Invicta Xero 12V 120Ah Lithium Battery with Bluetooth

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Product Description

Invicta Xero 12V 120Ah Lithium Battery with Bluetooth, 7 year warranty. Invicta Xero, the latest addition to Invicta, is an advanced lithium battery designed to meet the increasing demands of emerging applications and safety requirements in recreational and industrial industries. The Invicta Xero range includes significant upgrades while still utilising tried-and-tested technology that users trust day in and day out.

Upgrades include an improved IP rating, high-performance BMS, overall construction, and communication methods via CAN bus and Bluetooth connections. The battery continues to use Invicta’s ever-popular prismatic cells and is backed by a market-leading 7-year full replacement warranty and national customer support.

High-Performance BMS

The high performance BMS on the Invicta Xero allows for a wider breadth of customization compared to other batteries. This means that very often the 12V 120Ah battery available will be more than enough to get the job done.

This includes a max pulse discharge of 500A and max continuous discharge of 150A. Which will be enough to run most 2000W inverters. You can now series up to 4 (48V 120Ah), parallel up to 16 (12V 1920Ah), or even 4 series and 4 parallel (48V 480Ah). And with a cycle count of 3000+ (100% DoD) you’ll be set for years.

Communication Is Key

The Invicta Xero range comes with CAN bus and Bluetooth communication options that can function as stand-alone or simultaneous monitors.

Its open CAN bus protocol, can connect to any number of devices via a CAN link to directly talk to the battery’s BMS. A far superior option to any smart shunt on the market as it provides highly accurate data to improve the application’s performance. The CAN bus also allows for a greater number of batteries to be paralleled and seriesed in a system as each battery can talk to the other.

The Bluetooth feature is a more user friendly option which connects directly to your smart device via the free Invicta App. This method allows you to monitor all the essential information of your battery.

Robust Design

The Invicta Xero is built like no other. All components are securely fixed to ensure damaging vibrations are almost non-existent. An improved IP67 dust and waterproof rating also keeps the water and humidity out, especially useful in the tropics.

Invicta’s tried and tested prismatic cells are now secured to the case thanks to a new strengthening frame which integrates directly to the case. This extends out to the battery cells to ensure everything remains fixed.

Other upgrades also include laser welded intercell busbars and a high performance BMS that utilises a precision printed circuitry board with passive and active protections built directly in to the circuity for added security.

Features & Benefits:

Large number of cycles >3000 (100% DoD) Up to 10 times cycle life of SLA lowering your total cost of ownership
Safe and stable chemistry & Integrated BMS The use of LiFePO4 along with the integrated BMS ensures protection against over charge / discharge, temperature and short circuit providing the highest degree of safety
More communication possibilites with Bluetooth and open CAN bus, this makes connecting devices even easier.
High energy density (less than half of the weight of SLA) Lowering total weight of application
Detachable mounting feet.
Secure your battery to the application with detachable mounting feet. Simply remove/attach with a screw driver
Sealed from the Australian elements IP67 rated.
More power and customisation with the ability to connect 4 in series, or 16 in parallel, or upto 4 in series and 4 in parallel. Max discharge has been increased to 150A (Pulse 500A @ 35 seconds)

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Specifications

SKU SNLX12V120BT

Brand Invicta

Warranty Period: 7 Years

Product Category Batteries

Battery Voltage 12V

Amp Hours (Ah) 120

Nominal Voltage 12.8 V

Nominal Capacity 120Ah

Maximum Charge Current 100A

Maximum Discharge Current 150A

Pulse Discharge Current 150A

Charge Cut-off Voltage 11V

Dimensions 308 x 168 x 211mm (L x W x H)

Standby Current 13.8V

Total Charge Current 120A

Net Weight (kg) 13

Operating Range (temp) Charge (0-60°C), Discharge (-20 - 55°C)

Cycle Life (DOD – 100%) > 3000

Certification IEC62619

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Product Q&A

Ask Us a Question

Can Invicta lithium batteries be paralleled?

