining group LKAB is deploying two 120-tonne battery-electric Scania trucks at its Malmberget iron-ore mine, operating as deep as 1,250 metres underground. Each truck carries a 624 kWh battery and payload of just over 70 tonnes. The vehicles have completed around 1,500 round trips and transported more than 100,000 tonnes of iron ore. LKAB reports roughly seven hours of operation per charge, around 45 cycles and approximately 3,200 tonnes moved, with charging at up to 375 kW and an approximately 80-minute 0–100% charge. LKAB aims to electrify 30% of its mining fleet by 2027 and handle at least five million tonnes of material annually without local emissions.

Cape Town is introducing at least 38 Volvo BZR Low Entry electric buses, with delivery scheduled from 2027. The project is significant because the bus bodies will be produced domestically by Gauteng Bus and Coach Centre in Johannesburg, introducing a localization element alongside fleet electrification. Cape Town said the order could expand if additional funding becomes available and that the vehicles will be financed through Public Transport National Grant funding. The charging infrastructure will be managed by the City of Cape Town. Volvo's BZR Low Entry platform can be configured with up to 630 kWh nominal battery capacity and 200 kW or 400 kW powertrains, although Volvo has not disclosed the exact battery specification selected for Cape Town.