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Charge will upgrade its N3 highway charging hubs in South Africa from 360 kW to 720 kW total capacity per site, with dynamic power allocation enabling up to 600 kW to a single connector for simultaneous charging of passenger and commercial vehicles. The expansion, announced three months after the May launch, responds to demand driven by electrified vehicles reaching 6% of new light vehicle sales and NEV sales growing over 500% year on year, according to NAAMSA figures cited by Charge.

Why it matters: The rapid capacity doubling signals that initial infrastructure sizing underestimated uptake velocity in an emerging market now past the 6% adoption tipping point. CPOs and funders should note the commercial vehicle charging capability and the need for flexible power architecture when planning corridor networks in high growth regions.

Commercial EV charging specialist JET Charge reports that a 100 vehicle heavy fleet in Australia could save as much as 4.5 million dollars annually by electrifying, with depot charging delivering over 70 per cent cost reduction versus diesel. The company notes fleet electrification plans are being compressed from five years to 18 months as fuel price volatility drives adoption. In June 2026, one in four new passenger vehicles sold in Australia was an EV, a monthly sales record.

Why it matters: The compressed 18 month timelines and depot charging economics create urgent demand for charging infrastructure procurement and installation capacity. Fleet operators face a mismatch risk if charging infrastructure cannot be deployed as quickly as vehicle orders are fulfilled.

Mobility technology company CarBEV has started construction of THE Power Station by CarBEV on the site of the former Total Merville Gas Station in Pasay City, Philippines, near Ninoy Aquino International Airport. The facility is designed to serve up to 500 battery electric vehicles per day, primarily targeting electric taxis, transport network vehicles and commercial fleets operating across Metro Manila. CarBEV describes the project as the country's first fully electric power station, though the company has not disclosed charger numbers, capacity specifications, project cost or a completion date.

Why it matters: The conversion of a legacy fuel site into a high throughput charging hub signals private sector confidence in the Philippines' EV transition and demonstrates a scalable model for repurposing existing forecourt infrastructure. The focus on fleet and airport transport addresses a critical gap in commercial charging provision, offering procurement teams a blueprint for high utilisation sites in urban mobility corridors.

RoadGrid India has secured ₹13 crore from the Technology Development Board under India's Department of Science and Technology to complete a ₹27.5 crore project building a manufacturing facility for its patented Universal EV Charger. The plant will produce 2,000 units annually from March 2027, with each charger integrating a 140 kW dual DC system supporting CCS2 and Type 6 connectors plus AC charging across two wheelers, three wheelers, passenger and commercial vehicles. The project includes ₹18 crore for manufacturing infrastructure and will create over 100 direct jobs.

Why it matters: A single interoperable platform serving multiple vehicle segments could simplify procurement and reduce site complexity for charge point operators deploying mixed fleets. Government backed local manufacturing also signals potential cost advantages and supply chain resilience for Indian infrastructure tenders from 2027.

Voltloader has partnered with Aegis Energy to integrate its multi-energy hubs for commercial vehicles into Voltloader's national network of eHGV chargers, which are primarily located at customer depots and destinations. The partnership aims to provide on-demand infrastructure for hauliers at origin, destination and en route locations. John Whybrow, CTO at Voltloader, stated the agreement will add sites to the company's existing network of high-capacity charging solutions as part of efforts to accelerate adoption.

Why it matters: The partnership expands critical charging infrastructure for heavy goods vehicle operators, addressing a key barrier to fleet electrification by improving geographic coverage and operational flexibility. For procurement teams and CPOs, this signals growing network density and interoperability in the commercial vehicle charging sector.

RoadGrid India has received ₹13 crore in financial assistance from the Technology Development Board under India's Department of Science and Technology, forming part of a ₹27.5 crore project to commercialise its patented Universal EV Charger. The new manufacturing and assembly facility is expected to begin commercial production by March 2027 with an annual capacity of 2,000 units, creating more than 100 direct jobs. The Universal EV Charger is a 140 kW dual DC system supporting CCS2 and Type 6 connectors plus AC charging, designed as a single platform for two wheelers, three wheelers, passenger vehicles and commercial EVs.

