Safiery Solid State Lithium Battery Operating Manual V5.1

This interactive publication describes the best way to get maximum capacity life from an investment in Lithium Batteries in an RV, Caravan, Motorhome or 4WD. Covers the new CANbus technology and the breakthrough in cost reduction from a 48-12V Hybrid.

SOLID STATE LITHIUM BATTERY

OPERATING MANUAL

24V

Tomorrow's Technology, Today

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Safiery Solid State Lithium Battery

CONTENT

Product Overview

Specifications

Data Communication

Installation Guidelines

Safety and Operational Limits

CAN Bus Battery Management System (BMS) Protocol

Safety Highlights

Bluetooth Operation Guide

Safiery App

Safiery Solid State Lithium Battery

Product Overview

Safiery solid-state lithium batteries are advanced energy storage solutions available in

24V CONFIGURATIONS

THE 48V VARIANT INCLUDES TWO MODELS

1C MODEL Maximum discharge current of 50A 3C MODEL Maximum discharge current of 150A

3C MODEL

Maximum discharge current of 150A

150mm Deep

420mm Long

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Safiery Solid State Lithium Battery

Specifications

24V MODEL

48V MODEL(1C)

48V MODEL(3C)

SPECIFICATION 12V MODEL

Nominal Voltage

12.8V

25.6V

51.2V

Nominal Capacity

217Ah

107.9Ah

53.7Ah

Energy Capacity

2788Wh

Maximum Parallel Units

40 units

Max Continuous Discharge

200A

100A

50A

150A

Peak Discharge (2s)

250A

125A

60A

180A

10,000 cycles @80% DOD

Cycle Life

Operating Temperature

-20°C to 55°C

Weight

20kg

Dimensions

420 x 252 x 150 mm

IP Rating

IP 65

IP 67

Compliance and Certifications Available Upon Request IEC 62619: TUV SUD Singapore Certificate number 085-282360021-000 UL1973: Certified for stationary and motive auxiliary power applications Intertek Control Number: 5014636 MSDS and UN 38.3 Also available.

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Safiery Solid State Lithium Battery

Data Communication

CAN Communication

Baud rate: 250 baud NMEA compliant standard isolated cabling without power There is an inbuilt 120 Ohm precision resistor inside the battery on the CAN interface Any battery can be used as a Master. Every battery as a CAN communication module installed which is only used when it is actively connected

RS485 Communication to Slave Batteries

Master battery OUT to Slave battery IN Then Slave battery OUT to Slave battery IN

The last battery will have only 1 485 data cable connected on the “in” port Keep the protection caps on all data sockets not used or warranty is void

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"#$%&!"'(')! *%'+%,-!./0!

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33.5kWh Solid State Lithium 30kW Electric Propulsion in new Lagoon Catamaran 43 Using 48V 1C Discharge

34//5+! 467885!

34//5+! 367885!

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-0!

18-:!

-0!

98-:!

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98>.0!

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99>70! 388G!

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G-BJ!

G-BJ! 5(''J!

78G!

9F8G!

G-BJ!

D8G!

398G!

])$(A!'%-)!

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98J!

98J! 77G! 78G! D8G!

98J!

Using Eaton Cube Fuses to comply with ABYC fusing per battery with Solid State

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388G!

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978G! 9/8G!

9F8G! 338G!

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988G!

188G!

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Safiery Solid State Lithium Battery

Data Communication

Data Wiring Pinouts CAN cabling Connection is standard NMEA compliant cable Isolated with no power to CAN

420mm

Positive

OUT Reset

120 Ohm Precision resistor inside Solid State Lithium

Any Battery can be a “master”

CAN IN

CAN connection is to Victron Cerbo VE.CAN. Set baud rate at 250baud

Negative

A “blue” Victron CAN plug may be required if this is the only CAN connection

IN (M8 aviation plug)

CAN (M12 aviation plug)

OUT (M8 aviation plug)

RS485B RS485A

RS485B RS485A GND

PIN1 PIN2 PIN3 PIN4 PIN5 PIN6 PIN7 PIN8

PIN1 PIN2 PIN3 PIN4 PIN5

N/A N/A GND

PIN1 PIN2 PIN3 PIN4 PIN5 PIN6 PIN7 PIN8

GND GND R N/A

E T

CAN H CAN L

N/A N/A N/A

RESET+ RESET-

Connection of multiple batteries

Take M8 aviation cable and connect to the “out” of the master battery with the other end connect to the “In” of the second battery Repeat this process till all connected Press the “Reset/On” button at the Master Battery. It will come on and then the string of connected batteries follows If there is a fault in the string or a connection is not screwed in properly, the Master will flash a red light