The Invicta Lithium range we have two main options the BT models and the S models (refer to Invicta product SKU code to determine)

The BT models can be paralleled up to a total of 4x

The S model can be paralleled or series up to a total of 4x ( but can not be put into a system using a parallel and series at the same time)

If you are going to put any of these batteries into parallel or series they will need to be charged to a 100% state and checked to make sure voltage is the same +/- 0.04 volts. The manufacturer or battery professional can do this if required. Please also see instruction links below for each series:

https://www.mygenerator.com.au/assets/images/resource/pdf/Invicta_Warranty_BT_series.pdf

https://www.mygenerator.com.au/assets/images/resource/pdf/Invicta_Warranty_S_series.pdf
Can I connect the invicta Lithium in series or parallel?

There are strict conditions under which the Invicta Lithium Range can be configured into Series OR Parallel systems. Please note these conditions below.

Not all SNL batteries can be configured into a Series or parallel system. Please note the part number of the battery. If the Part number contains an “S” suffix example SNL12V100S. Then this denotes that the battery can be configured into a system of up to, but not exceeding 4 batteries in Series.

If the part number does not end in an “S” for example SNL12V100BT, then series configuration is strictly prohibited.

All Invicta lithium batteries can be configured into a parallel configuration up to 4 units in parallel under the conditions outlined.

CLICK HERE for the Invicta BT Series Warranty.
How does the battery cope with mechanical or physical damage?

Under the IEC and UN38.3, the batteries undergo a range of mechanical abuse testing. This includes testing the effects of impact, drop and vibration abuse. In order for the battery to pass the testing, it must not leak, vent, rupture, disassemble or ignite.
Why use LIFEPO4 for lead acid replacement applications?

• Safest form of Lithium Ion when considering temperature and abuse such as overcharge/discharge, short circuit and penetration

• High thermal runaway point

• Similar voltage to SLA (3.2V per cell = 12.8V)

• Good all round performance making it flexible for many applications

• Environmentally friendly, phosphate is not hazardous and so is friendly both to the environment and health.

• Slow capacity loss – meaning they can sit for longer without requiring re-fresh charge.

• High cycle life • Cost effective
How are the Invicta batteries tested?

All Invicta batteries are tested independently by BMPRO. Invicta easily surpassed over 2000 cycles over 1000 days of continuous use under Australian conditions.

Invicta batteries also feature an IEC 62619 (selected models) and IEC 62133 certification. These certifications are independent and rigorous tests that ensure the battery and BMS can withstand short circuit, propagation, high impact, thermal abuse (extreme heat and cold), and over-charge and discharge situations.
Do Invicta batteries have an integrated BMS?

All Invicta batteries have an integrated BMS that protects the battery from over charge/discharge, temperature, and short circuit. The BMS is also tested as part of IEC 62619 certification. Invicta 12V200Ah and 12V300Ah also include inverter friendly capabilities.
What warranty comes with the Invicta batteries?

As of 2020, all Invicta batteries have a 7-year warranty available in approved applications. Please see the Invicta Warranty page for full terms and conditions.
Why is Invicta lithium better than an AGM battery?

Compared to an AGM of a similar capacity (e.g. 100ah vs 100ah) Invicta is less than half the weight. They can also be recharged five times faster, have a more efficient use of capacity and double the runtime. Additionally, they can sit unused for up to 12 months.
What is a lithium battery?

Just like standard lead acid batteries, Lithium batteries consist of positive plates (cathod es) and negative plates (anodes) as well as insulating separators to avoid short circuits between the positive and negative plates, and finally electrolyte, which is the conductive liquid although unlike flooded lead acid batteries, there is no free liquid in LiFePO4 batteries. A lithium battery differs in the materials used for the above mentioned components, especially the cathode and also the process undertaken during charge and re-charge. A lead acid battery undertakes chemical reactions, which change their components. Lithium just transfers ions during the charge and discharge process leaving everything else the same.
Do I need to charge a lithium battery differently to a lead acid one?

LiFePO4 batteries operate a bit differently to lead acid batteries, but an appropriate charge is still best for maximum battery life.