Why it matters: The project signals India's push for localised EV charging manufacturing and offers procurement teams a domestically produced multi vehicle charging solution. With production starting in 2027, the 2,000 unit annual capacity and government backing may influence tender specifications and supply chain planning for Indian CPOs and fleet operators.

GridCars is upgrading its South African public charging network with new generation 120kW dual connection DC fast chargers that support vehicle architectures from 150V to 1,000V. The company will modernise selected sites to accommodate larger commercial vehicles with longer bays, wider turning areas and improved cable reach, and deploy new chargers at additional locations to strengthen route coverage between major economic centres. The phased programme will replace first generation DC chargers that currently fill an average battery electric vehicle in approximately two hours, though GridCars has not disclosed charging time improvements for the new equipment.

Why it matters: The upgrade signals growing commercial vehicle demand in South Africa's charging infrastructure market, with site design specifications now prioritising fleet and logistics operators. Procurement teams should note the shift to higher voltage compatibility and dual connection hardware as baseline specifications for new network tenders.

Energy in Motion has signed a partnership with Hindustan Petroleum Corporation Limited to deploy fast charging and battery swapping infrastructure for electric commercial vehicles at HPCL retail sites across India. The collaboration targets the commercial EV segment and will leverage HPCL's existing fuel retail network for the rollout.

Why it matters: The deal opens HPCL's nationwide retail footprint to EV infrastructure deployment, creating procurement opportunities for charge point operators and equipment suppliers targeting India's commercial vehicle electrification market. Partnerships between energy incumbents and charging specialists are accelerating site acquisition and grid access for high power charging.

New electric car sales in Africa increased from roughly 4,000 in 2023 to about 25,000 in 2025, according to the International Energy Agency, with Egypt, Morocco and South Africa accounting for nearly 70% of 2025 sales. Public chargers are spreading beyond major cities, battery swapping networks are scaling for electric motorcycles, and solar powered stations are emerging where electricity grids remain constrained. The infrastructure is developing differently from Europe, China or the United States, shaped by millions of motorcycles and commercial vehicles, large distances between cities, uneven electricity access and limited private parking.

Why it matters: The sixfold sales increase in two years signals a nascent but accelerating market for charging operators and equipment suppliers willing to adapt to African conditions, including solar integration and battery swapping for two and three wheelers. Procurement teams and CPOs will need to consider multiple deployment models rather than replicating Western hub and spoke networks, particularly in markets with weak grid infrastructure.

Geely's new Golden Brick battery charges from 10% to 70% in 4 minutes and 22 seconds, while BYD's Blade 2.0 manages the same range in 5 minutes. CATL has demonstrated a consumer battery capable of 10% to 80% in 3 minutes and 44 seconds, though it is not yet in production vehicles, and a commercial cell achieving 20% to 80% in 6 minutes and 48 seconds at an 8C rate.

Why it matters: Sub five minute charging windows shift the infrastructure planning calculus for charge point operators, potentially reducing dwell times and increasing site throughput. Procurers evaluating ultra rapid hardware must now consider whether existing 350 kW standards will meet demand from vehicles designed for these speeds.

Portuguese infrastructure provider i-charging has begun commercial deliveries of its MAX charging platform, which scales from 50 kW to 1.6 MW in a single cabinet and supports CCS, NACS, GB/T and MCS standards. The platform uses power modules from SOLUM, a Samsung Electro-Mechanics spin-off founded in 2015, and features dynamic power allocation across up to eight vehicles simultaneously. Following initial installations in Portugal, i-charging has received orders from Germany and Switzerland for European expansion.

Why it matters: The arrival of a commercially available 1.6 MW platform signals growing procurement options for depot and corridor charging aimed at heavy-duty fleets, with multi-standard compatibility reducing infrastructure lock-in. Orders from Germany and Switzerland indicate near-term pipeline activity for megawatt-class charging across Europe.

Driventic has launched the VEDS 2.2, a 275 kg integrated electric drive system for medium to heavy duty commercial vehicles, including trucks, buses and coaches. The system combines a high speed EVO 390 motor, inverter and single stage planetary gear unit into one unit, designed for both new builds and retrofit projects. The drive unit is compatible with existing diesel vehicle rear axles without modification, reducing retrofit investment requirements.

