Top 10 Best Climate Tech Startups in India in 2027
Climate technology is emerging as one of the most important areas of innovation in India’s startup ecosystem. With rising temperatures, unpredictable rainfall, deteriorating air quality, increasing energy consumption, water shortages and growing waste generation, the demand for practical technologies that can address environmental challenges has increased considerably. Indian startups are developing solutions across renewable energy, carbon removal, electric mobility, sustainable agriculture, industrial decarbonisation, waste management and resource efficiency. These businesses are increasingly combining scientific research, engineering, artificial intelligence, biotechnology and digital platforms to develop commercially viable solutions that can also deliver measurable environmental benefits.
India’s climate technology ecosystem has expanded beyond conventional solar and wind energy businesses. Startups are now working on technologies that capture greenhouse gases, convert agricultural residues into clean fuels, reduce emissions from diesel generators, manufacture sustainable construction materials and improve the efficiency of agricultural supply chains. The emergence of carbon markets, government-backed clean energy programmes, sustainability commitments from large corporations and growing investor interest has also created opportunities for specialised climate technology businesses.
According to industry research published in 2026, India’s climate technology ecosystem has attracted substantial investment, with funding activity extending across renewable energy, sustainable mobility, waste management, energy efficiency and industrial decarbonisation. Companies operating in these segments are addressing different aspects of the country’s transition towards a lower-carbon economy. While some are developing technologies for large industrial customers, others are creating solutions for farmers, small businesses, commercial vehicle operators and rural communities.
The following are ten notable climate technology startups in India that are developing innovative solutions across different environmental and sustainability challenges.
1. Varaha
Varaha is an Indian climate technology company specialising in carbon removal, regenerative agriculture and nature-based climate solutions. Founded in 2022 by Madhur Jain, Ankita Garg and Vishal Kuchanur, the company is headquartered in Gurugram, Haryana. Its business model focuses on developing projects that remove carbon dioxide from the atmosphere while creating additional economic opportunities for farmers and rural communities. Rather than concentrating exclusively on conventional carbon offsetting, Varaha works on scientifically designed carbon removal programmes that combine agricultural practices, biological processes and technology-based monitoring.
The company operates across several carbon removal pathways, including regenerative agriculture, biochar, afforestation, reforestation and revegetation, and enhanced rock weathering. These approaches address carbon emissions through different mechanisms. Regenerative agriculture encourages farming practices that improve soil health and increase the potential for carbon storage. Biochar involves converting agricultural and other biomass residues into a stable carbon-rich material that can be incorporated into soil or used in industrial applications. Afforestation and reforestation projects support the restoration of vegetation, while enhanced rock weathering uses naturally occurring minerals to accelerate the process through which atmospheric carbon dioxide is converted into stable mineral forms.
One of Varaha’s important areas of work is its engagement with smallholder farmers. Agricultural communities often face financial constraints when adopting sustainable farming practices, particularly when the benefits take several seasons to materialise. Varaha attempts to address this problem by connecting farmers with carbon finance. Farmers participating in its programmes can adopt practices such as reduced tillage, improved residue management, agroforestry and other regenerative methods. The resulting environmental benefits are measured through project monitoring and verification systems, creating opportunities to generate carbon credits.
Technology plays an important role in the company’s operating model. Varaha uses artificial intelligence, satellite imagery, remote sensing and data analytics to monitor agricultural land, assess project performance and improve carbon measurement. These tools can help reduce the cost and complexity of monitoring geographically distributed projects. They also provide buyers with greater visibility into the environmental outcomes associated with carbon removal activities.
The company has expanded its operations beyond India, with projects and partnerships in several international markets. Its approach combines local agricultural implementation with international demand for high-quality carbon removal credits. Corporate buyers seeking to address difficult-to-eliminate emissions represent an important potential customer segment.
Varaha announced a 45 million dollar Series B funding round led by WestBridge Capital in February 2026. The investment was intended to support international expansion, scientific capabilities and the scaling of its carbon removal partnerships. The company has also attracted attention through collaborations involving regenerative agriculture and durable carbon removal.
