Battery Monitoring System Market Size, Share and Global Trend By Component (Hardware, Software), By Type (Wired, Wireless), By Battery Type (Lithium-ion, Lead Acid, Others), By End-User (Telecommunication, Automotive, Energy, Industries, Others) and Regional Forecast, 2026-2034

The global battery monitoring system market size was valued at USD 11.05 billion in 2025. The market is projected to grow from USD 13.22 billion in 2026 to USD 55.49 billion by 2034, exhibiting a CAGR of 19.64% during the forecast period.

The Battery Monitoring System Market revolves around advanced solutions designed to monitor, manage, and optimize the performance of batteries used in critical power environments. These systems play a vital role in ensuring battery reliability by providing continuous insights into parameters such as voltage stability, temperature variation, internal resistance, and overall battery health. Battery monitoring systems are increasingly adopted across data centers, telecom infrastructure, industrial facilities, renewable energy storage installations, and backup power systems, where uninterrupted power availability is essential for operations and business continuity.

The growing complexity of power infrastructure and the rising use of battery-based energy storage solutions are strengthening demand within the Battery Monitoring System Market. Organizations are focusing on proactive battery management to reduce unexpected failures, improve asset utilization, and support predictive maintenance strategies. As digitalization and automation expand across industries, battery monitoring systems are becoming an integral part of intelligent power management ecosystems, enabling businesses to enhance operational efficiency, safety compliance, and long-term reliability of battery assets.

Key Findings

Market Size & Growth

• Global Market Size 2025: USD 11.05 billion
• Global Market Forecast 2034: USD 55.49 billion
• CAGR (2025–2034): 19.64%

Market Share – Regional

• North America: 34%
• Europe: 29%
• Asia-Pacific: 28%
• Rest of the World: 8%

Country-Level Shares

• Germany: 11% of Europe’s market 
• United Kingdom: 9% of Europe’s market 
• Japan: 7% of Asia-Pacific market 
• China: 14% of Asia-Pacific market 

Battery Monitoring System Market Trends

One of the key trends in the Battery Monitoring System Market is the rapid shift toward real-time and remote monitoring capabilities. Businesses are increasingly adopting intelligent battery monitoring solutions that integrate sensors, cloud-based platforms, and advanced analytics to provide continuous visibility into battery performance. This trend is driven by the need to minimize downtime, prevent unexpected battery failures, and support predictive maintenance strategies. Advanced dashboards, automated alerts, and centralized monitoring across multiple sites are becoming standard features, especially in data centers, telecom networks, and industrial power systems where reliability is mission-critical.

Another major trend shaping the Battery Monitoring System Market is the growing integration of monitoring solutions with digital energy management and automation platforms. Battery monitoring systems are increasingly designed to work seamlessly with building management systems, energy storage management software, and industrial control systems. This integration allows organizations to optimize battery usage, improve operational efficiency, and extend battery lifespan through data-driven decision-making. Additionally, rising adoption of lithium-ion batteries and hybrid energy storage configurations is influencing system design, pushing manufacturers to develop more flexible, scalable, and application-specific battery monitoring technologies tailored for modern power infrastructures.

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Battery Monitoring System Market Dynamics

DRIVER

Rising demand for uninterrupted power and critical infrastructure reliability

The primary driver of the Battery Monitoring System Market is the increasing dependence on uninterrupted power across critical infrastructure and industrial operations. Data centers, telecom networks, healthcare facilities, manufacturing plants, and energy storage installations rely heavily on batteries to maintain continuous operations during power disturbances. Battery monitoring systems enable real-time tracking of battery health, early fault detection, and predictive maintenance, which helps organizations avoid costly downtime and operational disruptions. As digital transformation accelerates and business continuity becomes a top priority for enterprises, the need for reliable battery performance monitoring continues to strengthen. This growing emphasis on uptime, safety, and asset optimization is directly supporting sustained adoption of battery monitoring solutions across multiple industries.

RESTRAINT

High initial implementation and integration complexity

A key restraint in the Battery Monitoring System Market is the high initial investment associated with deploying advanced monitoring solutions. The cost of hardware sensors, communication infrastructure, software platforms, and system integration can be significant, particularly for large-scale or legacy battery installations. Many organizations also face challenges integrating battery monitoring systems with existing power management or control systems, which can increase deployment time and technical complexity. Small and mid-sized enterprises may hesitate to invest due to budget constraints and concerns about return on investment. These factors can slow adoption in cost-sensitive environments, despite the long-term operational benefits offered by battery monitoring technologies.

