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India’s cold chain logistics sector is witnessing a major shift toward sustainable transportation as electric commercial vehicles gain momentum across the country. In response to rising demand for energy-efficient and temperature-controlled delivery solutions, SWITCH Mobility has launched the SWITCH IeV4 Reefer, an electric refrigerated vehicle designed for cold chain operations across urban and regional markets.
The launch comes at a time when logistics companies are increasingly looking for solutions that reduce operational costs, improve fleet efficiency, and support environmental goals. With industries such as pharmaceuticals, dairy, frozen foods, and FMCG relying heavily on temperature-sensitive transportation, the need for reliable electric refrigerated vehicles has become more significant.
Built on the company’s next-generation IeV electric vehicle platform, the IeV4 Reefer combines electric mobility technology with advanced refrigeration capabilities. The vehicle operates on a 300V EV architecture and is equipped with a 32.2 kWh lithium-ion battery. It is powered by a permanent magnet synchronous motor capable of producing 60 kW peak power and 230 Nm torque, enabling efficient performance across varied logistics conditions.
The refrigerated vehicle supports temperature ranges between -25°C and +25°C, allowing it to cater to frozen, chilled, and fresh cargo transportation requirements. The vehicle is expected to support applications including pharmaceutical distribution, milk and dairy transportation, bakery logistics, frozen foods, fresh produce, and meat delivery.
To ensure consistent temperature retention, the reefer body uses insulated sandwich panel construction with 100 mm thick insulation across all panels. The vehicle also includes standby and pre-cooling functionality, enabling the refrigeration unit to operate using external grid power while the vehicle is charging or during loading and unloading operations. This feature helps reduce battery consumption and improve driving efficiency during delivery cycles.
The IeV4 Reefer offers a gross vehicle weight of 3,490 kg and a payload capacity of 1,200 kg, making it suitable for mid-mile and last-mile cold chain operations. SWITCH Mobility stated that the vehicle has already seen adoption across western, northern, and southern regions of India for various refrigerated transport applications.
The electric refrigerated vehicle is equipped with CCS2 AC and DC charging capability, with fast charging technology allowing the battery to charge from 10% to 80% in nearly 55 minutes. Additional features such as 22% gradeability and a top speed of 80 kmph are aimed at supporting dependable performance across diverse operating conditions.
Driver comfort and ease of operation have also been prioritised in the vehicle’s design. The IeV4 Reefer comes with electric power steering, D+2 seating configuration, and suspension systems designed to improve stability and manoeuvrability during daily logistics operations.
With the introduction of the IeV4 Reefer, SWITCH Mobility is strengthening its position in India’s growing electric commercial vehicle market while contributing to the expansion of sustainable cold chain transportation infrastructure.
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The Centre is working on a freight interchange system around the National Capital Region (NCR) to prevent long-haul diesel trucks from entering Delhi during the winter pollution season. Under the proposed model, cargo would be transferred to electric trucks at logistics hubs on the city’s outskirts before being transported to warehouses and distribution centres within the capital. The initiative aims to reduce freight-related emissions without disrupting the movement of essential and commercial goods when air-quality restrictions are imposed. It also aligns with India’s wider efforts to promote electric mobility and cleaner urban logistics. Five freight interchange hubs proposed Around five multimodal logistics hubs are proposed at strategic NCR locations, including Sonipat, Faridabad, Ghaziabad, Greater Noida and Gurugram. These facilities would serve as interchange points for cargo arriving on long-distance routes. Medium and heavy diesel trucks would halt at the designated hubs to unload consignments or exchange trailers. Electric trucks would then undertake the final leg of the journey into Delhi, transporting goods to warehouses, distribution centres and customers. The hubs are expected to form part of the National Highways for EV initiative, being developed through a public-private partnership model to strengthen electric vehicle and charging infrastructure across major transport corridors. Redesigning freight entry into Delhi The proposed system seeks to keep diesel-powered freight vehicles outside Delhi’s borders while allowing electric and other low-emission vehicles to manage urban deliveries. Although initially linked to the winter pollution season, the interchange model could eventually support a more permanent transition towards cleaner city logistics. The initiative could also help reduce the operational disruptions caused by diesel-truck restrictions under the Graded Response Action Plan (GRAP). When Stage IV measures are enforced, the entry of medium and heavy diesel goods vehicles is restricted, except for trucks carrying essential commodities or covered by specific exemptions. These restrictions frequently result in vehicles queuing at Delhi’s borders, delaying deliveries and affecting supply-chain schedules. Freight interchange hubs could provide an alternative by enabling cargo to continue moving even when diesel trucks are prevented from entering the city. Freight emissions under scrutiny Heavy trucks account for a relatively small proportion of vehicles operating on Delhi’s roads but are estimated to contribute around 23 percent of transport-related PM2.5 emissions. Their impact is particularly significant at night, when a large share of freight movement takes place. The interchange proposal is intended to complement Delhi’s Winter Pollution Action Plan, which remains in effect from November 1 to February 28 unless stricter GRAP measures are introduced. The seasonal plan includes checks on Pollution Under Control certificates, restrictions on certain non-BS VI vehicles, staggered office timings, work-from-home advisories, construction controls and measures against open burning. If implemented, the EV-based freight interchange system could allow cargo movement to continue during severe pollution episodes while reducing the presence of diesel trucks within Delhi. It would also mark a significant step towards integrating clean mobility with urban freight planning.