Why it matters: The system's compatibility with conventional axles and simplified integration interfaces lower the technical and capital barriers for fleet operators and OEMs pursuing commercial vehicle electrification or retrofit programmes. Its IP6K9K rating and compact design address durability and space constraints in heavy duty applications.

CATL has introduced the Tectrans II 8C battery for light commercial vehicles, capable of charging to 80 per cent in 6 minutes and 48 seconds and reaching full charge in under 9 minutes. The manufacturer describes it as the fastest charging capability currently available for the logistics sector. CATL plans to deploy 4,000 charging stations across China by the end of 2026 to support the technology.

Why it matters: The ultra-fast charging capability directly addresses operational downtime concerns that have limited commercial fleet electrification, particularly in last-mile delivery. The planned 4,000 station rollout by 2026 signals significant infrastructure procurement opportunities for charge point operators targeting commercial fleet customers.

Fleet payment provider WEX has added three charge point operators to its EV En Route network. Greenlane operates a 40-plus fast charger hub in Colton, California for medium and heavy duty vehicles, with expansion planned across Southern California, Nevada, Arizona and Texas. Synop, which supports more than 900 commercial charging depots in North America and Europe, brings depot charging software and energy management to the integration. The partnerships enable fleet customers to pay through existing WEX EV solutions at both public and depot sites.

Why it matters: The integrations signal growing consolidation in fleet charging access, with payment platforms becoming the interoperability layer between CPOs and commercial customers. For depot and corridor charging suppliers, joining roaming networks like WEX EV En Route is increasingly a route to fleet contract wins.

Chinese battery manufacturer CATL has announced its Tectrans II battery technology for electric light commercial vehicles, achieving 20% to 80% charge in under seven minutes and reaching 100% in nine minutes total, according to CNEVPost. By comparison, the Ford E-Transit requires 28 minutes for 10% to 80% charge, whilst the Rivian EDV is limited to 100 kW charging power and discontinued Chevrolet BrightDrop vans needed one hour to recover 260 km of range.

Why it matters: The technology represents a step change in charging speed for the commercial fleet segment, potentially reducing depot dwell times and enabling higher vehicle utilisation rates. Procurement teams evaluating charging infrastructure for light commercial fleets may need to assess whether existing installations can support the higher power demands this battery chemistry will require.

Swedish manufacturer Clean Motion has equipped its EVIG lightweight electric vehicle with a swappable battery and launched real world trials in Stockholm, using GoCimo's existing battery swapping infrastructure. The vehicle, which offers a range of 100 to 150 kilometres depending on configuration, is being tested in Foodora's urban delivery operations as part of the STOLT research project. The project spent twelve months adapting the battery, mechanics and interfaces to enable EVIG to use the same swappable batteries as GoCimo's electric scooter network, aiming to extend the battery swapping concept to light electric commercial vehicles.

Why it matters: The trial demonstrates how existing battery swapping infrastructure can be adapted for light commercial EVs, potentially reducing the need for dedicated charging points in urban delivery fleets. For CPOs and fleet operators, the approach offers a model for eliminating charging downtime in high utilisation commercial operations.

Southwest Research Institute and Southern Methodist University are developing a design architecture for solid-state batteries, focusing on the interface between lithium metal anodes and solid electrolytes. The work addresses manufacturing and materials challenges that have prevented wide commercialisation, particularly the unstable interface and dendrite formation that compromise battery performance and stability. Solid-state batteries promise faster charging, higher energy density and improved safety for electric vehicles by replacing liquid electrolytes with solid materials.

Why it matters: Advances in solid-state battery technology could reshape procurement specifications for next generation EV charging infrastructure, as faster charging capabilities and higher energy densities may require upgraded power delivery systems. Resolving manufacturing challenges brings commercial deployment closer, potentially influencing long term capital planning for charge point operators.

