Solution Provider of Solid-state Batteries

SOLUTION PROVIDER OF SOLID-STATE BATTERIES

SOLUTION

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Solid-state Electrolytes for Lithium Batteries

SOLID-STATE ELECTROLYTES for LITHIUM BATTERIES

ONE

Solid-state Electrolytes with Wide-range Temperature and High Safety

This series of electrolytes possess excellent thermal stability, wide electrochemical stability window and better mechanical properties. The optimized solvent and functional additive components can improve the ion conductivity and ion transference number, which ensures long-term stability and excellent kinetics of the batteries.

  • High Safety

    Solid-state electrolytes enable acupuncture,crush, thermal shock and overcharge tests without fire and explosion.

  • Wide-range Temperature

    Applicable to a wide temperature range of -40-70 ℃

  • Application Systems

    LiFePO4, LiCoO2, Ni-rich cathode materials

Physical Property

MoistureFree acidDensity（25℃）ChromaticityViscosityConductivity after polymerization
≤20ppm≤50ppm1.2±0.05g/cm3≤20Hazen≤3mPa·s3~4mS/cm
Conductivity（25℃）Electrochemical Stability WindowIon Transference NumberThermal StabilityMechanical PropertyStorage temperature
8-10mS/cm5.4 V≥0.7150 ℃2GPa5-15℃

Electrochemical Performance（NCM613+Graphite，4.2V）

Cycle Performance@25℃Under 1CC/1CD，the capacity retention is more than 88% after 2500 cycles
Cycle Performance@55℃Under 1CC/1CD，the capacity retention is more than 85% after 2000 cycles
Capacity Retention@-20℃More than 80% room temperature capacity

Safety Performance

Safety test itemsStandard GB31241-2022Safety performance of POLYENTECH solid-state battery
Nail penetrationCanceled in the new GB requirementφ5mm steel nail，vilosity of 25mm/s
Thermal AbuseMaintain at (130 ± 2) ℃ for 30 minMaintain at 150 ℃ for 1 h
Impact testMass: 9.1±0.1kg, Height:610±25mmMass: 10 kg, Height:700 mm
External short circuit at high temperature57±4 ℃, maintain full charge for 30 min and then connect cathode and anode60 ℃, maintain full charge for 2 h and then connect cathode and anode

TWO

Solid-state Electrolytes with High Temperature and High Safety

This series of solid-state electrolytes have excellent thermal stability, wide electrochemical stability window and improved mechanical properties. The functional additives in the electrolytes are conducive to the formation of stable electrode-electrolyte interfaces and can inhibit the structural degradation of the electrodes, ensuring the long-term cycle of the solid-state batteries.

  • High Safety

    Solid-state electrolytes enable acupuncture,crush, thermal shock and overcharge tests without fire and explosion.

  • Simpler Packing Process

    Reduced cooling components and energy consumption, and more free space for the battery pack

  • Application Systems

    LiFePO4, LiCoO2, Ni-rich cathode materials

Physical Property

MoistureFree AcidDensity（25℃）ChromaticityViscosityConductivity after polymerization
≤20ppm≤50ppm1.2±0.05 g/cm3≤20Hazen≤3mPa·s3~4mS/cm
5-15℃
Conductivity（25℃）Electrochemical Stability WindowIon Transference NumberThermal StabilityMechanical PropertyStorage temperature
8-10mS/cm5.5 V≥0.7180 ℃2GPa5-15℃

Electrochemical Performance（NCM613+Graphite，4.2V）

Cycle Performance@25℃Under 1CC/1CD，the capacity retention is more than 80% after 2500 cycles
Cycle Performance@65℃Under 1CC/1CD，the capacity retention is more than 85% after 900 cycles
Hot storage stability（85℃，28d）Volume Expansibility <10%

Safety Performance

Safety test itemsStandard GB31241-2022Safety performance of POLYENTECH solid-state battery
Nail penetrationCanceled in the new GB requirementφ5mm steel nail，vilosity of 25mm/s
Thermal AbuseMaintain at (130 ± 2) ℃ for 30 minMaintain at 150 ℃ for 1 h
CrushRate: 0.1 mm/s, Force:13±0.78 kNRate: 0.15 mm/s, Force:17 kN
Overcharge4.65V5.1V
Forced-DischargeReverse charging for 90 minReverse charging for 120 min

THREE

Solid-state Electrolytes with High Voltage and High Safety

This series of electrolytes exhibit high-voltage stability, superior thermal stability and better mechanical properties. The unique components design ensures the high-voltage stability of the electrolytes, and can form a uniform and stable electrode-electrolyte interface, which inhibits the structure degradation of cathodes and electrolyte decomposition under high voltage.