Its business is particularly relevant to India’s agricultural economy because it connects climate action with farmer participation, soil improvement and alternative income opportunities. As businesses increasingly seek credible carbon removal solutions, Varaha is developing an integrated model that combines environmental science, agricultural implementation and climate finance.
2. Husk Power Systems
Husk Power Systems is a renewable energy and rural electrification company that develops decentralised energy solutions for communities and businesses with limited access to reliable electricity. Established in 2011, the company has developed a business model based on hybrid renewable energy mini-grids, combining solar photovoltaic systems with biomass-based electricity generation. Its operations have focused particularly on underserved rural communities in India and other developing markets.
Traditional electricity infrastructure can be difficult and expensive to extend into geographically dispersed rural areas. Even where grid connections exist, electricity supply may be unreliable, creating difficulties for agricultural businesses, small manufacturers, shops and households. Diesel generators are frequently used as an alternative, but they create local air pollution and contribute to greenhouse gas emissions. Husk Power addresses these challenges through decentralised electricity generation and distribution.
Its hybrid mini-grid model combines solar energy with biomass generation to provide electricity beyond the hours of sunlight. Biomass can include agricultural residues and other suitable organic materials. The combination helps reduce dependence on conventional fossil-fuel-based electricity and provides a more consistent supply than a solar-only system without sufficient storage.
The company develops and operates mini-grids that distribute electricity to households, commercial establishments and productive-use customers. These installations can support irrigation equipment, small manufacturing operations, refrigeration, retail businesses and other activities that require dependable power. Access to reliable electricity can also improve the operating conditions of rural enterprises and support economic activity in areas where conventional grid infrastructure is inadequate.
Husk Power’s model is particularly relevant to agricultural regions because crop residues can become an energy resource instead of being discarded or burned. Agricultural waste management is an important environmental concern in India, particularly in regions where residue burning contributes to seasonal air pollution. Converting suitable biomass into electricity can provide an alternative use for such materials while supporting local energy generation.
The company has also focused on making electricity services commercially accessible. Its decentralised operating model allows it to serve customers who may not be attractive to traditional electricity infrastructure providers because of low consumption levels or geographical isolation. Digital monitoring and operational technologies can help manage electricity distribution, billing and system performance.
Husk Power has received institutional support for expanding its mini-grid network. European development finance institution EDFI Management Company has supported its expansion plans, including financing intended to develop additional mini-grids in North India. The programme was designed to improve electricity access for approximately 118,000 beneficiaries.
Its climate technology contribution extends beyond renewable electricity generation. By replacing diesel-based alternatives and supporting productive uses of clean power, the company can help reduce emissions while improving energy access. Its decentralised model also demonstrates how climate solutions can address infrastructure gaps and economic development requirements simultaneously.
As India’s rural economy becomes increasingly dependent on reliable electricity for agricultural processing, cold storage, irrigation and small-scale manufacturing, Husk Power Systems represents an important business model within the country’s climate technology sector.
3. GPS Renewables
GPS Renewables is an Indian clean energy and biofuel technology company that specialises in converting organic waste and agricultural residues into renewable fuels. Founded in 2012 by Mainak Chakraborty and Sreekrishna Sankar, the company began as a biogas technology startup and gradually expanded into engineering, procurement, construction and development of large-scale bioenergy infrastructure.
Its central business proposition is to transform waste materials into useful energy products. Organic waste, municipal solid waste and agricultural residues can create significant environmental problems when they are improperly disposed of or left to decompose without appropriate treatment. At the same time, India continues to depend heavily on conventional fuels for transportation, industrial applications and energy consumption. GPS Renewables works at the intersection of these challenges by developing technologies and infrastructure that convert organic materials into biogas and compressed biogas.
One of its important technology offerings is BioUrja, a modular biogas system designed to process organic waste at decentralised locations. The systems can be deployed at commercial establishments, corporate campuses, hotels, hospitals and industrial facilities. Organic waste generated at these locations can be processed to produce biogas, which can subsequently be used as a fuel.