A constant current (restricted by the charger output) will flow until the battery reaches a charged percentage of 90-95%. Once it reaches this point, the current will reduce and the voltage will increase - rising to a cut-off voltage (in reality around 14.7V).
Why is the LiFePO4 battery used for lead acid replacement applications?
LiFePO4 is the safest form of Lithium in terms of temperature range and when considering overcharging/discharging, short circuit and penetration possibilities. Other benefits of LiFePO4 include:
- High thermal runaway point
- Similar voltage to SLA (3.2V per cell = 12.8V)
- Good all round performance (flexible for many applications)
- Environmentally friendly (phosphate is not hazardous to environment or health)
- Slow capacity loss (sit for longer before re-fresh recharge is required)
- High cycle life
- Cost effective
What are the different types of lithium ion batteries?
LITHIUM NICKEL COBALT ALUMINIUM (NCA)
- 3.6V nominal
- High specific energy – 200-260Wh/Kg
- Average safety characteristics (Typically 150°C)
LITHIUM NICKEL MANGANESE COBALT OXIDE (NMC)
- Cell voltage – 3.7V nominal
- High specific energy – 150-220Wh/Kg
- Good safety characteristics (Typically 210°C)
LITHIUM IRON PHOSPHATE (LIFEPO4)
- Cell voltage – 3.2V nominal
- Moderate specific energy – 90 – 120Wh/Kg
- Excellent safety characteristics (Typically 270°C)
Does an Invicta Lithium Battery need to be installed in a specific location?

No, Invicta Lithium Batteries can be installed in any rotaion in the same location as your current Lead Acid battery.

Please note, the BMPRO Lithium range should not be installed under a bonnet.
Do all Invicta batteries have Bluetooth connectivity?
No, only some of the Invicta battery models feature Bluetooth connectivity. Bluetooth monitoring is available via a free mobile application to monitor the status of the battery’s voltage, remaining capacity, current draw and status of the Battery Management System (BMS). This can also be used to help troubleshoot system issues.

Invicta Battery Models with Bluetooth Connectivity:
Does an Invicta lithium battery need to be installed in a special location?

No, they can be installed in any rotation and in the same location as your current Lead Acid. However, please note that the BMPRO Invicta Lithium range is NOT suitable for under bonnet applications.
What is the integrated battery management system (BMS) for?

The Integrated Battery Management System in Invicta Lithium Batteries ensure protection against over-charge / discharge, temperature and short circuits.
Why is LIFEPO4 safer than other lithium battery types?

The LiFePO4 batteries are the safest type of lithium batteries. Phosphate based technology possesses superior thermal and chemical stability which provides better safety characteristics than those of Lithium-ion technology made with other cathode materials. Lithium phosphate cells are incombustible in the event of mishandling during charge or discharge, they are more stable under overcharge or short circuit conditions and they can withstand high temperatures. LifePO4 has a very high thermal runaway temperature when compared to the other types at approximately 270oC as compared to as low as 150oC. LiFePO4 is also more chemically robust when compared to other variants
Are all lithium batteries the same?

The term “Lithium” or “Lithium Ion” refers to a family of batteries in which ions move from the negative electrode (anode) to the positive electrode (cathode) during discharge and back again when being charged. The point to note in this definition is that it refers to a “family of batteries”. Just like Lead Acid family which contains Absorbent Glass Mat (AGM) and Gel types, there are a number of different “Lithium Ion” technologies within the Lithium Ion family. They each utilize different materials for their cathode and (to a lesser degree) anode and as a result exhibit different characteristics, which makes some more suitable than others for different applications.
Can the Invicta Lithium Range be connected in series or parallel?
There are strict conditions that need to be met for the Invicta Lithium Range to be connected into series or parallel systems.

Please note the following:
- Not all SNL batteries can be configured into a series or parallel system. Have a look at the part number of the battery. If the part number contains an "S" as a suffix (eg. SNL12V100S) then the battery can be configured into a system of up to (not exceeding) 4 batteries in series.
- If the part number does not have an "S" as a suffix (eg. SNL12V100BT) then series configuration is strictly prohibited.
- All Invicta Lithium Batteries can be configured into a parallel configuration up to 4 units in parallel (there are specific conditions to a parallel setup - refer to the instruction manual)
Is the cost of ownership of an Invicta Lithium Battery lower than an SLA?
Yes, the total cost of ownership of an Invicta Lithium Battery is lower than that of an equivalent SLA:
- Save up to 50% in battery hardware costs over the life of the system
- Reduce labour replacement costs by up to 7 times
- Greater capacity utilisation allows reduction in overall system size or greater output from your current system size