Remote On/Off/Reset

Connect an M8 cable to the IN of the “Master” battery Pins 7 and 8 are the connections to close with free voltage contacts to remotely turn on DO NOT CONNECT ANYTHING TO PINS 1-5 ON THIS CABLE

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Safiery Solid State Lithium Battery

Installation Guidelines

Ensure correct polarity when connecting batteries

Batteries can be stacked and connected in parallel

Don not connect in Series, parallel operation only

Connect batteries sequentially from "Out" of the master to "In" of the subsequent units

Press "Reset/On" button on the Master battery to initiate operation

Interconnecting Power Straps

These are made from high grade copper, tin coated flexible fused straps. Their dimensions are 25mm wide and 2mm thick with a cross section of 50mm2

The MAX safe current rating of these straps is 250A

Match this table with maximum load

12V

24V

48V(1C)

48V(3C)

MAXIMUM CURRENT THROUGH THE STRAPS

250A

3,000W

6,250W

12.5kW

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Safiery Solid State Lithium Battery

Safety and Operational Limits

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"#$%&!"'(')! *%'+%,-!./0! 34//5+! Solid State Lithium 48V 27 88Wh-2500W

"#$%&!"'(')! *%'+%,-!930!34//5+! 367885! Solid State Lithium 12V 2788Wh - 2500W

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Solid State Wafer Cell Performance Assessment by Chat GPT from Testing chart These are 3.2V 53.4 Ah Nominal Wafer Cells

The column headings in the chart, translated from Chinese to English, are as follows:

1. 2. 3. 4. 5. 6. 7. o o o

样品编号 : Sample Number

放电倍率 (C): Discharge Rate (C) 放电容量 (Ah): Discharge Capacity (Ah) 容量保持率 (%): Capacity Retention (%) 放电能量 (Wh): Discharge Energy (Wh) 平均电压 (V): Average Voltage (V) 放电温升 (°C): Temperature Rise (°C)

正 : Positive (Temperature Rise) 负 : Negative (Temperature Rise) 中 : Middle (Temperature Rise)

Based on the data in the table, here’s an analysis of the performance at different discharge rates (C): 1. Discharge Capacity (Ah):

o The capacity remains relatively consistent across the discharge rates for both cells (Sample 5 and Sample 6). The difference in capacity across rates is minor, which indicates good efficiency even at higher discharge rates.

Safiery Pty Ltd ABN: 87 624 588 807 45/8 Distribution Court, Arundel QLD 4214 (07) 210 22 55 3 safiery.com sales@safiery.com

o For example, at a 0.33C rate, the discharge capacity is about 53Ah for both cells, and at 3C, it's still about 51Ah. This suggests a small drop in capacity as the discharge rate increases, but the cells maintain most of their capacity under higher loads. 2. Capacity Retention (%): o The capacity retention is quite high across all discharge rates, generally ranging between 95.43% and 100%. This is a strong indicator of the cells' ability to retain their capacity during high-rate discharges, which is crucial for long-term performance, especially in high-power applications like electric vehicles or energy storage systems. o The retention starts to dip slightly at higher discharge rates, but it’s still well within a range that suggests good overall performance. 3. Discharge Energy (Wh): o The discharge energy (Wh) is slightly lower for higher discharge rates (3C), which is expected due to the increased heat generation, but it remains fairly stable considering the rate. This means the cell is relatively efficient at higher rates and isn't losing excessive energy in the form of heat. 4. Average Voltage (V): o The voltage remains quite stable across the discharge rates. There’s a slight decrease in voltage as the discharge rate increases, but again, this is typical in lithium-based cells under higher loads. o The voltage drop is minimal and doesn’t significantly impact the overall performance of the cell. 5. Temperature Rise (°C): o The temperature rise is the most critical factor in determining the cell's thermal management capabilities. o At a 3C discharge rate, the temperature rise is relatively controlled, with Sample 5 reaching a peak of 11.6°C and Sample 6 reaching 11.0°C. o The cells' ability to maintain a relatively low temperature rise even under high discharge rates indicates good thermal management, which is essential for safety, longevity, and performance under demanding conditions. Overall Impressions: • High Discharge Rate Performance: The cells show robust performance at higher discharge rates (up to 3C), with only a minor drop in capacity and a reasonable temperature rise, making them suitable for applications requiring higher power output. • Thermal Efficiency: The moderate temperature rise suggests that the cells are well-designed for power- hungry applications without significant risk of overheating or thermal runaway, which is crucial for safety. • Retention and Efficiency: The high capacity retention and relatively stable energy output across discharge rates suggest that the cells have a long operational life and are efficient even under stress. In conclusion, the performance looks strong, especially considering the minor drop in capacity and the good thermal behaviour. These cells should perform well in applications requiring high power output, such as electric vehicles, marine, or industrial power storage systems.