  • High Safety

    Pass the acupuncture,crush, thermal shock and overcharge tests without fire and explosion.

  • Applications

    Digital products, power batteries, etc.

  • Application systems

    LiFePO4, LiCoO2, Ni-rich, Li-rich cathode materials

Physical Property

MoistureFree acidDensity（25℃）ChromaticityViscosityConductivity after polymerization
≤20ppm≤50ppm1.2±0.05 g/cm3≤20Hazen≤3mPa·s3~4mS/cm
5-15℃
Conductivity（25℃）Electrochemical Stability WindowIon Transference NumberThermal StabilityMechanical PropertStorage temperature
8-10mS/cm5.6 V≥0.7150℃2GPa5-15℃

Electrochemical Performance（Li-rich+Graphite，4.55V）

Cycle Performance@25℃Under 1CC/1CD，the capacity retention is more than 80% after 2000 cycles
Cycle Performance@55℃Under 1CC/1CD，the capacity retention is more than 80% after 1200 cycles
Hot storage stability（60℃，7d）Capacity retention >97%

Safety Performance

Safety test itemsStandard GB31241-2022Safety performance of POLYENTECH solid-state battery
Nail penetrationCanceled in the new GB requirementφ5mm steel nail，vilosity of 25mm/s
Thermal AbuseMaintain at (130 ± 2) ℃ for 30 minMaintain at 150 ℃ for 1 h
CrushRate: 0.1 mm/s, Force:13±0.78 kNRate: 0.15 mm/s, Force:17 kN
OverchargeUcl+0.2V6V
Forced-DischargeReverse charging for 90 minReverse charging for 120 min

Solid-state Electrolytes for Sodium Batteries

SOLID-STATE ELECTROLYTES FOR SODIUM BATTERIES

SODIUM

Solid-state Sodium-ion Electrolytes with Wide-temperature Range and High Safety

This series of electrolytes show excellent thermal stability, wide electrochemical stability window, higher Na+ transference number and better mechanical properties, which can meet the requirements of high energy density, wide temperature stability, long cycle stability and high safety of sodium ion batteries, and can be applied to energy storage systems, power batteries and other fields.

  • Wide-range Temperature

    Applicable to a wide temperature range of -40-70 ℃

  • Applications

    Energy storage batteries, small-sized power batteries , etc.

  • Chemical Systems

    Polyanion-type cathode materials,O3-type catohde materials,P2-type cathode materials

Physical Property

MoistureFree acidDensity（25℃）ChromaticityViscosityConductivity after polymerization
≤20ppm≤50ppm1.3±0.01g/cm3≤20Hazen≤3mPa·s3~4mS/cm
Conductivity（25℃）Electrochemical Stability WindowIon Transference NumberThermal StabilityMechanical PropertyStorage temperature
9-10.5mS/cm5.2V≥0.7150℃2GPa5-15℃

Electrochemical Performance

Cycle Performance@25℃NVP+HC，under 5CC/5CD，7000 cycles
Cycle Performance@25℃O3+HC，under 1CC/1CD，the capacity retention is more than 80% after 2000 cycles
Cycle Performance@55℃O3+HC，under 1CC/1CD，the capacity retention is more than 80% after 1000 cycles

Safety Performance

Safety test itemsStandard GB31241-2022Safety performance of POLYENTECH solid-state battery
Nail penetrationCanceled in the new GB requirementφ5mm steel nail，vilosity of 25mm/s
Thermal AbuseMaintain at (130 ± 2) ℃ for 30 minMaintain at 150 ℃ for 1 h
Impact testMass: 9.1±0.1kg, Height:610±25mmMass: 10 kg, Height:700 mm
External short circuit at high temperature57±4 ℃, maintain full charge for 30 min and then connect cathode and anode60 ℃, maintain full charge for 2 h and then connect cathode and anode

Less-Co or Co-free Li-rich Manganese-based Cathode Materials

Less-Co or Co-free Lithium-rich Manganese-Based Cathode Materials

Lithium-rich Manganese-based layered materials are one of the most promising cathodes for the lithium-ion batteries (LIBs) with high energy density, because of their high capacity (＞250 mAh/g), high cut-off voltage (＞4.6V), and environmental friendliness. This series of Li-rich cathodes contain lower or even no cobalt element which is scarce and polluting, and its production cost is more than 20% lower than that of traditional Ni-rich materials, but the energy density can be increased by more than 15%.