OPPORTUNITY

Expansion of energy storage and renewable power systems

The rapid expansion of energy storage systems and renewable power installations presents a strong opportunity for the Battery Monitoring System Market. As solar, wind, and hybrid energy systems increasingly rely on battery storage to balance supply and demand, effective battery monitoring becomes essential for performance optimization and safety. Battery monitoring systems help operators maximize storage efficiency, detect degradation early, and manage diverse battery chemistries within complex energy ecosystems. The growing focus on grid stability, decentralized power generation, and energy resilience is creating new demand for scalable and intelligent battery monitoring solutions across utilities, commercial facilities, and industrial energy projects.

CHALLENGE

Managing diverse battery chemistries and evolving technologies

One of the major challenges facing the Battery Monitoring System Market is the increasing diversity of battery technologies and chemistries in use. From traditional lead-acid batteries to advanced lithium-ion and emerging solid-state technologies, each battery type requires specific monitoring parameters and safety considerations. Developing systems that can accurately monitor mixed battery environments while maintaining reliability and accuracy is technically demanding. Additionally, rapid technological advancements require continuous product upgrades and software enhancements, placing pressure on manufacturers to innovate while maintaining compatibility and system stability. This challenge can impact deployment consistency and long-term system performance if not addressed effectively.

Battery Monitoring System Market Segmentation

By Component

Hardware: Hardware accounts for around 58% of the Battery Monitoring System Market, driven by strong demand for physical sensors, data acquisition units, and communication modules used in critical power environments. Hardware components are essential for real-time measurement of voltage, temperature, current, and internal resistance across battery strings. Industries such as data centers, telecom towers, utilities, and industrial UPS systems rely heavily on robust monitoring hardware to ensure operational continuity. The hardware segment benefits from increasing battery installations in backup power and energy storage systems. High reliability requirements and safety compliance further support adoption. Hardware-based monitoring enables early fault detection and reduces the risk of battery failure.

Software: Software represents nearly 42% of the Battery Monitoring System Market, reflecting the growing importance of analytics, visualization, and remote monitoring platforms. Software solutions transform raw battery data into actionable insights through dashboards, alerts, and predictive maintenance tools. Enterprises increasingly prefer centralized software platforms to monitor battery assets across multiple locations. The software segment supports decision-making by identifying performance trends and degradation patterns. Cloud-enabled monitoring and remote access capabilities are strengthening adoption. Software improves battery lifecycle management and operational efficiency. Custom reporting and integration with energy management systems add value for B2B users. The shift toward digital infrastructure supports sustained software demand. By Type

Wired: Wired battery monitoring systems hold approximately 63% of the Battery Monitoring System Market due to their high reliability and stable data transmission in mission-critical environments. These systems are widely used in data centers, industrial facilities, and telecom infrastructure where uninterrupted communication between batteries and monitoring units is essential. Wired solutions offer consistent performance with minimal signal interference, making them suitable for large battery banks and stationary energy storage systems. Many enterprises prefer wired systems for long-term installations because of their durability and proven accuracy. The segment benefits from easy integration with existing power management infrastructure. Wired monitoring supports precise real-time data collection and fault detection. Maintenance teams value its predictable performance. Regulatory compliance requirements also favor wired deployments. This segment continues to dominate in fixed and high-load applications.

Wireless: Wireless battery monitoring systems account for nearly 37% of the Battery Monitoring System Market and are gaining traction due to ease of installation and scalability. These systems reduce cabling complexity, making them attractive for retrofitting existing battery setups and for geographically distributed assets. Wireless solutions are increasingly adopted in renewable energy storage, remote telecom sites, and modular UPS systems. The flexibility to expand monitoring coverage without extensive wiring lowers deployment time. Advancements in secure communication protocols enhance data reliability. Wireless monitoring supports real-time alerts and remote diagnostics. The segment benefits from growing demand for smart infrastructure. Reduced installation costs appeal to cost-sensitive enterprises. Wireless technology is becoming a key enabler for modern battery monitoring architectures.

