Marelli, a global mobility technology supplier, unveiled its new solution for Intelligent Energy Management for hybrid and electric vehicles at CTI Europe 2025 in Berlin, Germany.

The modular system is based on proprietary software that can be integrated with vehicle and zonal control units and thermal components. This holistic approach coordinates seamlessly across the vehicle’s three main energy domains: thermal, propulsion and electronics. This maximises efficiency across all vehicle systems, delivering enhanced battery range, optimised fast charging and improved longevity, all while maintaining cabin comfort and operational reliability.

Marelli's new Intelligent Energy Management system is aimed at advancing both hybrid and electric propulsion solutions, as well as Software-Defined Vehicle (SDV) technologies.

The system was developed by integrating advanced digital twin methodologies and software strategies. This approach significantly reduces development time and costs while enabling collaboration with customers.

Thermal Domain: The system manages and optimises thermal flows, ensuring precise control of heating and cooling processes within the vehicle. Algorithms intelligently manage complex thermal systems, regulating temperatures to optimise overall performance and extend battery life. These strategies reduce energy losses and promote reuse of excess thermal energy.

Electric/Hybrid Propulsion: The system continuously monitors and adjusts power delivery to optimise energy distribution. This maximises battery efficiency and vehicle performance. By recovering energy and balancing its distribution, the system extends driving range and enhances resilience.

Electronics Domain: The solution enhances the intelligence and integration of vehicle systems by facilitating seamless communication between all components and systems. Data exchanges occur over communication protocols – from CAN to Ethernet – enabling direct management of sensors and actuators.

The development of a digital twin application allows for virtual modelling of every vehicle subsystem, including electronics, electromechanics, thermodynamics, and hydraulics. By creating virtualised car models, automakers can iterate faster and test more efficiently.

Giovanni Mastrangelo, Head of R&D for Marelli's Propulsion business, said, "Intelligent energy management is the central challenge facing today’s electric and hybrid vehicle development. At Marelli, we address this by delivering solutions that not only optimise energy flow across thermal, electric and propulsion domains, but also minimise losses and recover excess thermal energy. Through our digital twin and decoupled software approach, we empower our customers to reduce development timelines, gain flexibility and accelerate adoption of cutting-edge technologies, driving the future of sustainable and efficient mobility."

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European tier 1 supplier Marelli has announced it will present its latest in-cabin technologies at Auto China 2026 in Beijing, scheduled from 24 April to 3 May. The showcase focuses on the integration of electronics and interiors to support software-defined vehicles (SDVs) through unified computing and scalable architectures.

The centrepiece of the exhibition is a software-defined cockpit experience that centralises computing, artificial intelligence and human-machine interface (HMI) functions. Built on a QNX real-time operating system (RTOS), the system manages in-vehicle infotainment, cluster visualisation and cabin intelligence within a single architecture.

Key display at its booth includes –

MiniLED FALD Display: An ultra-thin Full Array Local Dimming screen designed for high contrast and sunlight readability, supporting curved pillar-to-pillar configurations.

HorizonView Display: A continuous 44.8-inch image projected across the base of the windshield. Powered by a Picture Generation Unit (PGU) capable of 12,000 nits, it provides a panoramic visual field intended to reduce driver distraction.

Marelli is also introducing a zonal electrical/electronic (E/E) architecture to centralise intelligence and reduce wiring complexity. This approach utilises an ‘edge node’ strategy to remove local microcontrollers (MCUs) from peripheral modules.

MCU-Free Modules: Door and seat modules shift window, mirror, and safety functions to the Zone Control Unit (ZCU) or central compute unit via low-latency protocols.

Zonal Audio: Multi-zone audio distribution is managed at the zonal level, utilising Ethernet-based amplifiers. This configuration eliminates the need for local digital signal processors (DSPs) in every speaker location.

Connectivity: The company will debut an Affordable 5G RedCap (Reduced Capability) telematics solution. It offers 2.5 times lower latency than 4G at a similar cost, supporting over-the-air (OTA) updates and remote diagnostics.

The cabin experience is further defined by mechanical and lighting solutions designed for personalisation and space efficiency:

Cockpit Features: Motorised swivel speakers for directional audio, motorised vents for climate management, and retractable tables for workspace versatility.

Console Design: A multi-access console lid that opens from three sides and a detachable display mechanism for rear-seat passenger access to controls and entertainment.

Joachim Fetzer, Chief Technology and Innovation Officer, Marelli, said, “In the cabin of the future, technology must feel human – intuitive, responsive and seamlessly integrated. At Auto China, we will demonstrate how Marelli unifies compute, display, audio, and interior design into a coherent, software-defined experience enabled by deep local engineering and strong partnerships.”

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Bosch, the flagship entity of the Bosch Group in India, has announced its intention to acquire 100 percent of Bosch Chassis Systems India. The transaction is structured as a cash deal combined with the issuance of equity shares on a preferential basis.

The acquisition integrates the Vehicle Motion business into Bosch’s portfolio. This move is designed to unify the company’s mobility offerings, shifting from the supply of individual components to the delivery of integrated platform solutions.