Driventic, a Voith spin-off active since November 2025, has started production of the VEDS 1.5 electric drive system for commercial vehicles. The update features a 22 kg drive inverter with integrated management unit, automotive-compliant connectors for quicker fitting and maintenance, and motors rated at 240 kW or 320 kW continuous power with peak output to 390 kW. The company reports it has supplied more than 4,000 VEDS units to bus and truck makers since the platform debuted in 2019.

Why it matters: Lighter, faster to install drivetrains can lower assembly costs and downtime for fleet operators, while the automotive cybersecurity certification may ease procurement approvals. The 4,000-unit install base signals proven supply for OEMs tendering medium and heavy-duty electric platforms.

Rivian's electric delivery van achieved sales volumes 70 per cent higher than all competing electric van models combined in the United States. The performance establishes Rivian as the dominant player in the electric commercial van segment, driven largely by its partnership with Amazon for last mile delivery vehicles.

Why it matters: The sales data signals strong commercial appetite for purpose built electric vans and validates the business case for fleet electrification at scale. Procurement teams evaluating charging infrastructure for commercial fleets can use Rivian's market dominance as a benchmark for capacity planning and depot charging requirements.

Indian manufacturer JBM Electric Vehicles has entered into a memorandum of understanding with electric commercial vehicle leasing platform DRIVN for the supply of 500 electric buses, with deployment scheduled over the next year. The deal comes as India's electric bus market grew 40% year on year, with 2,944 units registered in the first half of 2026. JBM Group recorded 804 electric bus registrations in H1 2026, representing a 27.3% market share, close behind market leader Switch Mobility's 28.2%.

Why it matters: The leasing focused partnership signals growing demand for electric bus financing models in India's expanding public transport electrification market. With JBM securing ₹750 crore in June 2026 to deploy around 2,000 electric buses, this 500 unit order demonstrates the scale of procurement opportunities emerging through leasing platforms.

Aegis Energy has signed a three year commercial partnership with Corpay, enabling Allstar fleet customers to charge at its network of sites designed for larger commercial vehicles, either via advance booking or plug and go. The agreement supports Allstar's Commercial Charging Payment Network rollout and will give Corpay customers access to Aegis Energy's expanding UK infrastructure, which targets 30 hubs by 2030. Aegis Energy positions the network as bridging the gap between public charging and private depot infrastructure for fleets transitioning to electric vehicles.

Why it matters: The partnership expands commercial fleet access to purpose built charging infrastructure without requiring operators to invest in their own depot estates, while Aegis Energy secures a major fleet payment partner ahead of its planned 30 site rollout by 2030. For procurement teams, the deal signals growing interoperability between fleet payment platforms and semi private charging networks tailored to heavier vehicle classes.

Jaama has secured a 7+1+1+1 year contract with the Metropolitan Police Service to provide its Key2 fleet and workshop management software for more than 5,000 vehicles across Greater London. The fleet, which includes response vehicles, armed units and forensic assets, travels over 52 million miles annually. Jaama was selected as the Most Advantageous Tender following a year long, four stage competitive process assessed on technical performance, commercial value, social value, health and safety and business continuity. The contract was announced at the National Association of Police Fleet Managers event.

Why it matters: This landmark public sector award demonstrates growing institutional commitment to digital fleet management systems at scale, with potential read across for other large public fleets considering software procurement. The extended contract structure and rigorous tender process signal that fleet software is now treated as critical infrastructure, relevant for suppliers targeting long term public sector partnerships.

Volt Singapore, Keppel's charging arm, launched a 46-charger public fast-charging facility at 2E Jalan Papan on 13 July, the country's largest hub for commercial electric vehicles. The site can charge electric buses from 20 per cent to 80 per cent in under two hours and offers up to 300 km of range in 10 minutes, priced at 59.8 cents per kilowatt-hour. The hub also serves electric cars and taxis.

Why it matters: The deployment marks a significant scaling step for heavy-duty EV infrastructure in Singapore, with 46 simultaneous connections targeting buses and trucks alongside light vehicles. Operators and fleet managers gain a benchmark for commercial charging economics and throughput in dense urban settings.

