Epsilon Advanced Materials (EAM) and Daejoo Electronic Materials (Daejoo), have announced a joint development program to develop a silicon-graphite composite (graphite-rich) by combining Epsilon’s graphite and Daejoo’s silicon material.

The Mumbai-headquartered Epsilon Advanced Materials is a leading global manufacturer of environmentally conscious lithium-ion battery (LiB) anode and cathode materials. While South Korea-based Daejoo is one of the leading global producers of silicon anode materials for lithium-ion battery (LiB).

The partners plan to develop a product that outperforms current material technology used in LiB, delivering enhanced performance and efficiency. The companies state that Japanese trading company Nagase played a role in enabling the partnership.

The partners have set an ambitious target to develop Gen-1 Graphite rich silicon composite anode materials for LiB with capacity of 450 - 600 mAh/g, which they say will improve discharge capacity by 50 percent and lifespan of the battery by thousands of cycles.

As per the understanding, EAM will supply synthetic graphite, which will be used to create and evaluate SiOx-graphite composites in Daejoo’s laboratories. On the other hand, Daejoo will provide samples for the same purpose, allowing EAM to tailor and test SiOx-graphite composites in its own labs.

They aim to qualify the SiOx-graphite composite materials with their customers to develop innovative products. According to EAM’s current schedule, the first stage development and evaluation of the SiOx-Graphite composite material is expected to be completed by end-2024 and then explore the material qualification with cell manufacturers jointly. 

Vikram Handa, MD, Epsilon Group, said, “We are excited to announce our partnership with one of the world's leading producers of silicon anode materials to develop revolutionary battery material technology. This collaboration shows our dedication to accelerating India's and global transition to clean energy and sustainable mobility. Through continuous R&D efforts like these, we are committed to pioneering advancements in battery innovation. Upon successful completion of our rigorous in-house evaluation processes, we will be well-equipped to meet the evolving needs of the mobility industry by providing high-performance, safe battery solutions.”

Dae Woon Park, MD, Daejoo Electronic Materials, said, “This partnership marks a significant step forward in our mission to innovate and enhance battery performance. Collaborating with EAM, not only strengthens our presence in the rapidly growing Indian market but also aligns with our global strategy of developing advanced materials tailored to the diverse needs of customers and the market. With EAM, we aim to develop cutting-edge battery materials that will drive sustainable progress and deliver unparalleled value to our customers and stakeholders.”

It is interesting to note that the silicon-graphite battery materials representing a significant advancement in lithium-ion battery technology. It combines the high capacity of silicon with the stability of graphite, which offers a superior alternative to traditional graphite anodes, meeting the increasing demands for higher performance, longer life, and fast charging in modern battery applications. This makes it well suited for the evolving needs of the automobile industry and other high-power demand sectors.

JSW MG Motor India has announced that its popular electric vehicle offering, the MG Windsor, has clocked a new sales milestone with sales crossing 20,000 units in six months of launch.

This makes it the fastest-selling electric vehicle in India. Launched on 11 September 2024, the company positioned the Windsor as a CUV (crossover utility vehicle) and the most comfortable EV in its segment.

Rakesh Sen, Director Sales & Marketing, JSW MG Motor India, said, “Since its launch, the MG Windsor has delighted car buyers with its exceptional value proposition. Customers have praised its futuristic design, intuitive tech features, spacious cabin, all combined with a sustainable and pocket-friendly driving experience. In addition, with the MG Windsor, we have successfully addressed category barriers and dispelled several myths around EVs in India through our innovative approach. This has enabled newer customers to adapt to the EV lifestyle. These factors have propelled MG Windsor to become the fastest EV model to achieve 20,000 sales milestone in record time.”

The Windsor EV is available at a starting price of INR 999,000 and INR 3.9 per km under the Battery-as-a-Service (BaaS) model. The MG Windsor EV with 38 kWh Li-ion battery pack, delivers 100 KW (136ps) of power and 200Nm of torque with an ARAI-certified range of 323 km.

CUPRA has announced that its latest electrified SUV, the CUPRA Terramar, has achieved a 5-star Euro NCAP safety rating. The sporty SUV secured maximum score and joins the CUPRA Tavascan, CUPRA Born, CUPRA Formentor and CUPRA Leon.