Bosch Chassis Systems India specialises in automotive safety systems. Its product range includes:

• Active Safety: Antilock braking systems (ABS), electronic stability control (ESC) and advanced braking systems.
• Passive Safety: Airbag electronic control units (ECUs) and sensors.
• Actuation Systems: Braking hardware for passenger cars, two-wheelers and commercial vehicles.

The realignment allows Bosch to expand its investment in safety and braking technologies alongside its existing operations in power solutions.

Following the acquisition, Bosch Chassis Systems India will operate as an independent entity, with its governance overseen by Bosch. The boards of the Bosch Group, Bosch and Bosch Chassis Systems India have approved the transaction. The deal remains subject to approval from Bosch shareholders, after which the unit will become a wholly-owned subsidiary.

Guruprasad Mudlapur, President, Bosch Group in India and MD, Bosch, said, “Adding Bosch Chassis Systems India, with a future-fit vehicle motion solutions business into Bosch Limited, demonstrates our organisational belief in enhancing the company’s growth trajectory through portfolio diversification. This transaction further solidifies our leadership presence within mobility, enabling us to utilise our strengths and deliver solutions backed by local research and development and local manufacturing.”

Sandeep Nelamangala, Joint Managing Director of Bosch and President of Bosch Mobility India, added, “In India, we expect the mobility landscape to evolve radically by 2030 and beyond with sustainable, safe and exciting technologies. To foster a customer- first mindset and pivot from supplying individual components to delivering future- ready platform solutions, it is imperative to unite our forces and adopt an integrated approach. This transaction empowers Bosch to drive growth with a wider portfolio and combined offerings across the mobility tech stack.”

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Sona BLW Precision Forgings (Sona Comstar) has announced the achievement of two production milestones: manufacturing 500 million differential gears and 10 million differential assemblies since its inception. The company provides mobility technology solutions for battery electric vehicles (BEVs), passenger vehicles, commercial vehicles and off-highway vehicles.

According to the company, Sona Comstar has an 8.7 percent global market share in differential gears in 2025, an increase from 4.5 percent in 2019. It operates manufacturing facilities in Gurugram, Pune and Manesar.

The company commenced production of differential gears in Gurugram in 1999. It reached 100 million units in 2013 and 400 million in 2024. the most recent 100 million units were produced within a two-year period.

For differential assemblies the production began in 2008. It crossed 5 million unit production milestone in 2023, with the subsequent 5 million units manufactured in less than three years.

The company designs and manufactures precision-forged gears and driveline components. Its growth trajectory is linked to the expansion of both conventional and electric mobility platforms. The facility in Manesar, opened in 2019, supports the production of differential assemblies specifically for the global BEV market.

Vivek Vikram Singh, Group CEO, Sona Comstar, said, “We are proud to celebrate these important milestones of our Driveline Business. They reflect the scale we have built over the years, our commitment to engineering excellence, and the trust our customers have placed in us globally. I thank our customers, suppliers, and employees for their continued support and contribution to this achievement. As mobility continues to evolve, we remain focused on innovation, expanding our integrated driveline capabilities, and delivering high-quality solutions that meet the changing needs of our customers across EV and conventional platforms.”

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Ludhiana-based auto components manufacturer Kay Jay Forgings has filed its Draft Red Herring Prospectus (DRHP) with the Securities and Exchange Board of India (SEBI). The proposed INR 3.6 billion initial public offering (IPO) consists of a fresh issue of equity shares up to INR 3 billion and an offer for sale (OFS) of up to INR 600 million by existing shareholders.

The company plans to deploy the net proceeds from the fresh issue for capital expenditure and debt reduction. It aims to invest INR 1.18 billion towards a new forging facility, a machining facility and a solar power plant. INR 900 million towards debt repayment and the remaining funds to be utilised for operational purposes.

The company may also consider a pre-IPO placement of up to INR 400 million, which would reduce the size of the fresh issue accordingly.

Kay Jay Forgings is a precision engineering company manufacturing machined components for automotive original equipment manufacturers (OEMs). It also serves the farm equipment, mining, and home appliance sectors with a portfolio of 286 products.

The company claims it is the largest supplier of crankshafts and crankshaft assemblies to two-wheeler OEMs in India, with an estimated 36 percent domestic market share in FY2025. It operates 6 manufacturing units in Ludhiana, Punjab, and Hosur, Tamil Nadu. The company reported a customer rejection rate of less than 1 percent for the 6-month period ended 30 September 2025.

It maintains long-term relationships with several manufacturers, including a 37-year partnership with TVS Motor Company. Other clients include Honda Motorcycle & Scooter India, Mahindra & Mahindra and Bajajsons.

Future strategies focus on diversifying into lightweight aluminium forged and machined components. These powertrain-agnostic parts are intended to help OEMs meet emission norms and improve fuel efficiency.

In terms of financial performance, the company reported revenue of INR 7.5 billion in FY2025, up 12 percent YoY, as against INR 6.72 billion a year ago. Net profit for FY2025 came at INR 290 million, up 20 percent YoY, as against INR 240 million a year ago.

For H1 FY2026, the company reported a net profit of INR 213 million. The global automotive forging market is projected to grow from USD 45.1 billion in 2025 to USD 65.8 billion by 2030, representing a CAGR of 7–9 percent.

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