Safiery Solid State Lithium Battery

CAN Bus Battery Management System (BMS) Protocol

1. General CAN Specifications

CAN Frame Format: Standard 11-bit identifier (CAN 2.0A) Bitrate: 250 kbps Termination: At least one CAN bus termination is required; built-in termination in the solid state battery Isolation: Battery CAN ports are isolated; minimum required wiring is GND, CAN-H, and CAN-L

2. CAN IDs: Messages from BMS to Inverter/Controller

Alarm/Warning Encoding for 0x35A

Bit pairs:

00 - Not supported 10 - Active 01 - OK

11 - Reserved

Note on CVL/CCL/DCL Strategy

Do not send CCL = 0 to stop charging. Instead, reduce CVL . DCL = 0 disables discharge entirely. Use dynamic CVL adjustment to avoid overvoltage or unintentional discharging.

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Safiery Solid State Lithium Battery

CAN Bus Battery Management System (BMS) Protocol

CAN Frame Format: Standard 11-bit identifier (CAN 2.0A)

Data Type

CAN ID

Description

Byte Offset

Scaling Unit

Charge & Discharge Limits Charge Current Limit (CCL) Discharge Current Limit (DCL) Discharge Voltage State of Charge & Health

0x351

un16

0.1

sn16

0.1

4 6

sn16

0.1 0.1

A V

un16

0x355

un16

State of Health (SOH) 2

un16

High-resolution SOC (optional)

un16

0.01

Voltage, Current, Temperature

0x356

sn16

0.01

2 4

sn16 sn16

0.1 0.1

°C

Alarm & Warning Status

Byte bits define individual flags across 8 bytes

0x35A

0x35E Manufacturer Name 0

string(8) ASCII

Battery Type, Firmware Version

0x35F

un16

0x370 BMS Name (Part 1) 0 0x371 BMS Name (Part 2) 0

string(8) ASCII string(8) ASCII

0x372 Module Status

0 0

un16×4

Min/Max Cell Volt/Temp

0x373

un16×4 mV, K

0x374 – 377

Cell Identifiers

string(8) ASCII

0x378 Energy In/Out 0x379 Installed Capacity

0 0

un32×2 100 Wh

un16

0x380 – 381

Serial Number

string(8) ASCII string(8) ASCII

0x382 Battery Family Name 0

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Safiery Solid State Lithium Battery

CAN Bus Battery Management System (BMS) Protocol

3. Messages from Inverter/Controller to BMS

CAN ID 0x305 0x307

DESCRIPTION Keepalive Inverter Identification

FORMAT 8 bytes: all 0x00 Bytes 4–6: ASCII 'VIC' (legacy)

Timeouts: 4. Timing & Communication Guidelines

BMS should tolerate loss of 0x305 for 10 minutes . Inverter stops operation if 0x351 is not received within 3 seconds .

5. Implementation Advice

Use 11-bit identifiers only. Avoid 29-bit IDs even though mixed-mode is technically possible. All current values should be positive regardless of direction. SOC high-res field is optional. Use ASCII encoding (7-bit) for all name and string fields.

