Description

SAFEST, MOST ENVIRONMENTALLY FRIENDLY BATTERY TECHNOLOGY SOON TO BE AVAILABLE IN CANADA

Cold Weather Compatible, Environmentally Friendly Sodium Ion Batteries

Completely Lithium Free – But Works Pretty Much The Same Way As A Lithium LiFeP04 Technology With The Added Benefit Of Working At Sub Zero Temperatures Without Added Internal Heaters Which Add Cost, Waste Energy And Can Be Dangerous

A Greener, Longer Lasting Alternative To LEAD CARBON Batteries

Westrock Battery Ltd. Is Pleased To Announce An Exclusive Pre-Order Opportunity For The Newest, Safest Storage & Cranking Battery Technology Soon To Be On The Market, Sodium Ion. Our CanLiFe SALTY Batteries Are Undergoing Extensive Testing Right Now To Ensure Their Performance And Reliability. Tests Are Going Very Well And We Are Ready To Start Taking Orders For Delivery June/July 2024

CanLiFe SALTY 12 – 48 VOLT 220 AMP HOUR SODIUM ION

We Custom Build High Quality CanLiFe SALTY Sodium Ion Batteries In Any Configuration You Require Including 12 Volt, 24 Volt, 36 Volt And 48 Volts For Both Energy Storage And Engine Starting Applications. All Batteries Include An Integrated 200 Amp Smart BMS Module With LCD Display, High Temperature Protection, Short Circuit Protection, Over Voltage And Under Voltage Protection.

Sodium Ion Cells Do Not Require Low Temperature Discharge Protection Like Lithium Iron Phosphate Cells Do, But We Do Include Low Temperature Charging Protection At -20 Celsius To Maximize The Life Of The Cells. Our CanLiFe Salty Batteries Will Function At Approximately 70% Of Capacity At -40c.

4 Sizes To Meet Your Needs:

CanLiFe SALTY 12 Volt 220 Amp Hour

Dimmensions (MM) – 345 Long x 190 Wide x 245 High

CanLiFe SALTY 24 Volt 220 Amp Hour

Dimmensions (MM) – 520 Long x 270 Wide x 220 High

CanLiFe SALTY 36 Volt 220 Amp Hour

Dimmensions (MM) – 790 Long x 315 Wide x 255 High

CanLiFe SALTY 48 Volt 220 Amp Hour

Dimmensions (MM) – 790 Long x 315 Wide x 255 High

Why Choose Sodium Ion Technology?

• Safest Battery Technology, Does Not Experience The Thermal Runaway Problems That Can Occur With LiFeP04 And Other Lithium Technologies.
• Better For The Environment Sodium Technology Is More Environmentally Sustainable Than Lithium Technology
• High Rate Charge And Discharge Capable – Just Like Lithium
• High Cycle Life – Sodium Ion Cells Are Rated At 2500 Cycles At 100% Depth Of Discharge
• Works In Sub Zero Temperatures – No Heating Required – This Is A Game Changer In Cold Weather Climates Like We Have In Canada
• Custom Sizes – We Can Build Custom Batteries In Many Different Shapes, Sizes And Case Material.

Upgrade to CanLiFe Salty Sodium Ion Batteries for superior performance, drop-in compatibility, high-rate discharge capabilities, and a reliable warranty.

Cell Specifications:

• Nominal capacity: 220 Ah @ 0.5C
• Typical capacity: 215 Ah @ 0.5C
• Nominal voltage: 3.10V
• Charge voltage: 3.95 ± 0.05 V
• Discharge cut-off voltage: 1.50 ±0.05 V
• Internal resistance: 0.50mΩ
• Cell dimensions: Length:173.6mm
  Width:71.25mm
  Height:203.7mm
• Energy density: 155.00Wh/Kg
• Weight: 4.40kg
• Storage temperature: -20 to 40
• Charging Temperature Range: -20 To 45
• Discharging Temperature Range: -45 To 60
• Maximum Cont. Charge Current: @ 0c: 40 Amps / @ 0-45c: 100 Amps / @ -20c Or Lower: Do Not Charge
• Minimum Charging Temperature Do Not Charge Below: -20
• Maximum Cont. Discharge Current: @ -45c Do Not Discharge / @ -30c: 40 Amps / @ 0~45c: 200 Amps @ 45~60c: 100 Amps / @ 60c Do Not Discharge
• Cycle Life Discharge Capacity of 4000th Cycle: 80% Of Nominal Capacity
• Charge Type: Constant Current/Constant Voltage
• UN38.3 Certified for Safe Transport
• Warranty: 6 years or 2000 cycles (whichever comes first), free replacement warranty applicable to all applications, including commercial or rental fleet carts.

Transportation & Shipping – UN 38.3 (Same Requirements As Lithium Technology)

All CanLiFe SALTY Sodium Ion Cells Have Passed section 38.3 of the UN Manual of Tests and Criteria (UN Transportation Testing) to ensure the safety of lithium batteries during shipping.