By Battery Type

Lithium-ion: Lithium-ion batteries contribute nearly 46% of the Battery Monitoring System Market due to their increasing adoption across energy storage systems, data centers, electric mobility infrastructure, and industrial applications. Battery monitoring is critical for lithium-ion systems because of their sensitivity to temperature, voltage imbalance, and overcharging risks. Advanced monitoring systems help ensure safety, optimize charging cycles, and extend operational life. Enterprises prioritize real-time analytics and alerts to prevent thermal runaway and unexpected failures. The growing use of lithium-ion batteries in renewable energy integration further supports this segment. Monitoring solutions enable precise state-of-health assessment and predictive maintenance. High energy density applications demand accurate monitoring. Integration with digital energy platforms enhances value. Lithium-ion monitoring continues to expand with smart infrastructure growth. This segment reflects strong technological alignment with modern power systems.

Lead Acid: Lead acid batteries hold around 41% of the Battery Monitoring System Market, supported by their widespread use in telecom towers, industrial UPS systems, substations, and backup power applications. These batteries require continuous monitoring to manage sulfation, aging, and performance degradation. Battery monitoring systems help operators track voltage imbalance and internal resistance across large battery banks. Lead acid batteries remain popular due to cost efficiency and established infrastructure. Monitoring solutions extend battery life and reduce replacement costs. Predictive alerts support preventive maintenance strategies. Many legacy systems rely on lead acid technology. The segment benefits from ongoing demand in critical power environments. Monitoring ensures reliability during power outages. Lead acid batteries remain a stable contributor to market demand.

Others: Other battery types account for approximately 13% of the Battery Monitoring System Market, including nickel-based, flow batteries, and emerging hybrid technologies. These batteries are used in specialized industrial, utility, and research applications where performance stability is critical. Monitoring systems for these batteries focus on customized parameters such as electrolyte condition, temperature behavior, and charge efficiency. Adoption is driven by niche energy storage and backup power requirements. Battery monitoring supports experimental and evolving battery chemistries. Flexibility and configurability are key system requirements. These batteries often operate in harsh or remote environments. Monitoring ensures operational safety and reliability. Although smaller in share, this segment supports innovation. Growth is linked to advancements in alternative energy storage technologies.

By End-User

Telecommunication: Telecommunication holds nearly 32% of the Battery Monitoring System Market due to extensive deployment of backup batteries across telecom towers, data centers, and network hubs. Continuous power availability is critical for uninterrupted network operations, making battery monitoring systems essential. These systems help telecom operators track battery health, prevent sudden failures, and reduce service downtime. Remote monitoring capabilities are especially valuable for geographically dispersed tower locations. Battery monitoring supports preventive maintenance and optimizes replacement cycles. Growing data consumption and network expansion increase battery dependency. Telecom operators focus on operational efficiency and reliability. Monitoring systems improve asset visibility across large networks. Integration with network management platforms adds value. This segment remains one of the most consistent adopters of battery monitoring solutions.

Automotive: The automotive segment accounts for around 21% of the Battery Monitoring System Market, driven by increasing use of advanced battery systems in vehicles and supporting infrastructure. Battery monitoring is crucial for managing performance, safety, and lifecycle of vehicle batteries, especially in modern automotive applications. Monitoring systems track voltage stability, temperature, and charge behavior to enhance reliability. Automotive manufacturers use battery data to improve system diagnostics and maintenance planning. The rise of connected and intelligent vehicles strengthens demand. Monitoring supports warranty management and quality assurance. Battery performance directly impacts vehicle functionality. Integration with vehicle electronics is a key trend. This segment benefits from ongoing automotive technology evolution. Battery monitoring is becoming a standard requirement in advanced vehicle platforms.

Energy: Energy represents nearly 24% of the Battery Monitoring System Market, supported by growing deployment of battery energy storage systems across power generation and distribution environments. Utilities and energy operators rely on battery monitoring to maintain grid stability and manage stored energy efficiently. Monitoring systems provide real-time insights into battery health and performance. Renewable energy integration increases the need for reliable storage monitoring. Battery monitoring supports load balancing and operational safety. Energy operators focus on predictive maintenance to avoid system failures. Monitoring improves utilization of large-scale battery installations. Digital energy management platforms enhance adoption. This segment benefits from energy infrastructure modernization. Battery monitoring is critical for long-term storage reliability.