The company has implemented projects for large organisations, including Intel, Bosch and Saint-Gobain. These installations demonstrate how commercial establishments can manage their organic waste while generating renewable energy for their own operations. For example, biogas generated from food waste at corporate facilities can be used as cooking fuel in their cafeterias, creating a practical circular economy arrangement.
GPS Renewables has also developed expertise in large-scale compressed biogas infrastructure. Compressed biogas is produced by processing and purifying biogas to increase its methane concentration and make it suitable for applications that traditionally depend on natural gas or other fuels. Agricultural residues, municipal waste and other organic feedstocks can be used in the production process.
The company has been involved in major bio-CNG projects across India, including facilities in Madhya Pradesh, Haryana and Uttar Pradesh. Its project portfolio includes plants designed to process paddy straw, municipal solid waste and other agricultural materials. Its work on the Indore municipal waste-based compressed biogas plant has also attracted attention because of the scale of waste processing and renewable fuel production involved.
Another important aspect of its business is the development of integrated biofuel infrastructure. GPS Renewables works across technology development, project engineering, equipment integration and project execution. This allows it to participate in different stages of the bioenergy value chain rather than operating only as an equipment manufacturer.
The company has also been associated with the development of IOC GPS Renewables, a joint venture with Indian Oil Corporation established to develop compressed biogas projects using agricultural residues, municipal solid waste, cow dung and other organic materials.
Its technology portfolio has expanded into areas such as second-generation ethanol, sustainable aviation fuel and green hydrogen. These sectors require different technological processes, but they share a common objective of developing lower-carbon alternatives to conventional fuels.
GPS Renewables is an important example of how climate technology can connect waste management, agricultural supply chains and industrial energy requirements. Its solutions have applications across municipal infrastructure, agriculture, manufacturing and commercial establishments.
4. Chakr Innovation
Chakr Innovation is an Indian cleantech and material science company focused on reducing emissions and improving air quality through specialised pollution-control technologies. Founded in 2016 by graduates of the Indian Institute of Technology Delhi, the company developed its initial technology around the problem of particulate pollution generated by diesel generator sets.
Diesel generators are widely used across commercial buildings, hospitals, manufacturing facilities, construction sites, data centres and other establishments that require backup electricity. However, they can release particulate matter, hydrocarbons, carbon monoxide and other harmful pollutants. In densely populated cities, emissions from multiple generator sets can contribute to poor local air quality.
Chakr Innovation developed Chakr Shield, a Retrofit Emission Control Device designed to reduce harmful emissions from existing diesel generator sets. The technology is particularly relevant because it allows businesses to improve the emission performance of equipment they already own rather than replacing entire generator systems.
The company’s retrofit approach is based on specialised emission-control engineering and material science. The device is designed to capture or reduce harmful particulate emissions from generator exhaust while maintaining the operational requirements of the equipment. This makes it a practical option for businesses that need reliable backup power but also face increasingly stringent pollution-control requirements.
The technology has received regulatory recognition and type approval through accredited testing processes. Chakr Innovation has positioned its products as solutions for establishments seeking to comply with applicable pollution-control requirements and improve their environmental performance.
In addition to its flagship retrofit emission-control device, the company has developed other technologies, including a dual-fuel kit that allows diesel generator sets to operate using a combination of natural gas and diesel. The approach can reduce the quantity of conventional diesel consumed during operation, although the actual environmental benefits depend on the fuel mix, operating conditions and emissions performance.
The company has also worked on emission monitoring and other pollution-control technologies. Its wider product development activities reflect an attempt to address multiple aspects of industrial and commercial air pollution through engineering solutions.
Chakr Innovation has reported substantial deployment of its emission-control technologies across India. Its solutions have found applications in manufacturing, infrastructure, healthcare, hospitality and commercial real estate. Such customers often operate large generator installations and need technologies that can be integrated into existing infrastructure.