The CUPRA Terramar achieved outstanding scores in all three of the Euro NCAP test areas – Vulnerable Road User (82 percent), Adult Occupant (89 percent) and Child Occupant (87 percent), thanks to its suite of advanced safety system. The CUPRA Terramar received a score of 76 percent in the Safety Assist category, which is the last component of Euro NCAP's evaluation.

To ensure that cars are as safe as possible for all users of the road, especially the most vulnerable, Euro NCAP's test procedures are revised on a regular basis. More stringent requirements will be enforced by Euro NCAP in 2025, including biomechanical values of the occupants, rescue sheets in all EU languages, vehicle immersion tests to guarantee the exit of occupants by ensuring the operation of relevant electrical systems for a specific period of time, new leg impactors in pedestrian protection tests that evaluate the femur and tibia more realistically and new active safety scenarios to enhance and lessen damage to other road users.

Dr Werner Tietz, Executive Vice-President – Research and Development, CUPRA, said, “The CUPRA Terramar’s 5-star Euro NCAP rating is a reflection of the importance we place on safety, not only for the vehicle’s occupants but every road user. CUPRA’s new sporty and electrified SUV embraced the challenge, and thanks to its suite of advanced safety system, was able to join the CUPRA Tavascan, Born, Formentor and Leon with the maximum score possible.”

IKEA Supply, part of Inter IKEA Group, has deployed the first electric heavy-duty truck to run on the public road network in India in collaboration with its carrier BLR Logistiks, as well as other partners.

The truck just finished its 100th trip carrying IKEA goods between the port of Mumbai, the distribution centre (DC) in Pune and the IKEA store in Mumbai. The deployment phase began in October 2024. In addition to lowering transportation-related greenhouse gas emissions, it has produced notable efficiency improvements, such as a turnaround time reduction of two to one day, an annual cost reduction of 16 percent, a yearly reduction of 30 percent in greenhouse gas emissions for the particular route, and an annual reduction in empty runs of about 160,000 kilometres.

In order to expedite container processing and establish new agreements between the land carrier running the route and the ocean service provider delivering the containers to the port, IKEA has shortened procedures with Indian customs. In order to facilitate the rollout, the land carrier has made investments in the necessary charging infrastructure. Transportation-related CO2 emissions account for around five percent of the IKEA value chain's overall carbon footprint. By 2030, IKEA wants to cut the carbon footprint of all its transportation by an average of 70 percent. This accomplishment is also a crucial step toward the goal of using exclusively zero-emission heavy-duty vehicles by 2040.

Claes Lindgren, Acting Category Transport Manager, IKEA Supply Chain Operations, said, "Although the purchase price of electric vehicles is higher than diesel trucks, we have achieved higher efficiency and cost reductions in the long term. This is an important step for IKEA and a strong signal to the transport sector in India. Through a joint effort with our partner, we have optimised the route, ensuring the truck is used more on the road and less during idling in loading and unloading processes.”

Abhishek Goyal, Director at BLR Logistiks, said, “We are happy with what we have achieved for this specific route and look forward to applying this way of working in the future. This deployment in India represents an example of how we create efficiency while reducing greenhouse gas emissions.”

Bengaluru-based electric vehicle company Ola Electric has commenced what could be seen as the next evolution of the automotive purchasing experience. The company has commenced pilot ‘HyperDelivery’ for its range of e-scooters, which will see customers get same-day delivery and registration for their EV.

HyperDelivery is being tested in Bengaluru, which will then be rolled out in a phased manner across India. HyperDelivery is being tested in Bengaluru, which will then be rolled out in a phased manner across India.

“We have significantly cut the processing time of registering the vehicles through AI-led automation and by moving the registration process completely in-house. We are excited to announce #HyperDelivery which has completely transformed the vehicle purchase and delivery experience in the automotive segment. With this we are ensuring a much smoother purchase experience for our customers, eliminating tedious purchase processes and longer delivery timelines,” said the company in a statement.

The EV maker shared that it is leveraging AI to automate the majority of the steps in a registration process, which eliminates the need for additional resources during the typical registration process.