Industries: Industrial applications contribute approximately 17% of the Battery Monitoring System Market, driven by the need for reliable backup power in manufacturing plants, process industries, and critical operations. Batteries support automation systems, safety equipment, and uninterrupted production processes. Monitoring systems help industries avoid costly downtime caused by battery failure. Industrial users focus on durability and accuracy of monitoring hardware. Battery monitoring supports compliance with safety standards. Real-time alerts enable quick corrective action. Integration with industrial control systems is common. Industries value long battery lifecycle management. Monitoring improves operational efficiency. This segment maintains steady demand across multiple industrial sectors.

Others: Other end-users account for about 6% of the Battery Monitoring System Market, including healthcare facilities, commercial buildings, transportation infrastructure, and institutional users. These environments rely on batteries for emergency power, safety systems, and critical equipment. Battery monitoring ensures readiness during power disruptions. Monitoring systems help reduce maintenance risks and extend battery life. Adoption is driven by safety and compliance requirements. Users prefer centralized monitoring for multiple assets. These sectors benefit from scalable and cost-effective solutions. Battery reliability is essential for critical operations. Although smaller in share, this segment supports diversified demand. Growth is linked to infrastructure development and safety-focused investments.

Battery Monitoring System Market Regional Outlook

North America

North America accounts for nearly 34% of the Battery Monitoring System Market, supported by strong deployment across data centers, telecom infrastructure, industrial facilities, and energy storage projects. The region benefits from early adoption of advanced power management technologies and a high concentration of critical infrastructure requiring uninterrupted power supply. Enterprises across the United States and Canada prioritize battery reliability, predictive maintenance, and safety compliance, driving consistent demand for battery monitoring solutions. Increasing investments in grid modernization and backup power systems further strengthen adoption. Battery monitoring systems are widely used to reduce operational risks and extend battery lifecycle. The region also shows strong demand for integrated hardware and software platforms that enable centralized monitoring. High awareness of preventive maintenance practices supports steady market expansion. North America continues to lead in technology adoption and system standardization.

Europe

Europe holds approximately 29% of the Battery Monitoring System Market, driven by widespread use of battery systems in telecom networks, industrial operations, and renewable energy storage. The region emphasizes energy efficiency, system reliability, and operational sustainability, which supports adoption of advanced battery monitoring solutions. European enterprises focus on monitoring battery performance to meet strict safety and operational standards. The growing presence of distributed energy resources increases the need for continuous battery health tracking. Integration of monitoring systems with digital energy management platforms is common across the region. Europe also benefits from strong industrial automation and infrastructure development. Battery monitoring solutions help reduce downtime and maintenance costs. The regional outlook remains stable with increasing deployment across both legacy and modern power systems.

Germany Battery Monitoring System Market

Germany represents around 11% of the Battery Monitoring System Market, reflecting its strong industrial base and advanced energy infrastructure. The Germany market is characterized by high adoption of battery monitoring systems across manufacturing facilities, energy storage installations, and critical backup power applications. Enterprises focus on precision monitoring to support automation and operational continuity. Battery monitoring solutions are widely used to optimize energy storage performance and enhance safety compliance. The country’s emphasis on industrial efficiency and digital transformation supports consistent demand. Monitoring systems enable predictive maintenance and asset optimization. Germany also shows strong interest in scalable and integrated solutions. The market benefits from technological expertise and long-term infrastructure planning.

United Kingdom Battery Monitoring System Market

The United Kingdom accounts for nearly 9% of the Battery Monitoring System Market, driven by demand across telecom networks, commercial buildings, and energy storage projects. The UK market emphasizes reliability of backup power systems to support critical services and digital infrastructure. Battery monitoring systems are increasingly adopted to manage distributed battery assets and reduce maintenance risks. Enterprises prioritize real-time monitoring and remote diagnostics. Growing investments in energy resilience and infrastructure upgrades support market growth. Battery monitoring helps organizations improve operational efficiency and safety readiness. Integration with building and energy management systems is common. The United Kingdom market shows steady adoption supported by modernization initiatives and expanding critical power requirements.

Asia-Pacific

Asia-Pacific accounts for nearly 28% of the Battery Monitoring System Market, driven by rapid industrialization, expanding telecom networks, and large-scale deployment of energy storage systems across the region. Countries in Asia-Pacific are witnessing strong growth in data centers, manufacturing facilities, and infrastructure projects that require reliable backup power solutions. Battery monitoring systems are increasingly adopted to ensure operational continuity, minimize downtime, and improve battery lifecycle management. Rising investments in renewable energy storage and grid support systems further strengthen demand. Enterprises across the region focus on scalable and cost-effective monitoring solutions to manage large battery installations. Remote monitoring and centralized control are gaining importance due to geographically distributed assets. The region benefits from increasing awareness of preventive maintenance practices. Asia-Pacific continues to show strong potential due to expanding industrial and digital ecosystems.