The company has also developed relationships with industrial and institutional customers, making its technology relevant beyond individual commercial buildings. Its focus on retrofit solutions provides an alternative to the assumption that environmental improvements always require complete replacement of existing equipment.
Chakr Innovation demonstrates how climate technology can address emissions from existing industrial infrastructure. While renewable electricity and electric mobility receive considerable attention, technologies that reduce pollution from equipment already operating across the country remain an important part of India’s environmental transition.
5. Ecozen
Ecozen is an Indian climate technology and agricultural technology company developing solar-powered solutions for farming, irrigation, refrigeration and agricultural supply chains. Founded by Devendra Gupta, Pratik Singhal and Vivek Pandey, the company focuses on using clean energy and digital technologies to address problems faced by farmers and agricultural businesses.
Agriculture is highly vulnerable to climate change, but it is also an important area where technology can help reduce environmental pressures. Farmers require reliable irrigation, energy-efficient equipment and appropriate storage infrastructure to improve productivity. At the same time, post-harvest losses, diesel-powered irrigation and inadequate cold-chain facilities contribute to resource inefficiency and unnecessary emissions.
Ecozen has developed solutions intended to address these challenges through solar energy, intelligent control systems and agricultural supply-chain technologies.
One of its prominent offerings is Ecotron, a solar pump controller designed to improve the operation of solar-powered agricultural pumps. Conventional irrigation systems frequently depend on electricity or diesel-powered pumps. Solar pumping can reduce dependence on these energy sources, particularly in agricultural regions with abundant sunlight. Intelligent pump controllers can also help manage the operation of solar pumping systems more efficiently.
Another important product is Ecofrost, a solar-powered cold storage solution designed for agricultural produce. The lack of adequate refrigeration infrastructure can force farmers to sell perishable produce quickly, sometimes at unfavourable prices. Vegetables, fruits and other agricultural products can deteriorate rapidly when exposed to high temperatures or inappropriate storage conditions.
Solar-powered cold storage can help address this problem by providing refrigeration in locations where conventional electricity infrastructure is limited or unreliable. Such systems can support farmers, agricultural traders, food processors and rural businesses that require temperature-controlled storage.
Ecozen also developed Eco Connect, a digital platform intended to connect agricultural stakeholders and improve market access. Digital platforms can help farmers access information about potential buyers and create more efficient links between production and distribution.
The company’s technology combines hardware, software, IoT-based monitoring and energy management. This integrated approach is important because agricultural technology needs to function in different climatic and geographical conditions. Products must be reliable, economical and relatively easy to maintain, particularly when deployed in rural locations.
Ecozen’s business model addresses both environmental and economic concerns. Solar-powered irrigation can reduce the use of fossil fuels, while improved cold storage can reduce food wastage and improve the efficiency of agricultural supply chains. These solutions can also improve farmers’ access to markets and reduce their dependence on unreliable infrastructure.
The company has expanded its presence in India’s agricultural technology ecosystem and has attracted investment to support its product development and market expansion. Its combination of clean energy, refrigeration and agricultural technology makes it relevant to climate adaptation as well as emissions reduction.
With growing concerns about food security, agricultural productivity and extreme weather conditions, Ecozen’s technology portfolio addresses several important requirements of a climate-resilient agricultural economy.
6. String Bio
String Bio is an Indian biotechnology company based in Bengaluru that develops sustainable biological products using gas fermentation and synthetic biology. The company was founded by Vinod Kumar and Srinivasaraghavan Kannan and focuses on transforming gases such as methane into useful ingredients for agriculture, animal nutrition, food and other industrial applications.
Methane is a powerful greenhouse gas that contributes significantly to global warming. It can originate from agricultural activities, livestock operations, waste decomposition and fossil fuel production. Although methane has traditionally been viewed primarily as an environmental pollutant, biotechnology offers opportunities to use it as a feedstock for producing valuable materials.
String Bio has developed a proprietary technology platform known as the String Integrated Methane Platform. The platform combines biology, chemistry, engineering and fermentation processes to convert methane into commercially useful products.