The newly operational Ganga Expressway is expected to sharply reduce freight transit time across Uttar Pradesh and generate annual logistics savings of as much as ₹30,000 crore, according to state government estimates and logistics industry executives. The corridor is also likely to accelerate industrial and warehousing activity along one of north India’s largest freight routes. Stretching 594 kilometres between Meerut and Prayagraj, the six-lane expressway, which is designed for future expansion to eight lanes, passes through 12 districts and creates a direct high-speed road link between western Uttar Pradesh and the eastern part of the state. The improved corridor is expected to have a significant impact on freight movement in a state that handles hundreds of millions of tonnes of cargo annually, including agricultural produce, construction materials, retail goods, electronics and leather products. Industry observers believe the expressway could ease congestion on existing routes and improve delivery predictability for transport operators. Uttar Pradesh Industrial Development Minister Nand Gopal Gupta said the project was being positioned not only as a transport network but also as a logistics and manufacturing corridor. According to the state government, nearly 987 investment proposals worth around ₹46,660 crore have already been linked to the expressway region. Authorities are also planning 12 industrial nodes spread across more than 6,500 acres. Sectors expected to benefit include manufacturing, food processing, pharmaceuticals, textiles, warehousing, electronics and e-commerce. Faster movement of goods is also expected to support supply chain efficiency in Tier-2 and Tier-3 cities across Uttar Pradesh, where logistics infrastructure has historically lagged behind larger urban centres. Logistics companies say the expressway could reduce dependence on older freight routes connecting the National Capital Region with eastern Uttar Pradesh. Industry executives also expect lower fuel consumption, shorter turnaround times and reduced inventory holding costs for businesses operating across the corridor. The expressway, inaugurated in April this year, forms part of Uttar Pradesh’s broader infrastructure expansion strategy aimed at strengthening industrial connectivity and attracting private investment into logistics and manufacturing clusters. Follow CARGOCONNECT for more such updates.
India’s logistics and transportation sector is bracing for higher operating costs after the recent increase in diesel prices, with the All-India Transporters Welfare Association (AITWA) warning that freight rates could rise by 3–3.5% in the coming weeks. The development is expected to impact supply chains across industries, from manufacturing and retail to e-commerce and agriculture. AITWA, which represents a significant share of organized transport and logistics operators in the country, said the road transport industry remains heavily dependent on diesel, making fuel price movements a critical determinant of freight pricing. According to the association, the recent fuel hike comes at a time when logistics companies are already grappling with escalating operational expenses, including toll charges, tyres, lubricants, diesel exhaust fluid (DEF), and vehicle maintenance costs. Ashok Goyal, National President of AITWA, stated that the increase in diesel prices would inevitably translate into higher transportation costs across the supply chain ecosystem. Since road transport handles a majority of India’s domestic cargo movement, any rise in freight charges is likely to have a cascading impact on product pricing and overall inflation. The fuel price hike follows mounting pressure on oil marketing companies amid rising global crude oil prices and geopolitical tensions in West Asia. Petrol and diesel prices were recently increased by around ₹3 per litre, marking the first major upward revision in several years. Industry analysts believe the move could further strain logistics operators working on already thin margins. Transporters have urged the government to consider measures that can cushion the impact on the logistics sector, including rationalization of taxes and support for cleaner, cost-efficient fuel alternatives. AITWA also reiterated its commitment to promoting electric mobility and alternative fuels as part of the sector’s long-term sustainability roadmap. Experts note that the increase in freight rates may particularly affect sectors dependent on high-frequency transportation, such as FMCG, retail distribution, pharmaceuticals, and industrial manufacturing. Logistics firms are now exploring route optimization, multimodal transport solutions, and dynamic pricing strategies to manage the growing cost pressures. With fuel accounting for nearly 40% of trucking operating expenses in India, the latest diesel price hike is expected to intensify inflationary pressures and challenge supply chain efficiency in the months ahead. 𝐒𝐭𝐚𝐲 𝐓𝐮𝐧𝐞𝐝 𝐭𝐨 https://cargoconnect.co.in/ 𝐟𝐨𝐫 𝐥𝐚𝐭𝐞𝐬𝐭 𝐮𝐩𝐝𝐚𝐭𝐞𝐬!