6. Testing Checklist

Ensure CAN communication is visible (e.g., via candump) Confirm correct reception of 0x351, 0x355, 0x356, 0x35A Validate alarm flag encoding Validate proper reaction to CVL/CCL changes in DC-coupled solar systems Confirm safe shutdown and recovery from blackout events Check full set of extended fields if implemented (0x372–0x382)

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Safiery Solid State Lithium Battery

CAN Bus Battery Management System (BMS) Protocol

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Safiery Solid State Lithium Battery

Safety Highlights

Short-circuit resistant: Up to 60 minutes

Thermal resilience: Up to 130°C without combustion

Impact resistant: Can withstand 200KN crush force

Penetration resistance: Can be penetrated by an 8mm nail without thermal event

Maintenance and Storage Recommended storage humidity: <85% RH

For storage exceeding 3 months, maintain SOC around 50%, checking every 6 months

Troubleshooting Red flashing LED indicates a fault in battery string or poor connection

Reset the system by pressing the Reset/On button on the Master battery

Disposal Do not discard batteries in general waste

Contact qualified recyclers for proper disposal

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Safiery Solid State Lithium Battery

Bluetooth Operation Guide

SOME Batteries have a Bluetooth Option.

1. APK APP Download Android: Search Safiery Solid State in the Play Store after June 10th 2025. iOS: Search Safiery Solid State in the App Store after June 10th 2025.

2. Logging Into the App Open the App by double-clicking the icon.

Default credentials: Username: admin Password: 111111

3. Connecting to the Device After logging in, your device(s) appear in the interface. Single Operation: Displayed as BP00. Parallel Operation: Display multiple BPXX entries. Click on the device name (BP00 or BPXX) to connect. If Bluetooth signal is unstable, click 'search for device again'.

4. Main Interface Features Displays battery operation modes (single/parallel), SOC, voltage, current, and remaining capacity. Shows alarm and protection statistics. Click these to view detailed specifications. Status bar shows inverter connection type (CAN or RS485).

5. Viewing and Modifying Configuration Click 'Edit' and enter the password (111111) to modify parameters. Save changes; confirm the modification prompt to apply.

6. Switch Settings Enable or disable battery pack via the 'Switch Setting' option. Confirm changes through the prompt.

7.Additional Features Access account settings, change password, or logout through the 'My Account' interface.

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Safiery Solid State Lithium Battery

Safiery Solid State App

This App will connect with Master Battery and show aggregate data from all connected batteries. There is the choice to also access the slave batteries. Available from Mid to late June 2025 on selected battery models.

Device list

My accout

Device list

My accout

SF4850-0001

SF48

SF4850-0001

(-72dBm) SF4850-0001

(-72dBm)

ID : CF2FE43E-6CFB-4E36-9102-7523B87563BD

admin

75 % SOC

R 7 S

Number of Strings

Numbe String

SF4850-0002

(-72dBm) SF4850-0002

(-72dBm)

ID : CF2FE43E-6CFB-4E36-9102-7CF2B875643E

52.91 V

0.00 Ah

52.91 V

About Us

Status: Standby

Status:

Alarm: 3 Alarm Info

Protection:

Change Password

52.75V

100.0Ah

52.75V

100.0 100 5

Device ID : CF2FE43E-6CFB-4E36-9102-7523B87563BD

Port Voltage

Rated Capcity

Battery C Rated Po

LOG OUT

LFP

Power Temperatu 21.7°C

Battery Type

20.4°C 20 0

Cycles

Max. Temp. Cycles

Min

100%

3.310V 3.3 100%

SOH

Max. Cell SOH

Inverter CAN

PN_G Inve

Search again

Inverter 485

Inve

Connection mode

SIN Con

DEVICE LIST

MY ACCOUNT

DEVICE LIST

MY ACCOUNT

DEVICE LIST

MY ACCOUNT

DEVICE LIST

MY ACCOUNT

Battery

Details

Battery

Settings

Details

S Batt

cout

My accout

Device Info

Settings

About Us

Device Info

Settings

About Us

SF4850-0001

Parameter settings

Max. Voltage Voltage 15 3.310V

Temp. 3 20.4°C

admin

75 % SOC

16 Remaining Capacity 75 % SOC 35.00Ah

75 % SOC Remaining Capacity 35.00Ah

Number of Strings

Remaining Capacity

Thank you for purchasing.

Switch Settings

Max. Temperature Switch Settings

Switch Settings

Max. Temperature

16 52.91 V

52.91 V

0.00 Ah

35.00Ah

52.91 V

0.00 Ah

52.91 V

0.00 Ah

35.00Ah

Discover more: VDͤ HU\FRPOLWKLXP Download manual and advice from the SAFIERY UNIVERSITY Discover more: VDͤ HU\FRPXQLYHUVLW\ Urgent Assistance can be provided at VDͤ HU\FRPXUJHQW to action.

