STMicroelectronics has announced that its L9908 integrated automotive three-phase gate driver unit (GDU) operates in 12V, 24V, or 48V systems and has flexible input and output channels to fulfil numerous applications in conventional and hybrid/electric vehicles. 

The company said in a statement that the dedicated source connections to the high-side and low-side FETs (field-effect transistors) of each half bridge let users configure the output channels independently to drive various types of loads.  

Besides, six separate PWM (pulse-width modulation) input pins allow independent management of the pre-driver stages for different motor-control strategies, the release pointed out. 

Claiming high accuracy, the company said that there are three differential current monitors for ground-referenced measurements and three channels for real-time phase-voltage monitoring. There is also a rich set of diagnostic and protection features. 

The L9908 simplifies design, saves space, and enhances control of low-voltage fluid pumps, pumps and blowers in ventilation and cooling systems, and electronic seat controls. It can be also used in traction
inverters for mild-hybrid internal combustion engine (ICE) vehicles and 48V full-electric city cars, it said. 

The L9908’s built-in diagnostics allow use in safety-related systems such as autonomous emergency braking (AEB) and advanced electronic power steering (EPS), simplifying certification according to ISO 26262. 

The safety features include SPI-programmable dead-time insertion with shoot-through diagnostic and protection, open-load detection, and short-to-ground and short-to-battery diagnostics. There is also an
SPI-programmable temperature warning and SPI-readable junction-temperature measurement. Other diagnostics include ground-loss detection, over-voltage and under-voltage detection on the power supply pins and FET-driver supply, system-clock monitoring, SPI window watchdog, and a fault-status flag, the release added. 

The flexibility to use the L9908 gate driver in single (12V), dual (24V), and 48V battery applications comes from its wide motor supply-voltage range, from 4.5V to 75V, with the ability to tolerate -14V to 95V on motor-connection pins. The on-chip logic is supplied from an internally generated 3.3V supply and digital I/Os are 3.3V- and 5V-compatible. 

The company said L9908 is AEC-Q100 qualified and available now, in a thermally enhanced TQFP48 package. Pricing starts at USD 3.56 for orders of 1000 pieces. (MT)   

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Gujarat-based electric vehicle start-up Avore Electric has unveiled a teaser film of its upcoming electric motorcycle, which it says will mark its formal entry into the high-growth mid-size electric two-wheeler segment.

The e-motorcycle, it says, is built around the core corporate philosophy of ‘Intelligence Beyond Motion’, which it claims is engineered entirely from the ground up on Avore’s indigenous, in-house technology platform.

The visual preview details a performance-oriented stance tailored for next-generation riders. The design language focuses on structural integration, moving away from traditional retro aesthetics toward a technical look.

Key styling and engineering elements highlighted in the promotional film include aerodynamically optimised fairings designed to minimise drag and manage thermal airflow around the battery enclosure. A unique front headlamp design that serves as the visual anchor for the motorcycle’s front fascia. Contrasting paint schemes that accentuate the sharp, aggressive geometric lines of the chassis.

The start-up says its upcoming e-motorcycle represents the culmination of years of domestic, in-house research and development. By utilising its proprietary technology platform, Avore Electric aims to establish a foothold in India's expanding mid-size premium motorcycle space before scaling its world-class electric mobility solutions to international markets.

The company is expected to give more details soon.

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JSW MG Motor India, one of the leading passenger vehicle manufacturers, has announced that it has successfully installed 1,000 community chargers under its MG Charge initiative.

Spanning more than 470 sites across India, the milestone makes JSW MG Motor India the first automaker in the country to establish community-led electric vehicle (EV) charging infrastructure at this scale. The installations are distributed across residential societies, condominiums, hospitals, corporate campuses, hotels and industrial parks.

Alongside the infrastructure announcement, the company revealed that MG-branded electric vehicles have cumulatively travelled over 2.9 billion green kilometres on Indian roads. This collective mileage has offset approximately 417,000 metric tonnes of CO2 emissions.

Furthermore, JSW MG Motor India has detailed an aggressive product timeline for the remainder of calendar year 2026 (CY2026). The automaker plans to launch three new New Energy Vehicles (NEVs).

This upcoming product push will mark the brand's introduction of plug-in hybrid (PHEV) technology to the Indian market. The company noted that its overarching corporate philosophy views India's transition to sustainable transit as a path that can be successfully driven by balancing multiple complementary technologies.

In alignment with national decarbonisation targets, JSW MG Motor India has systematically upgraded its primary manufacturing plant in Halol, Gujarat. The site has achieved significant efficiency metrics through the deployment of Industry 4.0 digitisation and Internet of Things (IoT) solutions.

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Maruti Suzuki India, the country’s largest passenger vehicle manufacturer, has announced a major expansion of its renewable energy footprint with two dedicated biogas projects on the occasion of World Environment Day.

The company has earmarked a cumulative investment of INR 9.25 billion through FY 2030–31 toward green energy initiatives to systematically curtail its carbon footprint across in-house manufacturing operations.

The automaker is investing INR 1.5 billion specifically into these two newly detailed biogas developments, aligning its corporate operations with the Government of India's ‘Waste-to-Wealth’ mission.

