As industries strive to reduce carbon footprints and embrace AI, Analog Devices, Inc. (ADI) continues to play a pivotal role with its innovative technologies. With a strong commitment to cutting-edge technology, ADI is working on breakthrough advancements in battery management systems (BMS), electric vehicle charging infrastructure, and artificial intelligence (AI) applications. In this interview, Raghuveer Emadaboina, Principal Account Manager (Sales) for South Asia Pacific, shares insights into ADI’s innovations, sustainability goals, and contributions to the green energy movement in India.
How is Analog Devices contributing to the sustainability movement, particularly in the EV segment?
Sustainability is a critical focus for us. With the growing EV market, reducing carbon emissions is vital. ADI has been in the BMS segment for over 10 years, and our solutions help enhance EV reliability and reduce the time to market. We develop various products, such as isolated gate drivers, CAN transceivers, and DCTC converters, for 48V, 72V, and 96V systems used in two-wheelers, three-wheelers, and even heavy trucks. Our BMS products not only improve performance but also reduce the size and cost of battery packs, making them more accessible for various applications.
Beyond the EV space, how is ADI addressing sustainability challenges in other sectors?
We are extending our expertise into the stationary energy storage systems (ESS) market, particularly for telecom tower grids. Currently, diesel generators power many of these grids, contributing significantly to fossil fuel consumption and carbon emissions. Our ESS BMS solutions help reduce reliance on diesel generators by providing sustainable alternatives during power disruptions. This is a major step towards reducing the carbon footprint in telecom infrastructure.
How is Analog Devices integrating AI into its solutions, and what are some notable AI applications you’re working on?
AI is definitely a buzzword today, and ADI is fully committed to this space. We have developed microcontrollers that support AI-driven applications. One exciting demo we’ve showcased is a smart lock system that uses facial recognition to ensure secure access. By storing facial features of family members, the system can automatically unlock doors when a recognized person approaches, which greatly enhances security. Another AI application we’re working on involves traffic management. Our AI-powered cameras can capture violations like red-light jumping and relay the data to the authorities in real time.
Healthcare is another area where we are deeply involved. ADI has developed healthcare integrated circuits (ICs) that can be used in wearable devices such as chest patches, smartwatches, and health bands. These ICs can monitor vital signs like ECG, PPG, and more. We are collaborating with several startups in this space, helping them develop cutting-edge medical devices that can provide real-time health monitoring. Our technology is playing a crucial role in making healthcare more accessible and data-driven.
Can you give us a glimpse of the future technologies ADI is working on?
We are actively working on innovations that push the boundaries in BMS, EV charging infrastructure, and AI. For example, we are finalizing a 24-cell BMS chip that will drastically reduce the size of battery packs, making EV solutions even more efficient. Additionally, our AI-related projects will continue to expand, with applications ranging from smart home systems to advanced traffic monitoring. We are fully committed to delivering futuristic solutions that will shape the next generation of electronics.