The company’s approach is based on microbial fermentation. Specialised microorganisms can utilise methane as a carbon and energy source, producing biomass and other biological compounds. These materials can then be processed into ingredients for different industries.
One of its important applications is animal nutrition. Conventional animal feed production depends on agricultural land, water, energy and other resources. Alternative protein ingredients produced through fermentation can help diversify the supply of nutritional materials and potentially reduce some of the environmental pressures associated with conventional feed production.
String Bio also works on human nutrition and agricultural applications. Its technology can produce ingredients that support different nutritional and functional requirements. In agriculture, biological products can help improve crop performance and support more sustainable farming systems.
The company has invested in developing its technology beyond laboratory research. Commercialisation of biotechnology requires considerable work in fermentation engineering, feedstock management, product separation, purification and manufacturing economics. String Bio has worked to scale its processes from laboratory development to pilot and commercial production.
Its gas fermentation facility near Bengaluru is an important part of this strategy. The facility supports the manufacturing of products using its methane-based technology platform. The company has also developed an agricultural business focused on science-backed solutions for farmers, including products intended to improve agricultural productivity and resilience.
An important feature of String Bio’s business model is that it attempts to create economic value from greenhouse gases. Instead of treating methane only as an emission that needs to be destroyed, the company seeks to use it as a resource for manufacturing.
The environmental performance of such technologies depends on the source of methane, the energy used in production, the efficiency of the fermentation process and the lifecycle emissions of the resulting products. Nevertheless, methane utilisation represents an important area of industrial biotechnology research.
String Bio’s work illustrates the growing intersection between climate technology and synthetic biology. Its platform has potential applications across multiple industries where conventional ingredients and materials can be replaced with biological alternatives.
7. CarbonCraft Design
CarbonCraft Design is a Bengaluru-based sustainable materials and design startup developing low-carbon and carbon-negative building materials. The company focuses on transforming industrial waste and carbon-rich by-products into useful construction and architectural products.
The construction sector is a major contributor to global greenhouse gas emissions. Conventional building materials such as cement, concrete, ceramics and fired tiles require energy-intensive manufacturing processes. The production of these materials can also involve substantial extraction of natural resources and generation of industrial waste.
CarbonCraft Design is attempting to address these problems through material innovation and circular manufacturing. Its product development approach focuses on using industrial by-products and waste materials to create alternatives for conventional building products.
One of its major product categories is sustainable architectural tiles and wall claddings. The company has developed materials that seek to reduce dependence on conventional cement-based and kiln-fired manufacturing processes. Its approach includes the use of industrial carbon waste and other recycled materials as inputs.
The company has positioned its products as alternatives for architects, interior designers, builders, commercial establishments and customers interested in sustainable construction. Its materials are intended to combine functional performance with design requirements, which is important because environmentally friendly construction products must also satisfy aesthetic and durability expectations.
CarbonCraft’s work involves more than simply recycling waste. Material composition, manufacturing temperatures, binding methods, surface quality and product strength are important considerations in developing commercially viable construction materials. The company therefore operates at the intersection of material science, architecture and industrial design.
The startup has also worked with early adopters and organisations interested in sustainable materials, including Adidas, Royal Enfield and GoodEarth Builders. Such collaborations demonstrate the potential application of its products in commercial interiors, retail spaces and construction projects.
An important development came in February 2026, when the Technology Development Board under the Department of Science and Technology signed an agreement to provide financial assistance for the commercialisation of CarbonCraft’s eco-friendly, ultra-low-carbon wall claddings.
The proposed manufacturing project involves geopolymer-based tiles developed using indigenous technology. The materials utilise recycled quartz waste and multi-grade quartz sand through specialised processing and blending techniques. The manufacturing approach is designed to avoid energy-intensive kiln firing.
This development reflects the increasing importance of sustainable building materials within India’s climate technology ecosystem. As construction activity expands, the demand for materials with lower environmental footprints is expected to become increasingly relevant.
