Top 50 Battery Management System

This startup manufactures battery management systems utilizing lithium-ion technology to enhance battery lifespan, performance, and safety. Their systems optimize charging and discharging processes, accommodate various battery cell capacities, and minimize charging times, thereby reducing the carbon footprint for industries reliant on battery power.

DeepVolt provides an AI-driven battery management system for electric vehicles. Our platform optimizes charging and discharging cycles and predicts battery degradation to extend battery life and improve vehicle range.

Haylon Technologies develops advanced battery management systems that enhance the performance and lifespan of batteries across various applications, including aviation, grid storage, and aerospace. Their technology addresses issues of reduced flight time, limited storage duration, and temperature sensitivity, enabling more efficient energy use and longer operational cycles.

BattGenie develops software-based lithium-ion battery management systems that utilize physics-based models to optimize charging profiles for electric vehicles, consumer electronics, and grid storage applications. This technology enables rapid charging in minutes while extending battery lifespan, eliminating the need for additional hardware.

Element Energy has developed a proprietary Battery Management System (BMS) that utilizes adaptive algorithms to monitor and manage individual battery cells, enhancing safety, longevity, and energy output. This technology addresses the risk of battery failures and recalls by isolating defective cells and optimizing performance, resulting in up to 50% increased battery lifetime and energy throughput.

XBattery develops high-voltage Battery Management Systems (BMS) and energy storage solutions. Their products are designed for applications in grid infrastructure, commercial and residential buildings, and electric vehicles, optimizing power management and energy efficiency.

The startup develops proprietary battery packs featuring advanced thermal management technology that continuously monitors battery health and performance across varying weather conditions. This technology provides electric vehicle manufacturers with safe, high-performance batteries that enable fast charging and increased range, addressing the limitations of current market offerings.

Breathe Battery Technologies develops physics-based battery management software that enhances electric vehicle and consumer electronics battery performance by increasing charge speed and cycle life while maintaining safety. Their technology addresses the challenge of balancing charge speed, cycle life, and energy density, enabling manufacturers to optimize battery utilization without compromising on quality.

Pulsetrain develops integrated battery management and inverter technology for electric vehicles and related applications. Their system combines advanced hardware and software to actively manage thermal risks and precisely control battery performance, extending lifespan by up to 80%. This technology optimizes charging speeds, enhances vehicle efficiency, and improves overall power delivery across automotive and non-road machinery.

Zitara develops edge-learning battery management software that provides accurate State of Charge (SoC) and State of Health (SoH) estimates for large-scale battery deployments. Their solutions enhance battery performance, extend lifespan, and minimize downtime through continuous monitoring and optimization tailored to specific operational conditions.

Volteek provides a modular battery‑control platform that delivers intelligent safety circuits, high‑precision SoC/SoH/SoP estimation, and active cell‑balancing for battery packs up to 1200 V across multiple chemistries. The system offers real‑time isolation‑resistance monitoring, remote telemetry, OTA firmware updates, and standardized APIs to enable OEMs and integrators to quickly integrate and manage high‑performance packs for mobility, industrial, and grid‑scale applications.

All Good Energy designs and integrates custom battery packs and tailored Battery Management Systems (BMS) for diverse applications like e-mobility and residential backup power. They provide end-to-end energy storage solutions to enhance energy management and reliability.

Zhian New Energy develops control systems for smart batteries, focusing on enhancing the efficiency and lifespan of robotic power sources. Their technology addresses the limitations of traditional battery management, enabling more reliable and optimized energy usage in robotic applications.

Matador Lectro engineers custom LiFePO4 battery packs and Battery Management Systems (BMS) for electric vehicles and industrial energy storage. They also provide specialized repair services and spare parts for electric motorcycles, supporting the transition to sustainable energy solutions.

LEALIAN develops multi-cloud systems for optimizing energy efficiency in vehicle mobility and battery management. Their solutions help improve the performance and longevity of electric vehicle batteries and overall vehicle energy consumption.

Verne Power develops modular Battery Management Systems (BMS) specifically for Lithium Iron Phosphate (LiFePO4) applications in Light Electric Vehicles (LEVs), Energy Storage Solutions (ESS), and autonomous robots. The BMS features active balancing, smart heating, and an accurate State of Charge (SoC) algorithm to maximize performance and lifespan. It offers broad inverter compatibility and supports industry-standard communication protocols like CAN-bus and RS485 for easy system integration.

