AI Powered Battery passport
Revolutionizing lifecycle management, transparency, and compliance across supply chains
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Electric Vehicle Battery Aging Prediction Methods
This whitepaper discusses types of batteries, its aging phenomena, performance prediction models, and the future scope of batteries in the automotive industry.
Read WhitepaperEnabling the Net-Zero Energy Transition
The global energy industry is at a critical inflection point, driven by net-zero mandates, digital transformation, and the rise of electrification. Ageing infrastructure, decentralized generation, and complex energy demands require scalable, compliant, and climate-conscious innovation. Tata Elxsi empowers OEMs, utilities, and infrastructure providers to lead the energy transition through secure, intelligent, and decarbonized solutions. Leveraging AI, GenAI, data analytics, cloud-native, business challenge platforms, and human-centric design, we guide clients through complex product and service lifecycles with precision and foresight.
Our expertise spans electrification systems, grid modernization, energy storage platforms, and advanced climate solutions—blending engineering, digital innovation, and design thinking. With deep domain knowledge and a strong foundation in circular product design, we enable the creation of software-defined, scalable, and sustainable energy ecosystems aligned with global decarbonization objectives.
Design and Development of Motor Control Unit (MCU) for EVs
Business Challenges
Energy companies face challenges in modernizing outdated, siloed legacy systems that limit visibility and efficiency across today’s complex energy networks. Additionally, growing electrification and sustainability mandates pressure them to balance performance, cost, compliance, and faster time-to-market. Tata Elxsi addresses these challenges by enabling system orchestration and lifecycle management through the integration of interoperable control systems, digital twins, an AI-powered analytics platform for traceability, and agile engineering—delivering advanced, carbon-efficient solutions that enhance user experience.
Services
Power Converters and Drives | Battery Energy Storage Systems | Digital Infra | Heat Pump & HVAC
Empower energy systems with advanced BMS, innovative converters, motor drives, switching frequency with and intelligent control & diagnostics across diverse solutions.
Power Converters and Drives
Empower energy systems with advanced BMS, innovative converters, motor drives, switching frequency with and intelligent control & diagnostics across diverse solutions.
Transform energy infrastructure with intelligent enclosures, advanced control systems, IoT diagnostics, power electronics, SCADA integration, and simulation-led innovation.
Battery Energy Storage Systems
Transform energy infrastructure with intelligent enclosures, advanced control systems, IoT diagnostics, power electronics, SCADA integration, and simulation-led innovation.
Revolutionize energy infrastructure with EV charging, swappable stations, industrial design, digital platforms, secure payments, and customer engagement innovation.
Digital Infra
Revolutionize energy infrastructure with EV charging, swappable stations, industrial design, digital platforms, secure payments, and customer engagement innovation.
Elevate HVAC systems with energy-efficient drives, smart control design, predictive maintenance, IoT monitoring, and operator-friendly HMI innovation.
Heat Pump & HVAC
Elevate HVAC systems with energy-efficient drives, smart control design, predictive maintenance, IoT monitoring, and operator-friendly HMI innovation.
Partners
Information Hub
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How does digital transformation accelerate innovation in the energy sector?
Digital transformation enables utilities and energy OEMs to modernize their operations through cloud-native platforms, digital twins, and AI-powered analytics. These technologies streamline asset lifecycle management, reduce downtime, and enhance grid visibility. With simulation-led design, intelligent monitoring, and predictive diagnostics, companies can proactively address infrastructure challenges and deploy scalable, carbon-conscious solutions faster. This fosters agile, efficient, and data-driven energy ecosystems aligned with net-zero goals.
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How can energy companies transition toward sustainability and net-zero operations?
Sustainability begins with circular product design, energy-efficient components, and renewable-powered infrastructure. Solutions like smart HVAC systems, EV charging networks, and battery storage are engineered to reduce emissions and enable green electrification. Tata Elxsi supports this transition by integrating eco-design, climate-conscious engineering, and digital monitoring to optimize energy usage and lower environmental impact—supporting clients in meeting stringent sustainability targets.
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What are the challenges in modernizing legacy energy infrastructure, and how can they be addressed?
Legacy systems are often siloed, inefficient, and difficult to scale. They lack the interoperability, visibility, and agility required for today’s decentralized and electrified energy grids. Tata Elxsi addresses these challenges by implementing interoperable platforms, modular hardware, secure cloud integration, and digital twins. This approach enhances asset traceability, speeds up deployment, and ensures compliance with evolving energy regulations, while reducing the total cost of ownership.
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What role do AI and GenAI play in managing energy infrastructure?
AI and GenAI enable real-time insights, predictive maintenance, and automated decision-making across complex energy networks. From optimizing battery storage and load balancing to detecting faults in HVAC systems or EV charging networks, AI empowers utilities to enhance uptime and reduce operational costs. GenAI enhances control system design, anomaly detection, and customer engagement through intelligent interfaces. Together, they enable more responsive, reliable, and resilient energy systems.
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How does IoT and data analytics drive performance in smart energy systems?
IoT devices provide continuous monitoring of assets like power converters, batteries, or HVAC units. Coupled with edge analytics and cloud platforms, they offer deep visibility into performance metrics, usage patterns, and fault conditions. This enables predictive maintenance, remote diagnostics, and load optimization—reducing energy waste and operational disruptions. For utilities and OEMs, these insights unlock better customer experiences and more sustainable operations.
