EV Battery Management

Enabling Safe, Efficient, and Intelligent Energy Management for Electric Vehicles

          Battery Management Systems are at the heart of electric vehicles, ensuring safe operation, optimal performance, and long battery life. EV battery management involves continuous monitoring, control, and protection of battery packs under varying operating conditions. As electric vehicles become more advanced and energy demands increase, robust and intelligent battery management systems are critical. Avecas provides comprehensive EV Battery Management services that help OEMs and technology providers design, develop, and validate reliable battery management solutions for electric and hybrid vehicles.

     Our solutions focus on safety, accuracy, scalability, and compliance with automotive standards.

Avecas EV Battery Management Engineering Services

1. Battery Management System Architecture Design

We design battery management system architectures aligned with vehicle requirements, battery chemistry, and safety goals. Our engineers define modular and scalable architectures that support cell monitoring, protection mechanisms, and communication with vehicle systems. This structured approach ensures reliability and future scalability.

Well-defined BMS architecture reduces system complexity and integration risk.

Avecas develops advanced algorithms for battery monitoring and control. We implement state of charge, state of health, and state of power estimation techniques to ensure accurate battery status tracking. Our algorithms are optimized for real-time execution and robustness across operating conditions.

Accurate battery estimation improves vehicle performance and battery lifespan.

We develop embedded software and firmware for battery management controllers. Our engineers implement low-level drivers, control logic, and safety mechanisms that interact with sensors, actuators, and communication interfaces. Software is designed to meet real-time and safety requirements.

This ensures stable and predictable battery system operation.

Battery safety is critical in electric vehicles. Avecas implements protection mechanisms to handle overvoltage, undervoltage, overcurrent, thermal events, and fault conditions. We support diagnostic and fault-handling strategies that ensure safe system behavior.

This enhances vehicle safety and regulatory compliance.

We provide comprehensive validation and integration support for EV battery management systems. Our engineers validate functionality, performance, and safety across hardware, software, and system levels. We support integration with vehicle ECUs and power electronics.

This ensures production-ready and field-reliable battery management solutions.

Our Services

Your Partner in Cutting-Edge RTL Design Engineering Services

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MATTERS

Why It

EV Battery Management

Why Choose Avecas for
EV Battery Management Services

Your Partner for Intelligent Energy Management Systems

Strong EV and Battery System Expertise

Deep understanding of battery technologies and automotive embedded systems.

Safety and Accuracy Focus

Designs aligned with automotive safety and reliability expectations.

End-to-End BMS Development Capability

Understanding of signal behavior across boards, packages, and interconnects.

Structured Automotive Development Processes

Systematic approaches to ensure quality, traceability, and compliance.

Continuous Innovation

Dedicated Support

Positive Client Experiences

Commitment to Excellence

Tools and Methodologies We Use

We support EV battery management engineering activities using industry-standard tools and proven methodologies to deliver safe, accurate, and reliable battery management systems.

Battery Modeling and Simulation Tools

Advanced modeling and simulation tools used to analyze battery behavior, performance, and thermal characteristics under varying conditions.

Embedded Software Development and Debugging Frameworks

Professional embedded software frameworks used to develop, debug, and optimize battery management firmware.

State Estimation and Control Algorithm Design Methods

Algorithm design methods for accurate estimation of battery state of charge, state of health, and power capabilities.

Validation, Testing, and Safety-Oriented Development Processes

Safety-focused validation and testing processes designed to ensure reliability, fault tolerance, and compliance with automotive standards.

Industries We Serve

Semiconductor Companies

designing advanced SoCs.

5G & Telecom

Networking & High-Performance Computing

with specialized process needs.

IoT & Consumer Devices

IoT & Edge Devices

demanding low-power solutions.

Automotive Electronics

requiring safety-critical libraries.

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FAQ

EV Battery Management

EV battery management involves monitoring, controlling, and protecting battery packs to ensure safe and efficient operation.