Industrial Solid-State LiFePO4 Battery

Key Benefits:

Unmatched Reliability in Harsh Conditions: 

Immune to the performance issues caused by temperature fluctuations, vibration, and physical shock that can plague liquid-based batteries in industrial settings.

Maintenance-Free & Ruggedized Design: 

A completely sealed, robust construction requires zero maintenance and is built to withstand dust, moisture, and corrosive atmospheres common in manufacturing, mining, and marine industries.

Wide Operational Temperature Window: 

Operates flawlessly in extreme cold and high heat without the need for external thermal management systems, simplifying design and reducing energy overhead.

Long-Term Cost Efficiency: 

The combination of a dramatically longer lifespan, zero maintenance costs, and reduced failure rates results in the lowest lifetime cost for industrial power needs.

Solid-state lithium battery: the next generation of lithium battery technology

●    Solid-state lithium battery combines high safety and high energy density battery technology.

●    The fundamental feature is the replacement of a liquid electrolyte with a solid electrolyte.

●    The crucial technology is the innovative development of materials.

●    Fully replace all solid state batteries; partially replace solid state batteries.

●    Most traditional lithium battery applications can be replaced by safer solid-state lithium batteries;

●    Due to safety factors, some areas that cannot use traditional lithium batteries are also potential markets for solid-state lithium batteries;

●    High safety, high energy density solid-state lithium batteries will greatly promote the trend of electrification in more fields.

SOLID-STATE LITHIUM BATTERY TECHNOLOGY

High Safety

Solid-state electrolyte material

●  In 2007, LLZO conductivity 310-4S / cm, lithium metal stability.

●  In 2015, Ta-LLZO, with a conductivity of 1.6 mS / cm.

●  In 2017, Ga-LLZO, a conductivity of 1.46 mS / cm.

Solid-state electrolyte material

●  Safety and cycle stability is further improved by electrolyte coating

Safety performance comparison

High Energy Density

Ceramic and lithium supplement material technology

●  High environmental stability of ceramic lithium supplement material.

●  Break the bottleneck of lithium supplement technology for high-gram capacity materials.

●  High specific energy materials such as lithium metal can be used

●  Lift the voltage through the core material

●  Further increase the energy density

Low Cost

Surface modification technology of lithium metal

●  Multilayer composite film can be mass-produced.

●  Realize ion blending, dendrite protection, surface passivation function.

●  Material cost did not increase significantly

●  High ratio can reduce unit costs

●  Simplify thermal management and reduce PACK costs

SOLID TECHNOLOGY PRODUCT ROADMAP

●    Improved Performance From Material Innovation.

●    Reduce Battery Cost By Production Upgrade.

●    Mass-production Through Facilities Modification.

Electrical Specifications:

Nominal Voltage204.8V

Nominal Capacity100Ah

Parallel ConnectionNo

Serial ConnectionNo

BMS64S100A

ProtectionOver charge, Over discharge, Over current, Over temp, Short, Balance

Communication2×RS485 and 1×CAN; LCD

Cycle Life5000times Cycles @100%DOD and 10000times @80% DOD

Self DischargeLess than 3% per month

Charge Efficiency100% @0.2C

Discharge Efficiency98-100% @1C

Charge Specifications:

Charge Voltage230.4±3.2V

Standard Current20A

Fast Current50A

Charge Specifications:

Standard Current20A

Max. Con. Current100A

Peak Current500A (100ms)

Cut-off Voltage160V

Mechanical Specifications:

Dimensions (mm)550×490×1037mm

Approx Weight(KG)170

Terminal TypeES07 Energy Storage Quick Insert

Case Color/materialWhite Metal case

IP RatingIP65

Cell Type3.2V 50Ah solid state cell

Temperature Specifications:

Charge Temp0°C to 55°C （32°F to 131°F）

Discharge Temp-20°C to 60°C （-4°F to 140°F）

Storage Temp-20°C to 45°C （-4°F to 113°F）

Key Points for Quality control:

Cell match: More strict cell matching standard, the difference of lnternal resistance is 1mΩ and voltage is 5mV.  

Automatic cells welding: Cells are assembled by Automatic welding equipments to ensure the quality reliability and consistency.

100% Cycle test: All battery packs are 100% cycle tested (Fully Discharged→Fully Charged→Fully Discharged→60% Charged) before package and all test reports are stored.

Unique tracking number: All battery packs are lasered an unique number on the case side for quality tracking.

Product advantages:

   Higher Safety：no fire and no smoke even if penetrated by nails.

   Longer Cycle life: over 5000times at 100% DOD and over 10000times at 80% DOD

   Better performance at low temperature: over 97% capacity discharged at -20°C.

   Lower temperature rising when working, less than 7°C rising at 0.5C.

   Modular, Scalable & Proven Performance.

   Compatible with most Brands inverters.

   Maintenance Free.

Characteristics Curve:

Dimensions:

Ideal For: Powering mission-critical industrial equipment (AGVs, robotics), telecommunications infrastructure, marine and offshore equipment, mining machinery, and backup power for data centers.

Customized items:

Case color: Customized case color is acceptable based on quantity more than 300pcs per batch.

Label design: We can help you to design customized label on the battery.

Carton design: Customized carton is acceptable based on quantity more than 200pcs per batch.

Certificates: 50% discount on certificates cost for first bulk order and 100% reback for future orders.

NDA agreement: NDA agreement is allowed and necessary to protect your benefits.

Engineer Risk Out of Your Operation. Speak with our industrial solutions team to specify batteries for your most critical applications.