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The automotive and commercial vehicle industry is experiencing a pivotal transformation, as traditional internal combustion engines (ICE) and new electric powertrains evolve.
By 2030, over 25% of new vehicles are projected to be electric (EVs), while ICE and hybrid models will continue hold market share. OEMs will have balance investments in ICE and EV technologies, offering a mix of conventional, hybrid, electric, and fuel cell vehicles to meet diverse market needs and move towards sustainability. Key business and technology consideration for OEMs include,
Reduce Total Cost of Ownership (TCO) of New Energy Vehicles
Reduce cost of EVs including components like batteries, power electronics consolidation to make them affordable and at par with ICE vehicles.
Speed to Market and Product Quality
Streamline development and use of modular platforms to fasten time to market for new vehicles launches with differentiation and superior quality.
Agility in Software Updates
Ensuring seamless integration and synchronization of software updates with hardware systems in increasingly disaggregated automotive platforms.
Sustainability and Compliance
Expand ZEV offerings (BEVs, FCEVs) and explore alternative fuels like hydrogen engines to meet climate regulations and reduce carbon emissions.
Balancing Legacy and Modern Platforms
As the automotive industry shifts towards electrification, maintaining and optimizing existing internal combustion engine (ICE) platforms presents a unique challenge.
KPIT is a trusted partner to global automotive industry to help them tackle the above challenges by providing advance technology solutions across ICE and Electric Vehicles.
KPIT is a trusted partner to global automotive industry to help them tackle the above challenges by providing advance technology solutions across ICE and Electric Vehicles.
Our ready-to-use AUTOSAR-compliant software platforms for EV components streamline development, enhance performance, and reduce costs.
A comprehensive set of services support faster time to market by covering the entire V-cycle, including functional safety, cyber security, data analytics facilitating seamless software development, integration and validation.
Our Domain Offerings
Electric Powertrain
Smart Charger
Seamless charging platform with a full suite of Electric Vehicle Communication Controller Solutions (EVCC), which includes ready-to-use software V2G P&C stacks, facilitating easy integration and reliable charging operations.
Battery Management Systems (BMS)
Scalable BMS platform from 48V to 700V, integrating safety and AUTOSAR compliance to tackle energy management and safety challenges. It includes a Battery Digital Twin for real-time monitoring, predictive maintenance, and optimization.
Inverter
A scalable, AUTOSAR-compliant platform for inverter technology which offers up to 250 kW, accelerating the transition to next-gen Electric Vehicles on the AURIX™ TC4x platform with configurable CDDs, reducing development time by up to 70%.
FCEV
Our FCEV solution enhances efficiency and reliability from stack to system. We support passenger & commercial vehicle OEMs driving cost-effective development and validation while ensuring time to market and global compliance.
Vehicle Control Unit (VCU)
A modular and configurable VCU that is adaptable for both passenger and commercial vehicles and supports a range of voltages (48V to 600V).
Conventional Powertrain
Engine Subsystems
Advanced control strategies and simulations optimize engine performance and fuel efficiency, ensuring compliance with emissions standards.
Aftertreatment System
Comprehensive design and validation enhance emissions control and system efficiency, addressing global regulations, which helps in achieving cost-effective compliance and long-term sustainability.
Transmission & Driveline
Precision calibration improves drivability and efficiency in various transmission systems, including hybrid and electric powertrains, leading to better performance and lower operational costs.
Hybrid & OBD & Calibration
Specialized controls and calibration optimize the performance of hybrid powertrains, supporting diverse configurations, and ensuring robust integration, which enhances flexibility and reduces integration time.
Engineering Services
X-in-1 Integration
According to customer needs, we can choose to integrate the traction motor, inverter, onboard charger, high-voltage DC converter, and EVCC. This can reduce the size, weight, and cost of the vehicle and make assembly easier.
System & Software Integration
End-to-Endapproach for system and software integration for OEMs and Tier 1s, from architecture design to validation. Ensuring seamless collaboration across subsystems, reducing complexity, accelerating development cycles, and enhancing product quality, driving innovation.
Verification & Validation
End-to End Verification and validation services, from software to system-level validation, including Low Voltage (LV) and High Voltage (HV) component testing bringing scale, confidence, safety, and regulatory compliance in the process.
Insights
Electrification: Transforming Mobility of the Future
Electromobility: The Road Ahead
Platform-led Software Integration For Evs To Deal With Multi-party Development Scenarios
Work Impact
Strategic partnership with a US Tier-1 to develop next-generation electric mobility technologies
Developing test automation tool to increase productivity and quality for an electric vehicle program for European OEM
KPIT as SW Development and Integration Partner for Charger Control Unit (CCU) for a German OEM
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