Status: Standby Voltage 9 3.304V

Voltage 9 3.304V

Temp. 2 20.1°C

About Us

Status: Standby

Min. Voltage

Min. Temperature

Min. Voltage

Min. Temperature

Min. Voltage

Min. Temperature

Alarm: 3 Alarm Info

Protection: 0…

Alarm: 3 Alarm Info

Protection: 0…

Alarm: 3 Alarm Info

Protection: 0…

Change Password

assword

Voltage 1

3.305V

Voltage 1

Temp. 1

3.305V

Voltage 1

20.3°C

Temp. 1

3.305V

Voltage 1

20.3°C

Temp. 1

3.305V

20.3°C

Temp. 1

20.3°C

Voltage 2

3.305V

Voltage 2

Temp. 2

3.305V

Voltage 2 MIN

20.1°C

Temp. 2

3.305V

Voltage 2 MIN

20.1°C

Temp. 2

3.305V

20.1°C

Temp. 2

20.1°C

MIN

: CF2FE43E-6CFB-4E36-9102-7523B87563BD 63BD 52.75V 36-9102-7523B87563BD

Device ID : CF2FE43E-6CFB-4E36-9102-7523B87563BD 100.0Ah 52.75V

100.0Ah

52.75V

100.0Ah

52.75V 100.0Ah

100.0Ah

100.0Ah Temp. 3

Voltage 3

3.305V

Voltage 3

3.305V

Voltage 3 MAX

20.4°C

Temp. 3

3.305V

Voltage 3 MAX

20.4°C

Temp. 3

3.305V

20.4°C

Temp. 3

20.4°C

MAX

Port Voltage

Rated Capcity

Battery Capcity

Rated Capcity

Battery Capcity

Rated Capcity

Rated Capcity Battery Capcity

Battery Capcity

Voltage 4

3.305V

Voltage 4

Temp. 4

3.305V

Voltage 4

20.2°C

Temp. 4

3.305V

Voltage 4

20.2°C

Temp. 4

3.305V

20.2°C

Temp. 4

20.2°C

OUT

LOG OUT

Voltage 5

3.305V

Voltage 5

Environment Temp. Power Temp.

3.305V

Voltage 5

25.1°C

Environment Temp. Power Temp.

3.305V

Voltage 5

25.1°C

Environment Temp. Power Temp.

3.305V

25.1°C

Environment Temp. Power Temp.

25.1°C

LFP

Power Temperature 21.7°C

LFP

Power Temperature 21.7°C

LFP

Power Temperature 21.7°C Voltage 6 Voltage 7

3.305V

Voltage 6

3.305V

Voltage 6

3.305V

21.7°C

Battery Type

3.307V

Voltage 7

3.307V

Voltage 7

3.307V

Voltage 8

3.307V

Voltage 8

3.307V

Voltage 8

3.307V

Voltage 8

3.307V

0 20.4°C 20.1°C 0

20.4°C 20.1°C

0 20.4°C 20.1°C Voltage 9 MIN

20.4°C 20.1°C 3.304V Voltage 9 MIN

3.304V

Voltage 9

3.304V

Voltage 9

3.304V

MIN

Cycles

Max. Temp. Cycles

Min. Temp.

Cycles Max. Temp.

Min. Temp.

Cycles Max. Temp.

Min. Temp.

Max. Temp. 3.307V

Min. Temp.