  • Lower Cost

    Compatible with the existing NCM cathode production process with much lower materials and manufacturing costs.

  • Higher Capacity

    High cut-off voltage >4.6V. The initial discharge capacity >250 mAh/g. The energy density increase by more than 15%.

SEM Image of Lithium-rich Manganese-based Cathode Materials
XRD pattern for the Li-rich Mn-based cathode
ItemUnitStandardTypical
Chemical
Composition		%Mn 66±1
Ni 34±1		Mn 65.5
Ni 34.5
ImpurityppmFe ≤100
Cu ≤20
Na ≤200
Ca ≤100		Fe 45
Cu 10
Na 110
Ca 30
Particle Size
Distribution		μmDmin ＞2.0
D10 ＞4.0
D50 8.0±1.0
D90 ＜12
Dmax ＜18		Dmin 2.6
D10 5.2
D50 7.5
D90 11.6
Dmax 15.5
pH/11±0.510.7
Moistureppm＜500345
Residual Alkali%Li2CO3 ＜0.2
LiOH ＜0.1		Li2CO3 0.129
LiOH 0.073
BET Surface Aream2/g0.85±0.20.91
Tap Densityg/cm3＞1.82.23
Initial Discharge
Specific Capacity		mAh/g＞240254
Initial Coulombic
Efficiency		%＞8384.7
Cycle performance 1CC/1CD
25℃@2.5-4.6 V		Cycle performance 1CC/1CD
55℃@2.5-4.6 V		Capacity retention 1CC/1CD
-20℃@2.5-4.6 V
＞2000
@80%		＞1200
@80%		＞70%

Advantages

  • A powerful competitor of the next generation of batteries with high voltage, high energy density and high safety, applicable to power batteries, intelligent electronic equipment, energy storage systems and other fields;
  • High capacity: the initial discharge capacity is up to 250 mAh/g; High rate capability: the discharge capacity at 5C exceeds 150 mAh/g; The average voltage is ~3.7 V, close to the Ni-rich cathodes;
  • It has the advantages of low cost and long life, and the cycle life is more than 2000 cycles at room temperature (25 ℃)
The 1st, 3rd, 5th charge-discharge curves (0.1C, CR2016 half-cell)
Rate capability (CR2016 half-cell)
Electrochemical performance of Li-rich||High-voltage safety electrolyte||graphite pouch cell
Capacity retention :1800 cycles @ 83% ; Discharge average voltage retention :1800 cycles @ 96%
The cycle performance (1200 cycles @~ 82%)of Li-rich|| Graphite

Solid-state Energy Storage System

SOLID-STATE ENERGY STORAGE SYSTEM

ONE

Home Energy Storage

●All-in-one design，inverter & power storage;●Easy installation, easy connection; ●Maximum energy storage capacity 30KWh;●More than 10 years of service life

