Battery Energy Storage & Management Systems for H2 Powertrains

zz SMRT Ltd.

  • Advanced battery systems optimized for hydrogen fuel cell technology, ensuring efficient energy capture and release.
  • Materials:
    • Li-Fe-Po: Lithim Iron Phosphate (LiPo)
    • NCM: Nickel Cobalt Manganese
    • Li: Lithium
  • Multiple brands, voltages, configurations, and battery chemistries available, including fast-charging solutions.
  • Essential battery, BMS, and FCCU systems tailored for hydrogen fuel cell powertrains, simplifying complexity and reducing costs.
  • Wide adoption of cell packs, from individual cells to complete energy storage systems, including the 590-module for vehicle and storage applications.
  • 12 GWh production factory with the capacity to produce 450,000 units, offering flexibility and manageable lead times.

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Essential Battery and BMS Systems for Hydrogen Fuel Cell Powertrains:

  • In the world of hydrogen fuel cell technology, integrating a high-quality battery and Battery Management System (BMS) is crucial for achieving optimal performance and reliability.
  • While hydrogen fuel cells provide a clean and efficient power source, a robust battery and BMS are essential to complement their capabilities, especially in vehicle applications.
  • The Role of BMS:
    • A sophisticated BMS is vital for monitoring and managing the battery's health, performance, and safety.
    • It ensures optimal battery life, prevents overcharging or discharging, and provides real-time data to optimize the overall system performance.
    • A well-integrated BMS also enhances the safety and reliability of the hydrogen fuel cell system, making it an indispensable component of any high-performance energy solution.
    • Note: Some fuel cells can carry BMS operations in the FCCU
  • Fast-Charging Battery Solutions:
    • To maximize the potential of hydrogen fuel cell systems, having a high-performance, fast-charging battery is imperative.
    • This ensures that the energy stored can be quickly replenished, supporting the power demands of dynamic applications and reducing downtime.
    • Fast-charging capabilities enhance operational efficiency and are critical for applications requiring rapid refueling or recharging, such as in commercial vehicles and industrial machinery.
  • Incorporating advanced battery and BMS systems with your hydrogen fuel cell technology not only boosts performance but also ensures a seamless and efficient energy experience
  • zzSMRT can assist with system design and sizing as well
  • Already widely adopted Cell packs and soft cell packs can be produced for your application in a month. 
  • From individual cells to comlete energy storage and delivery systems:
    • -20c & -30c Cold temperature capable systems
    • Charging capability 5C, for some configurations
    • Super Fast Charge A02 Series: 800VTC implements charging from 10% to 80% only takes 24 minutes
    • Efficient liquid cooling thermal management
    • Multistage active fire protection system, according to NFPA855
    • LFP pack design with module expansion force management
    • Long Cycle life, & usage history
    • Safety NO TP
  • Services provided:
    • Design, sizing & Simulation Services
    • Build, test and production services
    • 590 high volume modules, can be widely used in sedans, SUVs, MPVS, supercars and other models.
    • Even the smaller applications such as 2kW & 3kW vehicles,super fast charging & energy storage, unmanned aerial vehicle etc.
    • Fuel Cells & infrastructure supporting energy storage
  • Materials:
    • Li-Fe-Po: Lithim Iron Phosphate (LiPo)
    • NCM: Nickel Cobalt Manganese
    • Li: Lithium

Key features

  • Sophisticated Battery Management System (BMS): Real-time monitoring, safety management, and optimization of battery health and performance.
  • Fast Charging Solutions: Charge batteries from 10% to 80% in just 24 minutes with our Super Fast Charge A02 Series (800VTC).
  • Cold Temperature Operation: Battery systems capable of performing in -20°C to -30°C environments.
  • Efficient Liquid Cooling: Advanced thermal management for optimal performance and safety.
  • Multistage Active Fire Protection: In line with NFPA 855 standards for enhanced safety.
  • LFP Pack Design with Expansion Force Management: Long cycle life with robust structural integrity.
  • High-Volume Production: Scalable solutions, including 590 high-volume modules, suitable for sedans, SUVs, MPVs, and supercars.
  • Small Application Compatibility: Solutions available for smaller power systems like 2kW and 3kW vehicles, unmanned aerial vehicles, and energy storage systems.
  • Long Cycle Life & Safety: Safe operation with no thermal propagation and comprehensive usage tracking.

Application areas

  • Automotive Industry
  • Commercial Vehicles & Industrial Machinery
  • Unmanned Aerial Vehicles
  • Fuel Cells & infrastructure supporting energy storage
  • Energy Storage Systems

Contact us:

  • Interested in services from zzSMRT? Please contact zzSMRT by filling in the contact vendor form or request for quote form.
zz SMRT Ltd.

zz SMRT Ltd. is a leading Canadian engineering consulting firm, excelling in hydrogen projects, prototyping, and high-priority global initiatives. Established in 2017, the company specializes in functional safety and process-oriented development for advanced software and hardware.

Core Competencies:

  • H2 Fuel Cell EV procurement & Integration: Leading hydrogen fuel cell technology integration
  • Functional Safety & Development: Expertise in software and hardware development, adhering to rigorous safety standards.
  • Global Project Support: Experience in EV/ICE automotive, hydrogen rail, autonomous trucks, and SAFE controllers with SIL3 products.
  • Standards Compliance: Success in aligning global test procedures for product industrialization and EBIT efficiency.
  • Homologation & Industrialization: Efficient strategies for bringing products to market.
  • Risk Analysis: Comprehensive software and hardware risk analyses.
  • Functional Safety Verification: Ensuring compliance with IEC 61508, ISO 26262, and ISO 13849.
  • Cybersecurity: Robust protection for software and hardware systems.

Certification Guidence for:

  • EN 50657, 50128, 50129
  • IEC 61508, ISO 26262, ISO 13849
  • SAE, FMVSS, WMI, NHTSA compliance

OEM Representation: Agent for OEMs in hydrogen fuel cells, battery , and controller/BCM modules, advancing technology in automotive and transportation sectors

99% of all inquiries get answered within 5 days. Your inquiry will be sent immediately to the right person within the vendor organisation.

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