Robatt provides electrode-level battery monitoring and real-time data analytics to predict battery failures and optimize energy consumption. Their system offers visibility into battery health for industrial equipment, backup systems, and critical infrastructure, enabling predictive maintenance and extended asset lifespan.

Chengmandian Energy Technology provides battery operation management services that utilize advanced monitoring and optimization techniques to extend the life cycle of lithium batteries. This service addresses the rapid degradation of battery performance, enhancing efficiency and reducing replacement costs for users.

Relectrify develops CellSwitch™, a cell-level battery control technology that integrates battery management and bi-directional inverter functions, enhancing energy storage system performance. This solution extends battery life by 20-30% and increases revenue potential by over 20%, addressing the high costs and inefficiencies associated with traditional battery storage systems.

Delta Charge develops advanced battery management systems (BMS) for high-performance electric vehicle and grid storage applications. Their proprietary software optimizes cell balancing and thermal regulation to extend battery lifespan and enhance energy throughput. This technology ensures reliable, safe operation across demanding power cycling environments.

reLi Energy provides software solutions to optimize the performance and extend the operational lifetime of battery energy storage systems. Their tools include battery analytics, cost APIs, and simulation software for various stakeholders in the energy sector. This optimization directly leads to increased profitability and efficiency for battery asset owners and operators.

Provides a cloud-based predictive battery analytics platform that uses AI to monitor and optimize the performance, safety, and lifespan of lithium-ion battery systems. By analyzing data from over 4 GWh of managed battery storage, it helps industries like energy, automotive, and maritime reduce downtime, improve state-of-charge accuracy, and extend battery lifetime by up to 25%.

Zaptics Research develops high-reliability electronic control systems and embedded systems specifically for electric mobility and energy storage applications. The company specializes in in-house product development, delivering robust solutions such as Battery Management Systems (BMS) and Vehicle-Side Charge Controllers (EVCC). This end-to-end engineering approach ensures performance, quality, and compliance for production-ready automotive ECUs.

ACE Battery provides clean energy solutions through digital management systems that optimize battery performance and energy usage. The company addresses the inefficiencies in energy consumption and storage by offering intelligent services that enhance operational efficiency for businesses.

BeePlanet Factory repurposes used electric vehicle batteries for secondary applications by employing battery management systems that enhance lifespan and performance. This process reduces battery waste while providing sustainable energy storage solutions to meet increasing demand.

Quartux provides Battery Energy Storage Systems with Tier 1 hardware and a predictive management platform that automates charge‑discharge cycles for peak shaving, load shifting, and market participation. The solution includes 24/7 local support, performance guarantees, and training to help large industrial users and power generators in Latin America improve reliability, cut electricity costs, and integrate renewables.

Shanhai Semiconductor develops high-performance analog front-end (AFE) chips specifically designed for battery management systems (BMS) in energy storage and electric vehicle applications, providing precise high-voltage monitoring solutions. Their technology eliminates the need for calibration during production, streamlining the integration process for manufacturers and enhancing system reliability.

Lvzhou Technology offers an AIOS control center platform that integrates artificial intelligence and Internet of Things (IoT) technologies for intelligent management of energy and battery systems. This platform enhances operational efficiency and data-driven decision-making in energy management, addressing the challenges of resource optimization and monitoring.

Pera AI develops AI-enabled power management systems for electric vehicles, drones, and robotics, optimizing power usage and enhancing battery life through real-time monitoring at the edge of the network. Their platform also provides predictive reliability assessments by analyzing sensor data to identify potential system failures before they occur.

The startup develops customized storage battery solutions, including battery cells, packs, and management systems, tailored for industries such as automotive, semiconductors, and aerospace. By leveraging advanced research and development, the company provides efficient power models that meet the specific energy storage needs of its clients.

BatteryGo Technologies provides a point-of-sale and inventory management system specifically designed for roadside assistance providers, enabling real-time battery price calculations and accurate inventory tracking. This technology enhances operational efficiency and increases revenue by automating sales processes and ensuring precise delivery documentation.

Battery Smart operates a dense network of battery-swapping stations for electric two and three-wheelers in India, providing fully charged Li-ion batteries in just two minutes. This system eliminates the need for vehicle owners to invest in battery ownership, significantly reducing capital expenditure and enhancing operational efficiency.

Storio provides turnkey energy storage systems for commercial and industrial customers, integrating battery hardware with grid connection and certification services. Their Energy Management System continuously monitors assets to optimize energy flows, reduce electricity costs, and maximize revenue from ancillary services. The company handles all phases—from data-driven sizing and supplier selection to installation, operation, and maintenance—under a profit‑sharing model.