Japan Battery Monitoring System Market

Japan represents approximately 7% of the Battery Monitoring System Market, supported by advanced technology adoption and a strong focus on power reliability. The Japan market emphasizes high-precision battery monitoring systems for data centers, industrial automation, and energy storage applications. Enterprises prioritize safety, accuracy, and long-term reliability in battery management. Battery monitoring systems are widely used to prevent performance degradation and ensure compliance with strict operational standards. The country’s focus on energy efficiency and resilient infrastructure supports steady adoption. Monitoring solutions help optimize battery usage and reduce maintenance costs. Integration with smart energy and automation platforms is common. Japan’s emphasis on technological innovation enhances demand for advanced monitoring features. The market remains stable with consistent investments in critical power infrastructure.

China Battery Monitoring System Market

China accounts for nearly 14% of the Battery Monitoring System Market, driven by large-scale industrial expansion, extensive telecom infrastructure, and significant deployment of energy storage systems. The China market shows strong demand for battery monitoring solutions across manufacturing plants, data centers, and power distribution environments. Enterprises focus on monitoring battery health to support uninterrupted operations and improve asset utilization. Growing investments in renewable energy and grid stabilization increase the need for reliable battery monitoring. Cost-effective and scalable solutions are highly preferred. Monitoring systems help reduce operational risks and extend battery service life. Adoption is supported by infrastructure modernization initiatives. China continues to be a major contributor due to its vast battery deployment base. The market outlook remains robust with ongoing industrial growth.

Rest of the World

Rest of the World holds around 8% of the Battery Monitoring System Market, supported by growing investments in infrastructure, telecom networks, and energy projects. The region relies heavily on battery-backed power systems due to grid variability and remote operations. Battery monitoring systems are increasingly used to ensure reliability in oil and gas facilities, data centers, and critical infrastructure. Enterprises focus on real-time monitoring to prevent unexpected failures and reduce maintenance challenges. Expansion of renewable energy storage projects also supports adoption. Harsh environmental conditions increase the need for continuous battery health tracking. Monitoring systems help improve operational efficiency and safety. The region shows gradual but steady growth driven by infrastructure development and power reliability requirements.

List of Top Battery Monitoring System Companies

• Benchmark Electronics
• NDSL Group Limited
• Texas Instruments
• Powershield
• Batterydaq
• Canara Inc.
• Eagle Eye Power Solutions, LLC
• HBL Power Systems Ltd.
• BTECH Inc.
• Storage Battery Systems, LLC
• Schneider Electric
• ABB
• Socomec Group
• General Electric (GE)
• Curtis Instruments, Inc.

Top two companies with the highest market share

• Schneider Electric: 18% market share
• ABB: 15% market share

Investment Analysis and Opportunities

The Battery Monitoring System Market presents strong investment potential as industries increasingly prioritize power reliability, asset optimization, and preventive maintenance. Investments are flowing toward advanced monitoring hardware combined with intelligent software platforms that deliver real-time diagnostics and predictive insights. B2B buyers are allocating capital to battery monitoring solutions to reduce operational risks, lower maintenance costs, and extend battery lifespan across critical infrastructure. Venture funding and strategic investments are particularly focused on scalable systems that support large battery installations in data centers, telecom networks, and energy storage facilities.

Significant opportunities exist in developing modular and interoperable battery monitoring systems that can be deployed across diverse battery chemistries and configurations. Investors are showing interest in companies offering flexible solutions that integrate with energy management systems and industrial automation platforms. Emerging applications in renewable energy storage and distributed power infrastructure further expand the opportunity landscape. As enterprises continue to modernize power infrastructure, the Battery Monitoring System Market offers long-term opportunities for investors seeking stable returns driven by critical operational needs and expanding battery deployments.

New Product Development

New product development in the Battery Monitoring System Market is increasingly focused on enhancing intelligence, scalability, and real-time decision-making capabilities. Manufacturers are introducing next-generation monitoring hardware equipped with high-precision sensors that can accurately measure voltage, temperature, current, and internal resistance across diverse battery configurations. These new products are designed to support both traditional and advanced battery chemistries, enabling broader deployment across data centers, telecom sites, industrial facilities, and energy storage systems.