Voltage 10

3.307V

Voltage 10

3.307V

Voltage 10

3.307V

Voltage 11

3.307V

Voltage 11

3.307V

Voltage 11

3.307V

Voltage 11

3.307V

SAFIERY PTY LTD VDOHV#VDͤ HU\FRP (07)2102 2553 ZZZVDͤ HU\FRP

100%

3.310V 3.304V 100%

100% 3.310V 3.304V

100% 3.310V 3.304V Voltage 12

3.310V 3.304V 3.308V Voltage 12

3.308V

Voltage 12

3.308V

Voltage 12

3.308V

SOH

Max. Cell SOH

Min. Cell

SOH Max. Cell

Min. Cell

SOH Max. Cell

Min. Cell

Max. Cell 3.307V

Min. Cell

Voltage 13

3.307V

Voltage 13

3.307V

Voltage 13

3.307V

Voltage 14

3.309V

Voltage 14

3.309V

Voltage 14

3.309V

Voltage 14

3.309V

Inverter CAN PN_GDLT

PN_GDLT

Inverter CAN

PN_GDLT

Inverter CAN

PN_GDLT

Voltage 15

3.310V

Voltage 15

3.310V

Voltage 15

3.310V

Voltage 15

3.310V

MAX

Inverter 485 PN

Inverter 485

Inverter 485 PN

Voltage 16

3.305V

Voltage 16

3.305V

Voltage 16

3.305V

Voltage 16

3.305V

Connection mode SINGLE

Connection mode

Connection mode SINGLE

SINGLE

EVICE LIST T

MY ACCOUNT

DEVICE LIST

MY ACCOUNT

Battery

Details

Battery

Settings

Details

Battery

Support

Settings

Details

Battery

Support

Settings

Battery

Details

Support

Details

Settings

Battery

Settings

Support

Details

Battery

Support

Settings

Details

Battery

Support

Settings

Battery

Details

Support

Details

Settings

Battery

Settings

Support

Details

Battery

Support

Settings

Details

Battery

Support

Settings

Battery

Details

Support

Details

Settings

Battery

Settings

Support

Details

Battery

Support

Settings

Details

Battery

Support

Settings

Details

Support

Settings

Support

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Safiery Solid State Lithium Battery

Field Testing

Solid State Lithium 12V Battery 80% SOC has Nail Fired Into Battery March 3, 2025.

1. Mechanical Abuse Solid State Lithium idividual wafer Cells are certified to withstand penetration by a nail. However, there are no publicised results of mecahnical abuse of an entire battery. In the event these batteries are installed under a chassis in a vehicle, there is the possibility of direct puncture of the basttery case and into the battery short circuiting multiple wafer cells. Decision was taken to fire a nail into a 12V Solid State Lithium Battery at high velocity with a percussion nail gun. This was done with battery upside down into the bottom 6 wafer cells through the metal case. 2. Electrical Abuse The Solid State Lithium battery was pre-charged to 80% SOC.

The Nail penetration was accross the botton two arrays of 8 wafer cells totally 6.3V and 1,394 Wh of contained energy. There would be a direct short circuit and release of that energy upon impact. 3. Immediate Results No explosion. No Fire. Small amount or gas. Temperature rise of short circuited cells reached 107C then reduced to to 45C in 1 hour. ABS case was deformed in bottom half. 4. Following Day Results

The voltmeter shows the top two layers perfectly intact recording 6.3V. The CAN BMS was still reponding when we increased the voltage to 12V on terminals. There was NO persistent dead short accross the terminals. 5. Conclusion Wafer cells have a certified temperature threashold of 130C. Although the temperature went to 107C, the non penetrated wafer cells remained perfectly in tect and operating. No explosion nor fire in the open area with plenty of oxygen arround gives the highest safety peace of mind.

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Safiery Solid State Lithium Battery

Marine Compliance

Marine Compliance to ABYC E-11 (Electrical Systems on Boats)

1. Individual Battery Fusing See photo below using Blue Sea Systems MRBF with terminal block (#5191) for installation in Lagoon 43 for electric propulsion on Starboard side.

2. Blocking Charge and Blocking Discharge The CAN messaging sends the warning commands before the BMS relay opens circuit For systems without CAN, add an M8 connector to the “In terminal” on the last battery and Pins 6,7 and 8 are used for Charge and Discharge blocking outputs.

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Safiery Solid State Lithium Battery

Quality of Cell Grading

This is a 46kW installation in Engine Room of Martimo 51

1.After running 2 x BMG with 15kW Charging See photo below on either side in engine room with no blower. We ran the charging for 1 hour from 2 x Bidirectional Motor Generators pushing 15kW into 45kWh Solid State Lithium. After 1 hour while sill charrging the cell differential accross the batteries was 30mV. The batteries in question were on opposite side of the engine room. They had a 4m parallel electrical connection. See also the temperature differential across all 16 batteries.

2. Second Example of two Solid State Batteries in Close Promimity The Cell Min/ Max is only 2mV afer 5 days of continuouse use.

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Device Info

Settings

About Us

Device Info

Settings

About Us

SF4850-0001

Thank you for purchasing. SUPPORT Thank you for purchasing.

Parameter settings

Max. Voltage Voltage 15 3.310V

Temp. 3 20.4°C

Max. Voltage Voltage 15 3.310V

Temp. 3 20.4°C

Remaining Capacity 75 % SOC

Remaining Capacity

Thank you for purchasing.