Fractal Energy offers a Plug Play energy management solution that combines a 1kWh battery storage system with a smart meter interface to optimize household electricity consumption. This technology enables users to shift energy use to off-peak hours, reducing electricity bills and minimizing reliance on fossil fuels during peak demand.

WiBotic develops wireless power systems and battery management software that enable autonomous charging for aerial and underwater robots, regardless of battery chemistry or voltage. This technology eliminates the need for physical charging connections, reducing maintenance issues and maximizing operational uptime for robotic fleets.

Novus Sentry specializes in battery health diagnostics, utilizing advanced monitoring techniques to assess battery performance and safety. The company aims to enhance battery longevity and reliability, addressing issues of premature degradation and safety risks in energy storage systems.

Pfaffen develops thermal management control algorithms and sensors for detecting thermal runaway and battery electrolyte leakage, addressing safety risks in electric vehicle battery systems. Their technology enhances the reliability of thermal management systems, ensuring optimal performance and preventing hazardous failures.

Lavle develops battery modules that enhance energy density and thermal stability, addressing safety concerns in high-performance applications. Their technology aims to improve the reliability and lifespan of battery systems used in electric vehicles and renewable energy storage.

ADS-TEC Energy develops battery storage-based platform solutions that integrate advanced software to enable ultra-fast charging of electric vehicles and optimize energy consumption for industrial applications. Their technology addresses high power demand fees and enhances grid stability, ensuring reliable performance for up to 10 years through a digital twin of battery modules.

Southchip Semiconductor Technology designs and manufactures integrated circuits for charging management, battery management solutions, and power management ICs, specifically targeting consumer electronics, automotive, and industrial applications. Their technology addresses the need for efficient power conversion and management, enhancing device performance and reliability while reducing energy consumption.

Eatron Technologies develops AI-powered battery optimization software for lithium-ion systems across various mobility and energy sectors. This software suite integrates at the edge or in the cloud to enhance battery safety, extend operational lifetime, and improve performance metrics like state of charge estimation. The platform supports major lithium-ion chemistries to deliver production-ready intelligence for electrification challenges.

Pomega manufactures lithium-ion battery cells and modules for energy storage systems. They provide turnkey energy storage solutions for various applications.

SES manufactures Hybrid Li-Metal Batteries specifically designed for electric vehicles, utilizing a combination of lithium and metal anodes to enhance energy density and reduce weight. This technology addresses the limitations of traditional lithium-ion batteries, providing longer range and faster charging capabilities for EVs.

NX develops power electronics for electric mobility, including high-efficiency inverters and battery management systems, to enhance the performance and safety of electric vehicles. Their technology reduces production complexity and costs, facilitating the transition to electrification in various vehicle applications.

Esmito offers a Battery Management System and automated battery swapping kiosks designed for logistics and last-mile mobility applications, facilitating efficient energy management for electric vehicles and energy storage. Their solutions address the need for reliable energy access and streamlined battery usage, enhancing operational efficiency in the growing electric mobility sector.

Adiabatic develops lithium-ion battery packs for electric vehicles that feature a 10x reduction in life degradation compared to conventional batteries, enhancing longevity and performance. Their technology includes an intelligent cooling system and a battery management system that connects to smartphones, providing real-time vehicle data and ensuring safer operation.

Stromcore designs and manufactures Lithium-Ion forklift batteries that charge in under one hour and operate efficiently in temperatures as low as -20°F. Their modular battery system provides 24/7 runtime with reduced maintenance costs, delivering potential annual savings of up to $8,000 per forklift.

This startup develops high-voltage lithium-ion battery systems utilizing carbon fiber structural cells to create a lightweight energy storage solution for high-performance applications. Their technology enables the automobile industry to meet the increasing demand for efficient energy storage in electric vehicles and renewable energy systems.

EVT Batteries designs and manufactures advanced traction battery systems for electric vehicles and industrial applications. Their solutions feature patented thermal management for superior energy density, faster charging, and enhanced safety, accelerating electrification across demanding sectors.

Brisk EV Energy designs and manufactures electric vehicles in India, utilizing a sophisticated battery management system and a vehicle control unit to enhance performance and safety. The company addresses the need for sustainable transportation solutions by providing electric bikes with extended ranges and rapid acceleration, promoting eco-friendly mobility.