On the software side, product innovation is centered on advanced analytics, predictive maintenance algorithms, and user-friendly dashboards. New battery monitoring platforms leverage data analytics to identify early signs of degradation and potential failure, helping organizations take proactive corrective action. Manufacturers are also developing secure communication features and integration-ready platforms that seamlessly connect with energy management and industrial control systems. Cloud-based monitoring solutions with remote access and automated alerts are becoming standard in new product launches.

Five Recent Developments (2023–2025)

• Manufacturers expanded AI-enabled battery analytics to improve early fault detection and predictive maintenance across large battery installations in data centers and energy storage systems.
• Several companies launched wireless battery monitoring platforms designed for faster deployment and simplified retrofitting of existing battery banks in telecom and industrial facilities.
• Integration-focused monitoring solutions were introduced to support seamless connectivity with energy management systems, building management systems, and industrial automation platforms.
• Advanced monitoring hardware with higher sensor accuracy was developed to support lithium-ion and hybrid battery chemistries used in modern power infrastructure.
• Cloud-based battery monitoring solutions gained traction, enabling centralized monitoring, remote diagnostics, and real-time alerts for geographically distributed battery assets.

Report Coverage of Battery Monitoring System Market

The Battery Monitoring System Market report provides a comprehensive analysis of the industry landscape, focusing on technology trends, component analysis, battery types, end-user adoption, and regional performance. The report examines how battery monitoring systems are deployed across critical infrastructure such as telecom networks, data centers, industrial facilities, automotive applications, and energy storage systems. It covers detailed insights into monitoring hardware, software platforms, wired and wireless technologies, and their role in ensuring battery reliability, safety, and lifecycle optimization. The scope also includes analysis of lithium-ion, lead acid, and other battery chemistries to reflect evolving power storage requirements.

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The report further evaluates regional outlooks across North America, Europe, Asia-Pacific, Middle East & Africa, and key country-level markets to highlight adoption patterns and operational priorities. It assesses competitive positioning, product innovation trends, and strategic developments shaping the Battery Monitoring System Industry. Emphasis is placed on B2B decision-making factors such as preventive maintenance, operational efficiency, and asset management. The coverage is designed to support stakeholders, manufacturers, investors, and enterprise buyers seeking actionable insights into the Battery Monitoring System Market dynamics, opportunities, and long-term industry outlook.

SEGMENTATION

Regional Analysis

The global battery monitoring system market has been segmented into North America, Europe, Asia Pacific, Latin America, and Middle East & Africa. In North America, the Electric Vehicles Initiative (EVI) is a multi-government strategy to speed up electric vehicle adoption. Additionally, increasing investments in data centers and growing renewable power generation capacities in economies such as the US and Canada are the key markets for battery monitoring systems in the region. In Europe, governments have started offering subsidies related to electric vehicle manufacturing, which is expected to increase the demand for a battery monitoring system in EV batteries. Asia-Pacific is expected to the dominant player as the market for battery monitoring system is boosting due to the rising demand from various end-use industries, such as electric vehicles, energy storage, and portable consumer electronics. The demand is also triggered by the increasing number of telecom towers, raising awareness on clean energy generation, rising command for industrial storage, rising electrification drive in developing countries, increasing automobiles sales, falling solar energy costs, etc. The Latin America battery monitoring system market is expected to grow due to the expanding the automotive industry, in Brazil and Mexico due to NAFTA between the US- Mexico, which is expected to project electric vehicle sales. The market in the Middle East & Africa is expected to experience considerable growth in the coming years with increasing investments on smart, clean, and sustainable development projects.

Key Industry Developments

• In Jul 2019, Benchmark Electronics, Inc., a global provider of manufacturing, engineering and design services, announced the appointment of Rhonda Turner as chief human resources officer (CHRO). Turner will lead all aspects of human resources.
• In Apr 2019, Schneider Electric, the leader in the digital transformation of energy management and automation, today announced the appointment of Jaya Mahadevan as the Director - Distribution & IT Channel Business for Secure Power.
• In Jan 2018, Maxim launched an advanced battery management system for developing a smarter car in the future. Automotive OEMs can enhance the safety of their lithium-ion battery packs with robust communications, comprehensive diagnostics, and lower system costs with the company’s MAX17843 12-channel, high-voltage smart sensor data-acquisition device.