PLEASE READ THE DESCRIPTION CAREFULLY.

Shipping to Lower 48 USA states only via Fedex Ground Shipping. Note that this item can't ship to PO boxes. No international shipping including Hawaii, Guam, Puerto Rico. Non-USA customers click here.

Better than 12V for high power & high voltage car audio!  For those that need the great energy density, consistent power output, and high discharge! This fully-built can be used for many 16v high power applications, but special for 16v car audio high power use. A 16V LiFePO4 battery is considered superior for car audio and bass-head applications due to its higher voltage potential, improved power delivery, enhanced amplifier performance, reduced current draw, voltage stability under load, compact size, and long cycle life. This battery consists of x5 powerful LEV60 high-quality Japanese cells in pre-assembled in a 5S configuration. Cells and components are all new and unused. 5-pin jumper cable sold separately > HERE.  Balancer needs to be used BattGo BG 8S Smart Battery Balancer available > HERE.

WHY IS 16V BETTER THAN 12V FOR CAR AUDIO?

1. Better Voltage Potential
   Car audio systems benefit from higher voltage levels as they can deliver more power to the amplifiers. A 16V LiFePO4 battery provides a higher nominal voltage compared to a standard 12V battery. This higher voltage can result in increased amplifier efficiency and more headroom for high-energy audio playback.

2. Better Power Delivery
   Car audio systems often demand rapid bursts of power, especially for deep bass notes. The higher voltage of a 16V LiFePO4 battery allows for quicker and more efficient power delivery to the amplifiers, ensuring that they receive the necessary power to handle demanding audio signals without voltage drops that might cause distortion.

3. Better Amplifier Performance
   Many car audio amplifiers are designed to work optimally with higher supply voltages. A 16V LiFePO4 battery can provide the amplifiers with the voltage they need to operate closer to their rated power output, resulting in better overall performance and less strain on the components.

4. Reduced Current Draw
   Higher voltage batteries can deliver the same power with lower current draw compared to lower voltage batteries. This reduced current draw can put less strain on the battery and the vehicle's electrical system, potentially extending the lifespan of components like alternators and wiring.

5. Voltage Drop Compensation
   In traditional lead-acid batteries, voltage can drop significantly under heavy load, leading to voltage sag and potential audio distortion. LiFePO4 batteries, including 16V variants, are known for maintaining a more stable voltage under load, which is crucial for maintaining audio quality during peak demand.

6. Compact Size and Weight
   LiFePO4 batteries are compact and lightweight. This is advantageous for car audio installations where space is often limited, allowing for more flexible placement options.

7. Cycle Life and Longevity
   LiFePO4 batteries are known for their long cycle life. While both 12V and 16V LiFePO4 batteries offer excellent cycle life, the 16V variant can potentially last longer due to its ability to operate more efficiently at higher voltages.
    
   

• Available in 3 variants (choose from dropdown menu):
  

  • BASIC: Cells + Busbars (Assembled)
  • PLUS: Cells + Busbars + Compression (Assembled)
  • PRO: Cells + Busbars + Compression + 2/0 Blocks (Assembled)
    

  
  

• Battery Pack Specs
  

  • Condition:  New / Fully Assembled
  • Cells:  LEV60F prismatic, Lithium Energy Japan
  • Chemistry:  LiFePO4 (lithium iron phosphate)
  • Voltage (nominal):  16VDC
    
  • Configuration:  5S
  • Typical capacity:  74Ah
  • Power (max current):  9,600W (600A)
  • Power w/ BMS (max current):  3,200W (200A)
  • Max Charge voltage:  18VDC
  • Nominal Voltage:  16VDC
  • Dimensions:  13" L x 8" W x 7" H
  • Weight:  38 lbs (cells + busbar + compression kit)

  
  

• Cell Specs
  

  • Brand:  Lithium Energy Japan
  • Form:  Prismatic
  • Type:  LEV60F
  • Voltage (nominal):  3.2v
  • Voltage range:  2v-3.5v
  • Typical capacity:  74Ah
  • Power (max current):  1,780W (600A) at 25° C, SOC 50%, 10sec
  • Resistance:  0.7milliOhms at at 25° C, SOC 50%, 10sec
  • Max charge/discharge current:  180A continuous (at 25° C)
  • Weight:  2.17kg
  • Dimensions:  55mm L x 171mm W x 115mm H
  • Terminal torque: 9Nm +/- 3 / 6.64ft-lb

Charging

We recommend fully charging this pack as soon as you receive it. Charger not included.

IMPORTANT NOTE: For any lithium iron phosphate batteries, state of charge (SoC) cannot be determined by voltage alone, you need to count Amp Hours or Watt Hours. Typical behavior is for the "Resting Voltage" to be 16.5VDC a few hours after your charging session. 

For customers who wish to add 2/0 terminal blocks after receiving their battery you can buy them > HERE

If adding the 2/0 blocks yourself, you'll need a pair of aluminum D-plates, sold separately > HERE.

*** IMPORTANT SHIPPING NOTE: Our automatic shipping calculator sometimes underquotes heavy orders. If your order is underquoted for shipping costs we'll send you an edit email to collect the balance due. Only orders that are fully paid for can be shipped out. Need more than 2 sets? Email support@jag35.com to get an accurate shipping price before purchasing.

USE AS A 16v EXPANSION BATTERY:

This battery pack can serve as an expansion battery for many popular power stations. It may be possible to connect multiple batteries in series to increase the charging speed (Volts), or connect multiple in parallel to increase capacity (AmpHours) and current (Amps), see your device specs for max limits. Plz double-check your power station's PV/Solar input specifications to make sure this battery will be compatible. Use with:

• EcoFlow Delta Max 2000 (Solar Charging Input 800W Max, 11-100V, 13A). May require an XT90 connector adapter.
• EcoFlow Delta Max 1600 (Solar Charging Input 800W Max, 11-100V, 13A). May require an XT90 connector adapter.
• EcoFlow Delta Pro (Solar Charging Input 1600W Max, 11-150V, 15A Max). May require an XT90 connector adapter.
• EcoFlow Delta Mini (Solar Charge Input 300W 11–75V DC 10A max). May require an XT60 connector adapter.
• Bluetti AC300 (Solar Input 2,400W Max., VOC 12-150VDC, 12A). May require an XT60 connector adapter.
• Bluetti AC200 Max (Solar Input 900W Max., VOC 10-145VDC, 15A). May require an XT60 connector adapter.
• Bluetti EB240 (PV Max Input Power MAX 500W/10A, OCV 16V~68V /MAX10A). May require an XT60 connector adapter.
• Similar spec portable power stations. You are responsible for double-checking to make sure this battery is compatible with your power station. When combining batteries, you are ultimately responsible for making sure your configuration (series or parallel) is compatible.

PRODUCT VIDEO AND HOW TO:

__