CarbonCraft Design’s approach is particularly important because buildings have long operational lifetimes. Improvements in the materials used during construction can influence the environmental footprint of infrastructure for decades. Its focus on waste utilisation and low-carbon manufacturing offers an alternative approach to conventional building-material production.
8. Recykal
Recykal is an Indian digital circular-economy and waste management technology company that uses software platforms to connect waste generators, collection networks, recyclers, brands and other participants in the recycling ecosystem. Founded by Abhay Deshpande, Vikram Prabakar, Abhishek Deshpande, Anirudha Jalan and Ekta Narain, the company has developed technology intended to improve the organisation, traceability and efficiency of India’s waste management industry.
Waste management is an important climate technology area because improperly managed waste can contribute to greenhouse gas emissions, environmental pollution and inefficient resource consumption. Plastic, paper, metal, electronic waste, batteries and other discarded materials can often be recovered and processed into reusable resources. However, fragmented collection networks and limited information about waste movement can make recycling difficult to organise at scale.
Recykal addresses this problem by digitising different stages of the waste value chain. Its platforms connect waste generators with collection agencies, recyclers and material recovery businesses. The objective is to create greater transparency and improve the efficiency of transactions involving recyclable materials.
The company works across several waste categories, including plastic, paper, metals, tyres, batteries and electronic waste. Its technology can help businesses identify appropriate recycling partners, track waste transactions and maintain information about material movement.
For corporate customers, this is particularly important because environmental reporting increasingly requires documented information about waste generation, collection, processing and recycling. Businesses need to understand where their waste goes and whether it reaches appropriate processing facilities.
Recykal’s digital infrastructure can support this process by creating records of transactions and facilitating connections between different participants. Its technology can also help recycling businesses access more consistent supplies of recoverable materials.
Another important aspect of its operations is the inclusion of informal waste collection networks. India’s waste management ecosystem depends heavily on individual waste collectors, aggregators and small recycling businesses. These participants often operate without sophisticated digital infrastructure. Platforms that connect them with larger businesses can improve access to markets and create more organised supply chains.
Artificial intelligence and data analytics are also becoming important components of the company’s technology strategy. These tools can help improve waste identification, supply-chain planning and operational efficiency.
Recykal has reported substantial business activity, including channelising more than one million metric tonnes of waste into recycling streams, according to information published by NITI Aayog’s Frontier Tech platform. The company has also been expanding the use of technology to improve the management of the recycling ecosystem.
Its climate technology relevance comes from its ability to support material recovery and reduce dependence on virgin resources. Recycling can reduce the energy and environmental costs associated with extracting and processing new materials, although the actual climate benefits vary according to material type and recycling process.
As manufacturers and consumer-facing businesses face increasing expectations around extended producer responsibility and waste traceability, Recykal’s digital platform addresses an important operational requirement of the circular economy.
9. Battery Smart
Battery Smart is an Indian electric mobility and battery-swapping technology startup focused on making electric vehicles more accessible and commercially viable. Founded in 2019 by Pulkit Khurana and Siddharth Sikka, the company is headquartered in Gurugram and has developed a battery-swapping network primarily serving electric two-wheelers and three-wheelers.
One of the major barriers to electric vehicle adoption is the time and cost associated with battery charging and ownership. Commercial drivers often depend on their vehicles for daily income and cannot afford to keep them stationary for several hours while batteries recharge. The initial cost of purchasing an electric vehicle with its own battery can also be a significant financial burden.
Battery Smart addresses these problems through a battery-as-a-service model. Instead of purchasing and owning the battery outright, customers can use batteries supplied through the company’s swapping network. When a battery becomes depleted, the driver can visit a swapping station and exchange it for a charged battery.
The process is designed to take considerably less time than conventional charging. Battery Smart states that a battery exchange can be completed in approximately two minutes, allowing drivers to return to their regular operations quickly.
The company operates a network of battery-swapping stations and works with vehicle manufacturers, fleet operators, individual drivers and other mobility businesses. Its model is particularly relevant to electric three-wheelers used for passenger transportation, goods delivery and other commercial applications.