Switch Settings Max. Temperature

Switch Settings

Max. Temperature

h 35.00Ah .91 V

35.00Ah

0.00 Ah

Discover more: VDͤ HU\FRPOLWKLXP Download manual and advice from the SAFIERY UNIVERSITY Discover more: VDͤ HU\FRPXQLYHUVLW\ Urgent Assistance can be provided at VDͤ HU\FRPXUJHQW to action. Safiery Pty Ltd Contact: sales@safiery.com Phone: (07) 210 22 553 Discover more: VDͤ HU\FRPOLWKLXP Download manual and advice from the SAFIERY UNIVERSITY Discover more: VDͤ HU\FRPXQLYHUVLW\ Urgent Assistance can be provided at VDͤ HU\FRPXUJHQW to action. Discover more: VDͤ HU\FRPOLWKLXP Download manual and advice from the SAFIERY UNIVERSITY Discover more: VDͤ HU\FRPXQLYHUVLW\ Urgent Assistance can be provided at VDͤ HU\FRPXUJHQW to action.

Voltage 9 3.304V

Temp. 2 20.1°C

Voltage 9 3.304V

Temp. 2 20.1°C

Status: Standby

Min. Voltage

Min. Temperature

Min. Voltage

Min. Temperature

tection: 0…

m Info

Protection: 0…

Voltage 1

3.305V

Voltage 1

Temp. 1

3.305V

20.3°C

Temp. 1

20.3°C

Voltage 1

3.305V

Temp. 1

20.3°C

Voltage 2

3.305V

Voltage 2

Temp. 2

3.305V

20.1°C

Temp. 2

20.1°C

MIN Voltage 2

3.305V

Temp. 2

20.1°C

MIN

100.0Ah

Voltage 3

3.305V

Voltage 3

Temp. 3

3.305V

20.4°C

Temp. 3

20.4°C

MAX Voltage 3

3.305V

Temp. 3

20.4°C

MAX

Battery Capcity

Rated Capcity

Battery Capcity

Voltage 4

3.305V

Voltage 4

Temp. 4

3.305V

20.2°C

Temp. 4

20.2°C

Voltage 4

3.305V

Temp. 4

20.2°C

Voltage 5

3.305V

Voltage 5

Environment Temp. Power Temp.

3.305V

25.1°C

Environment Temp. Power Temp.

25.1°C

Voltage 5

3.305V

Environment Temp. Power Temp.

25.1°C

Temperature 1.7°C

Voltage 6 Power Temperature 21.7°C Voltage 7

3.305V

Voltage 6

3.305V

Voltage 6

3.305V

21.7°C

3.307V

Voltage 7

3.307V

Voltage 7

3.307V

Voltage 8

3.307V

Voltage 8

3.307V

Voltage 8

3.307V

20.1°C

Voltage 9 20.4°C 20.1°C MIN

3.304V

Voltage 9

3.304V

Voltage 9

3.304V

MIN

Min. Temp.

Max. Temp.

Min. Temp.

Voltage 10

3.307V

Voltage 10

3.307V

Voltage 10

3.307V

Voltage 11

3.307V

Voltage 11

3.307V

Voltage 11

3.307V

SAFIERY PTY LTD VDOHV#VDͤ HU\FRP (07)2102 2553 ZZZVDͤ HU\FRP

3.304V

Voltage 12 3.310V 3.304V

3.308V

Voltage 12

3.308V

Voltage 12

3.308V

Min. Cell

Max. Cell

Min. Cell

Voltage 13

3.307V

Voltage 13

3.307V

Voltage 13

3.307V

Voltage 14

3.309V

Voltage 14

3.309V

Voltage 14

3.309V

PN_GDLT

Voltage 15

3.310V

Voltage 15

3.310V

Voltage 15

3.310V

MAX

Voltage 16

3.305V

Voltage 16

3.305V

Voltage 16

3.305V

SINGLE

Support

Battery

Details

Battery

Settings

Details

Support

Settings

Support

Battery

Details

Battery

Settings

Details

Support

Settings

Support

Battery

Details

Battery

Settings

Details

Support

Settings

Support

etails

Settings

Support

Battery

Details

Settings

Support

Battery

Details

Settings

Support

Battery

Details

Settings

Support

This manual ensures optimal performance and safety of your Safiery Solid State Lithium Battery system

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