Pack ModelJSDT-512JSDT-1024JSDT-1536JSDT-2048JSDT-2560JSDT-3072
Nominal Voltage51.2V51.2V51.2V51.2V51.2V51.2V
Nominal Capacity100Ah200Ah300Ah400Ah500Ah600Ah
Nominal Energy5.12KWh10.24KWh15.36KWh20.48KWh25.6KWh30.72KWh
Max Charging Current100A100A100A100A100A100A
Charging Cut-off Voltage58.4V±0.2V58.4V±0.2V58.4V±0.2V58.4V±0.2V58.4V±0.2V58.4V±0.2V
Max Discharge Current120A120A120A120A120A120A
Discharging Cut-off
Voltage		43.2V±0.2V43.2V±0.2V43.2V±0.2V43.2V±0.2V43.2V±0.2V43.2V±0.2V
Cell TypeLiFePO4（solid-state）LiFePO4（solid-state）LiFePO4（solid-state）LiFePO4（solid-state）LiFePO4（solid-state）LiFePO4（solid-state）
DisplayLCDLCDLCDLCDLCDLCD
Case MaterialMetal Box（SGCC)Metal Box（SGCC)Metal Box（SGCC)Metal Box（SGCC)Metal Box（SGCC)Metal Box（SGCC)
Communication ModeRS485 / CANRS485 / CANRS485 / CANRS485 / CANRS485 / CANRS485 / CAN
Charging Temperature Range0-55°C (32-131°F)0-55°C (32-131°F)0-55°C (32-131°F)0-55°C (32-131°F)0-55°C (32-131°F)0-55°C (32-131°F)
Discharging Temperature Range-20~55°C
(-4~131°F )		-20~55°C
(-4~131°F )		-20~55°C
(-4~131°F )		-20~55°C
(-4~131°F )		-20~55°C
(-4~131°F )		-20~55°C
(-4~131°F )
Cycle Life≥6000 cycles≥6000 cycles≥6000 cycles≥6000 cycles≥6000 cycles≥6000 cycles
Weight（Including Base)59KG103KG147KG191KG235KG279KG
Designed Life15 Years15 Years15 Years15 Years15 Years15 Years
Dimensions (L*W*H)640*365*140mm640*365*280mm640*365*420mm640*365*560mm640*365*700mm640*365*840mm
Assembly MethodStackedStackedStackedStackedStackedStacked
Inverter ModelJSDT-5KW
Nominal Power5KW
Peak Power10KW
Nominal Output Voltage230V(200/208/220/240V)
Output Voltage WaveformPure sine wave
Output Frequency Range50Hz±0.3Hz/60Hz±0.3Hz
Max AC Charging Current60A
Max PV Charging Current80A
PV Charging Voltage120V～500V
UPS FunctionYes
Weight15KG
Dimensions (L*W*H)640*365*150mm

TWO

Engineering Vehicle Battery Pack

●Large capacity;●High energy density;●Waterproof and dustproof;●Customizable

ModelJSDZ-CC200JSDZ-CC300JSDZ-CC400
Cell TypeLiFePO4（solid-state）LiFePO4（solid-state）LiFePO4（solid-state）
Nominal Capacity200Ah300Ah400Ah
Energy9.6KWh14.4KWh19.2KWh
Nominal Voltage48V48V48V
Charging Cut-off Voltage54.75V54.75V54.75V
Discharging Cut-off Voltage40.5V40.5V40.5V
Charging Limited Current100A150A200A
Discharging Limited Current200A300A400A
Charging Temperature Range0~55°C (32~131°F)0~55°C (32~131°F)0~55°C (32~131°F)
Discharging Temperature Range-20~55°C(-4~131°F )-20~55°C(-4~131°F )-20~55°C(-4~131°F )
Cycle Life≥ 3000 cycles≥ 3000 cycles≥ 3000 cycles
Weight≈ 88KG≈130KG≈180KG
Dimensions (L*W*H)500 * 345 * 250mm800*345*300mm800*600*300mm
Case MaterialMetal Box（SGCC)Metal Box（SGCC)Metal Box（SGCC)
IP RatingIP67IP67IP67
Communication ModeRS485 / CANRS485 / CANRS485 / CAN

THREE

High Speed Motorcycle Battery Pack

●Fast charging and discharging;●A-grade battery cells,safe and durable;●Waterproof and dustproof;●Fast heat dissipation

ModelJSDM-80AJSDM-120A
Cell TypeLiFePO4（solid-state）LiFePO4（solid-state）
Nominal Capacity80 Ah120 Ah
Energy6.144 KWh9.216KWh
Nominal Voltage76.8V76.8V
Charging Cut-off Voltage87.6V87.6V
Discharging Cut-off Voltage64.8V64.8V
Charging Limited Current80A120A
Discharging Limited Current160A200A
Charging Temperature Range0~55°C (32~131°F)0~55°C (32~131°F)
Discharging Temperature Range-20~55°C(-4~131°F )-20~55°C(-4~131°F )
Cycle Life≥ 3000 cycles≥ 3000 cycles
Weight≈55KG≈80KG
Dimensions (L*W*H)650 * 425 * 350mm650 * 425 * 350mm
Case MaterialAluminium alloyAluminium alloy
IP RatingIP67IP67
Communication ModeRS485 / CANRS485 / CAN

FOUR

Power Station Backup Battery

●High stability and reduced maintenance costs;●Multi-module serial and parallel;●Accurate power management;●Long service life