The Trump administration will bar Polestar from selling vehicles in the United States beyond model year 2027, citing legislation that targets Chinese connected systems and personal data management. The Swedish brand, owned by Geely, now finds itself shut out of the two largest global markets and is concentrating its commercial strategy on Europe. The US measure relies on rules initiated under the Biden administration rather than tariffs.

Why it matters: A major OEM retreating to a single continent will reshape charging infrastructure demand and partnership priorities in Europe, while US site developers lose a premium EV marque from their forecasts. Procurement teams should watch whether Polestar's European focus accelerates depot and destination charger tenders.

Chinese battery manufacturer CATL has announced a new battery technology capable of recharging commercial vehicles from 20% to 80% in less than seven minutes. The development targets the commercial vehicle sector, where charging speed remains a critical barrier to electrification. CATL, the world's largest EV battery producer, has not disclosed deployment timelines or commercial partners for the technology.

Why it matters: Ultra-fast charging batteries could accelerate fleet electrification by reducing vehicle downtime, potentially driving demand for high-power charging infrastructure at depots and logistics hubs. Procurement teams planning commercial charging networks may need to reassess power requirements and grid connections to accommodate future ultra-rapid charging demands.

Michelin has added Ford electric vans to its fleet and now operates two thirds of its vehicles as electric, according to EV Fleet World. The tyre manufacturer's fleet electrification marks a significant step in its transition away from internal combustion vehicles. The milestone reflects growing corporate adoption of electric commercial vehicles in logistics and service operations.

Why it matters: Large fleet operators like Michelin demonstrate proven demand for electric vans at scale, signalling sustained procurement opportunities for charging infrastructure providers. The shift to majority EV fleets by multinational corporations creates predictable, long term charging requirements across depot and destination sites.

The fifth edition of the Prawaas conference focused on technology applications in fuel management and the rollout of electric commercial vehicles, according to ET Auto. The event, held in India, brought together industry stakeholders to discuss operational and infrastructure challenges in the commercial transport sector. Specific deployment figures or policy announcements were not detailed in the available excerpt.

Why it matters: Commercial EV adoption in India is accelerating, and industry forums like Prawaas signal where fleet operators and charging infrastructure providers should focus procurement and partnership efforts. Understanding fuel management technology integration helps CPOs design solutions that meet the operational needs of commercial vehicle operators.

SUN Mobility has launched a modular multi-battery swapping solution for electric buses, demonstrated on the Tata Starbus EV platform at Prawaas 5.0 in India. The unveiling was inaugurated by Amrendra Kishore Singh, Director at the Ministry of Heavy Industries, alongside representatives from Tata Motors Commercial Vehicles. SUN Mobility currently operates more than 1,900 Swap Points across over 23 cities, having completed more than 70 million battery swaps supporting over 2.1 billion electric kilometres and avoiding more than 100,000 tonnes of CO₂ emissions.

Why it matters: The modular swapping platform offers an alternative to plug-in charging infrastructure for bus fleet operators, potentially reducing downtime and upfront capital costs. With government backing and an established network of over 1,900 swap points, the solution may influence procurement specifications for urban transit authorities evaluating operational models for electric bus deployment.

China's State Council has published an action plan requiring new energy vehicles to reach 30 per cent of the nation's total vehicle fleet by 2030, up from 12.01 per cent at the end of 2025 when 43.97 million NEVs were registered. The plan, part of the 15th Five Year Plan, also sets a 25 per cent NEV share for commercial fleets by 2030 and commits to accelerating charging and hydrogen infrastructure expansion.

Why it matters: The more than doubling of China's NEV fleet to 30 per cent by 2030 will drive substantial charging infrastructure procurement across passenger, commercial and public vehicle segments. Operators and suppliers targeting the Chinese market face a compressed five year window to scale capacity for an additional tens of millions of electric vehicles.

Real Commercial reports that EV charging infrastructure is attracting investment interest in Australia as fleet electrification gathers momentum. The publication highlights growing recognition of charging assets as viable commercial property investments. The article appears in the context of Australia's expanding corporate fleet transition to electric vehicles.

Why it matters: Commercial property investors entering the charging sector could accelerate site availability for fleet operators and workplace charging, while institutional capital may improve procurement terms and long term site security for charge point operators.