It has commissioned a new 10 TPD Biogas Plant at Kharkhoda, which is scheduled to be commissioned in FY2026–27. At full operational capacity, the plant is projected to mitigate 9,490 tonnes of CO2 emissions annually. The generated biogas will offset fossil fuel reliance by servicing approximately 20 percent of the total gas requirement at the Kharkhoda manufacturing site.

Furthermore, earlier this month, Maruti Suzuki India completed an expansion at its Manesar facility, scaling output from an initial 0.2 TPD to 0.7 TPD. The expanded setup is expected to generate roughly 360,000 standard cubic meters of biogas annually, avoiding an estimated 664 tonnes of CO2 emissions per year.

The plant leverages anaerobic digestion technology to convert organic and agricultural waste into raw biogas. It uses food waste, napier grass and paddy straw as feedstock, with a technical provision to boost output utilising cattle dung. The output will be directed into paint shop heating processes and factory canteen operations. Fermented Organic Manure (FOM) generated as a byproduct will be routed to internal horticulture or supplied back into the local agricultural ecosystem.

Beyond localised biogas projects, Maruti Suzuki is systematically scaling its solar energy infrastructure to counter liquid natural gas (LNG) volatility and supply constraints. It has progressively expanded its installed solar capacity to 79 MWp across its manufacturing facilities and targets an expansion to 319 MWp of solar-generated renewable energy by FY 2030–31.

The automaker recently replaced natural gas with biogas for approximately 10 percent of the energy requirements at its Hansalpur facility. Supported by SRDI (a wholly owned subsidiary of Suzuki Motor Corporation, Japan), this transition ensured uninterrupted operations during active LNG supply bottlenecks.

Hisashi Takeuchi, Managing Director & CEO, Maruti Suzuki India, said, “Maruti Suzuki has been consistently working on initiatives aimed at reducing fossil fuel consumption and oil import dependence. In line with this, we are setting up a new 10 Tonnes Per Day biogas plant at the Kharkhoda facility as well as expanding the existing biogas plant at Manesar facility. At a time when the world is navigating an increasingly uncertain energy landscape, such initiatives assume greater significance. As the Hon’ble Prime Minister of India has called for reducing dependence on fossil fuels, the commissioning of our biogas project comes at an appropriate time. It enables us to contribute, in a modest but meaningful way, to the current national priority alongside several other ongoing efforts.”

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Hyundai Motor India, one of the leading passenger vehicle manufacturers, has announced a long-term strategic commitment to designate the state of Tamil Nadu as its designated ‘Flagship EV Hub for India’. The announcement includes an exclusive skill development partnership alongside manufacturing and supply chain localisation goals.

As part of this roadmap, Hyundai Motor India has reaffirmed its plan to deploy an investment of over INR 260 billion in Tamil Nadu between 2023 and 2032. This allocation is a component of the company's broader, previously declared INR 450 billion investment blueprint for the Indian market. To date, the Chennai facility has exported more than 3.9 million vehicles to over 150 countries.

The manufacturing hub will scale zero-emission capabilities via immediate product rollouts and component localisation:

• Product Rollout: Hyundai Motor India plans to introduce two new vehicle models from its Chennai facility within the year. This includes the launch of its first mass-market dedicated electric vehicle (EV) to accelerate local adoption.
• Industrial Localisation: The company has established Tamil Nadu’s first battery sub-assembly plant for EV powertrains. Hyundai Motor India is currently expanding local sourcing for power electronics and related primary components to minimise import dependency.
• Charging Network: Hyundai has deployed a direct-current (DC) fast EV charging ecosystem across the state consisting of 39 stations and 78 charging points. The high-capacity network is scheduled for further expansion across major urban centres and transit highways over the next 2 to 3 years.

The company has also aims to increase its localisation rate from the present 82 percent to 90 percent in the next 5-6 years. An additional INR 40 billion in state sourcing value from the current base, which is expected to generate an additional 2,000 jobs in the state.

Hyundai Motor India and the Government of Tamil Nadu (GoTN) have formalised a structured skill development project scheduled to commence active training operations in December 2027. The program aims to increase the global employability of the state's workforce by integrating next-generation manufacturing skills.

The curriculum will leverage partnerships with local Industrial Training Institutes (ITIs), polytechnics and engineering colleges to train students in advanced disciplines:

• EV technical architectures and hydrogen mobility systems.
• Industrial robotics, digital automation and AI-enabled manufacturing.
• Smart factory workflows alongside professional workplace communication and language instruction.

Tarun Garg, Managing Director & CEO, Hyundai Motor India, said, “HMIL’s initiatives will strengthen Tamil Nadu’s leadership in sustainable mobility and automotive excellence, while also accelerating skill development to foster a future-ready workforce. We will roll out two new models from the Chennai facility, including our first mass-market dedicated EV within this year, marking a significant step towards accelerating EV adoption and building a strong EV ecosystem. Alongside, advancing EV localization, we are equally focused on developing a future-ready skilled workforce, enabling talent to support future automotive technologies."

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