ModelJSJZ-50JSJZ-100JSJZ-150JSJZ-200
Cell TypeLiFePO4（solid-state）LiFePO4（solid-state）LiFePO4（solid-state）LiFePO4（solid-state）
Nominal Capacity50Ah100Ah150Ah200Ah
Energy2.56KWh5.12KWh7.68KWh10.24KWh
Nominal Voltage51.2V51.2V51.2V51.2V
Charging Cut-off Voltage58.4V58.4V58.4V58.4V
Discharging Cut-off Voltage43.2V43.2V43.2V43.2V
Charging Limited Current50A100A150A150A
Discharging Limited Current55A110A180A240A
Charging Temperature Range0~55°C (32~131°F)0~55°C (32~131°F)0~55°C (32~131°F)0~55°C (32~131°F)
Discharging Temperature Range-20~55°C
(-4~131°F )		-20~55°C
(-4~131°F )		-20~55°C
(-4~131°F )		-20~55°C
(-4~131°F )
Cycle Life≥ 3000 cycles≥ 3000 cycles≥ 3000 cycles≥ 3000 cycles
Weight21KG44KG67KG90KG
Dimensions (L*W*H)450 * 442 * 133mm450 * 442 * 176mm450 * 442 * 222mm480 * 442 * 267mm
Case MaterialMetal Box（SGCC)Metal Box（SGCC)Metal Box（SGCC)Metal Box（SGCC)
Communication ModeRS485 / CANRS485 / CANRS485 / CANRS485 / CAN

FIVE

Wall-mounted Home Energy Storage

●Thin design, space-saving;●High energy storage capacity, safe and reliable;●IP65 protection, suitable for indoor and outdoor use；●Extra long service life

Pack ModelJSBG-1024JSBG-2048
Nominal Capacity200Ah400Ah
Nominal Energy10.24KWh20.48KWh
Weight（Including Base)100KG200KG
Dimensions (L*W*H)610 * 170 * 771mm(610 * 170 * 771)mm * 2
Max Charging Current200A200A
Charging Cut-off Voltage58.4V±0.2V58.4V±0.2V
Max Discharge Current220A220A
Discharging Cut-off Voltage43.2V±0.2V43.2V±0.2V
Cell TypeLiFePO4 （Solid-state ）LiFePO4 （Solid-state ）
DisplayLCDLCD
Case MaterialMetal Box（SGCC)Metal Box（SGCC)
Communication ModeRS485 / CANRS485 / CAN
Charging Temperature Range0-55°C (32-131°F)0-55°C (32-131°F)
Discharging Temperature Range-20~55°C(-4~131°F）-20~55°C(-4~131°F）
Cycle Life≥ 6000 Cycles≥ 6000 Cycles
Designed Life15 Years15 Years
Nominal Voltage51.2V51.2V
Assembly MethodStackedStacked
Inverter ModelJSDT-10KW
Nominal Power10KW
Peak Power15KW
Nominal Output Voltage230V (200/208/220/240V)
Output Voltage WaveformPure sine wave
Output Frequency Range50Hz±0.3Hz/60Hz±0.3Hz
Max AC Charging Current63A
Max PV Charging Current22A+22A
PV Charging Voltage110V～500V
UPS FunctionYes
Weight27KG
Dimensions (L*W*H)620 * 445 * 130mm

SIX

Marine Battery Pack

●High output power, used with up to 54kw hydrogen fuel cell；●Improve energy efficiency；●UPS function, provide backup power and cope with faults；●Long cycle life, 10+ years

ItemSpecification
Cell typeLiFePO4 （Solid-state ）
Tandem mode168S1P
Nominal capacity100Ah
Energy53.76KWh
Nominal voltage537.6V
Charge voltage596V～613V
End-off voltage420V～470V
Charge limiting current100A
Discharge limiting current150A
Communication modeCAN
Cooling typeLiquid cooling
Operating temperaturecharge 0~55℃
discharge -20~55℃
Cycle life3000 Cycles
Weight≈450KG
Dimensions (L*W*H)1530 * 851 * 430mm
Case MaterialMetal Box（SGCC)

SEVEN

Energy Storage System

●Fully electric, up to 250kw output power；●Zero emissions, safer and quieter than diesel generator；●Multi-module serial and parallel，ease of use and maintenance；●Plug and play

ItemSpecification
Cell typeLiFePO4 （Solid-state ）
Nominal capacity280Ah
Battery pack46.59KWh
Battery cluster139.78KWh
Energy storage system419.3KWh
Output voltage400V/AC
Output power250KW
Intput voltage220V/380V
Line frequency50/60Hz
Cloud platform monitoringYES
Cooling typeLiquid cooling
Designed life15 years
Weight≈5T
Dimensions10-foot cabinet