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.
Specifications 12V Listed, Scale for 48V
12V 200Ah 200A Charge/ Discharge Expandable to 32,000Ah 41,000Wh
Nominal Voltage Nominal Capacity Parallel Connection Serial Connection BMS Circuit Protection Communication Cycle Life
12.8V 200Ah Max. 4 units 2 units to 24V, 4 units to 48V, 4S 200A Over charge, Over discharge, Over current, Over temp, Short, Balance 2xRS485 and 1xCAN Victron GX Compliant 5000 times Cycles @100%DOD and 10000times @80% DOD
24V 100Ah 100A Charge/ Discharge Expandable to 16,000Ah 41,000Wh
48V 50Ah 50A Charge/ Discharge Expandable to 8,000Ah 41,000Wh
Self Discharge
All in Same Size Case
Less than 3% per month
Charge E ciency
100% @0.2C
5 Year Warranty CANbus Connected with Victron VRM. 3 Year Warranty Otherwise
Discharge E ciency
98-100% @1C
Charge Voltage
14.4 0.8V
Standard Current Fast Current Standard Current Max.Con.Current Peak Current Cut-o Voltage Dimensions (mm) Approx weight Terminal Type Case Color/material
100A
200A
100A
200A 250A(2s) 10V 420L x 252H x 150D mm 18kgs M8 Sa ery ABS Case IP54 3.2V 50Ah solid state cell
Actual Photo Safiery Solid State Lithium showing Ceramic Wafers
Actual Photo Solid State Lithium in German EV
SAFIERY SOLID STATE LITHIUM SAFEST LITHIUM BATTERY
IP Rating Cell Type Charge Temp Discharge Temp Storage Temp
Nail Penetration Test Of Solid State Lithium Cells For Australian Defence Force In Geelong by L:i-S Energy. Reported in May 2024. No Resultant Safety Dangers. (These are not the wafers used in Safiery Solid State Lithium, but a similar technology)
(28°F to 131°F) (-4°F to 140°F) (-4°F to 113°F)
-5°C to 55°C -20°C to 60°C -20°C to 45°C
GB/T 31484-2015 Cycle Life Requirements And Test Methods Of Power Batteries For Electric Vehicles
IEC 62619-2022 Safety Requirements for Industrial Secondary Lithium-ion Cells and Batteries
GB/T 31486-2015 Electrical Performance Requirements And Test Methods Of Power Batteries For Electric Vehicles
GB/T 36276-2018 Lithium-ion Batteries for Electrical Storage
UL1973-2022 Batteries for Use In Stationary and Motive Auxiliary Power Applications
CAN BE CHARGED AT TWICE NORMAL VOLTAGE SAFIERY SAFETY SPECIFICATION CAN BE SHORT CIRCUIT FOR EXTENDED 60 MINS CAN SUSTAIN HEAT TO 130C CAN BE CRUSHED TO 200KN CAN BE PENETRATED BY 8mm NAIL at 25mm/s
High Energy Density 10,000 Cycles Safe, Compliant, Compact Stackable
Compact Stackable Safiery Solid State Concealed Power Connections between cases.
Highest Safety, Compact Size, Highest Cycle Life
CONVENTIONAL BATTERY
SOLID-STATE BATTERY
The traditional liquid lithium battery has positive and negative poles of the battery, and the middle is the liquid electrolyte. Lithium electrons move back and forth across the two and complete the charge / discharge of the There are many safety hazards in this process because of the volatile liquid electrolyte. Overcharging the battery creates heat, causing the electrolyte to swell, decompose, spontaneously ignite or even explode.
Same Size Cases Same Dimensions
ANODE
CATHODE
ANODE
CATHODE
VOLTATILE ELECTROLYTE
PERFECTLY SAFE SOLID
The charging and discharging principle of a solid-state battery is the same as that of a liquid battery but there is no volatile liquid electrolyte. As a result it is completely safe.
48V DC DC 125A or 250A 12V DC DC 50A or 100A
1) Higher Safety: The liquid electrolyte in traditional batteries creates safety hazards if over charging or electrical abuse. The result is thermal runaway and fire. Solid-state batteries have higher safety without this electroyte mass.
2) Higher Cycle Life: Because solid-state batteries use solid electrolytes, the cycle life is doubled. A minimum of 10,000 cycles at 80% depth of discharge is expected. 3) High energy density: As solid-state batteries use solid electrolytes, they do not need to use lithium-intercalated graphite anodes, but directly use metal lithium as the anode, which can reduce the amount of anode materials and increase the energy density of the entire battery. 5) CAN Battery Management System (BMS) is Victron Compliant. Not only is the BMS in the SAFIERY Solid State Lithium VICTRON Energy Compliant, it is also Marine Regulations Compliant with Cell Min Max Voltages and Cell Temp Min Max Visible in Victron Display. 6) High Discharge rate: Solid State Batteries can discharge up to 10C. However, the BMS current rating limits discharge rates to 1C Continuous and 2C for 10 secs. 4) Smaller size: The separator and electrolyte in the traditional liquid lithium battery account for nearly 25% of the entire battery mass. With the solid electrolyte, the distance between the positive and negative electrodes can be shortened to ten micrometers. The result is smaller battery dimensions and better quality control.
10,000 Cycles 80% Depth of Discharge
• • • LC200/300 can manage twice the capacity. Installed flat against canopy front wall Installed upright behind fridge in caravan hatch This flat pack can be: YOUR PICK 12V or 48V - Same size case Installed under a false floor in LC200/300 or Patrol
This Pack includes 2 x Solid State Lithium 200Ah each @ 12V or 48V equiv.
• •
125A / 250A DC DC at 48V or 50A / 100A DC DC at 12V Smart Solar for 1100w at 48V or 400W at 12V
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Victron Cerbo and Touch Screen SAFIERY Solid State Lithium are:
420 L x 502 H x 150mm Deep
Stackable up to 4 high Have concealed power connections between batteries
The design of this battery, including its stackable feature, is protected by International Design Registration. Any form of copying will be diligently defended.
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