Battery swapping can also improve the utilisation of battery assets. Instead of every driver independently managing charging infrastructure, a network operator can manage battery inventory, charging schedules and battery maintenance across multiple locations.
The company uses technology to manage battery availability, station operations and customer transactions. Its network-based approach is designed to make battery access convenient for drivers who operate in busy urban markets.
By January 2026, Battery Smart reported a network comprising more than 1,569 battery-swapping stations, over 281,000 batteries and more than 88,000 EV drivers. These figures illustrate the scale of its operations and the growing role of swapping infrastructure in India’s electric mobility ecosystem.
Its business also has an economic dimension. Commercial drivers can avoid some of the upfront battery ownership costs and potentially improve vehicle utilisation through faster battery replacement. This can make electric vehicles more practical for high-usage applications.
The environmental benefits of battery swapping depend on several factors, including the electricity used for charging, battery lifespan, battery recycling and the efficiency of the vehicle itself. Nevertheless, the model can support electric vehicle adoption by addressing operational barriers.
Battery Smart represents an important segment of climate technology because clean mobility requires more than electric vehicle manufacturing. Charging and swapping infrastructure, battery management, maintenance and recycling are equally important to developing a sustainable electric mobility ecosystem.
10. Euler Motors
Euler Motors is an Indian electric commercial vehicle startup developing electric vehicles for goods transportation and last-mile logistics. Founded in 2018 by Saurav Kumar, the company focuses on commercial vehicle segments where electric mobility can offer practical operating-cost and environmental advantages.
Commercial transportation is a significant source of urban emissions. Delivery vehicles, small cargo trucks and other commercial vehicles frequently operate for long hours in densely populated areas. Conventional internal combustion engine vehicles consume fossil fuels and release carbon dioxide and other pollutants during operation.
Euler Motors is developing electric commercial vehicles designed for Indian road conditions and business requirements. Its product portfolio includes electric three-wheelers and electric four-wheel cargo vehicles, including vehicles intended for e-commerce, retail distribution, logistics and urban delivery operations.
The company’s electric cargo vehicles are designed to carry goods while reducing dependence on conventional diesel and petrol-powered alternatives. Commercial fleet operators can evaluate these vehicles based on their payload capacity, driving range, charging requirements, maintenance costs and total cost of ownership.
One of the company’s important product offerings is the HiLoad EV, an electric three-wheeler developed for cargo applications. The company has also expanded its portfolio with larger electric commercial vehicles, including its Turbo electric truck range.
A major consideration in commercial electric mobility is vehicle utilisation. Delivery and logistics vehicles often operate on fixed routes and return to depots or designated locations. This makes them suitable candidates for electrification because charging schedules can be planned around operational requirements.
Euler Motors has focused on developing vehicles with features intended for commercial use, including payload capability, battery performance, vehicle durability and fleet operating efficiency. Its products are aimed at businesses that need vehicles capable of handling repeated daily transportation activities.
The company has also expanded its sales and service infrastructure to support customers across multiple Indian cities. Service availability is important in commercial vehicle markets because downtime can directly affect business revenue. Fleet operators require access to spare parts, technical assistance and maintenance facilities.
Euler Motors secured a Series E funding round of approximately Rs 437.5 crore in March 2026, led by Lightrock, with participation from existing investors including Hero MotoCorp and Blume Ventures. The company also raised additional debt financing to support manufacturing capacity and operational expansion.
The investment was intended to help the company expand production, strengthen its distribution network and serve the growing demand for electric commercial vehicles.
Its environmental contribution comes primarily from replacing conventional fossil-fuel-powered commercial vehicles with electric alternatives. The extent of emissions reduction depends on electricity generation, vehicle utilisation, battery manufacturing and battery end-of-life management. However, electrifying frequently used urban delivery vehicles can be an important component of reducing transportation-related pollution.
Euler Motors represents the growing importance of commercial electric mobility in India’s climate technology ecosystem. Its focus on cargo transportation demonstrates how electric vehicle technology can be developed around specific business applications rather than being limited to personal transportation.
