BATTLE BORN BATTERIES BB10012 Deep Cycle Batteries Installation Guide
- June 4, 2024
- BATTLE BORN BATTERIES
Table of Contents
- What is in the Box?
- Safety
- Connecting the Batteries in Parallel
- Connecting the Batteries in Series
- How Does the BMS Protect the Batteries?
- Voltage vs. Capacity
- How to Properly Size Cables for System Install
- Warranty
- WARRANTY EXCLUSIONS
- References
- Read User Manual Online (PDF format)
- Download This Manual (PDF format)
Model BB10012 BB10012H
Manual and Installation Guide
Dragonfly Energy Corp.
Please read this manual prior to installation and use.
Thank you for investing in a Battle Born Batteries system and welcome to the
Battle Born Batteries family. This manual provides important information on
how to install, operate, and care for your Battle Born Batteries. If you have
purchased with us before, you will find this manual useful as a reference
tool. If this is your first purchase with Battle Born Batteries, this manual
can serve as an educational tool on how to properly use and care for your
investment. If you have a heat-enabled model, please refer to the additional
Heat-Enable Instruction manual prior to use and installation.
QR Codes will appear throughout the manual linking to FAQ videos that may
be useful.
To use the QR code, open a QR reader or the camera on your smartphone. Hold
your device over the QR code so that the code is clearly visible within the
device’s screen. Your phone will automatically scan the code and pull in the
corresponding weblink.
Caution: Risk of Fire and Burns. Do Not Open, Crush, Heat Above 150ºF or
incinerate. Follow the Manufacturer’s Instructions
Battle Born Batteries BB10012 | BB10012H Manual |
Edition.PIM_BB10012Rev011_07282022
What is in the Box?
Included with your purchase is:
-
(1) BB10012 Battle Born Battery
o Dimensions (L x W x H): 12.76” x 6.86” x 8.95”
o Weight: 31 lbs.
o Operating Temp Range: -4°F (-20°C) to 135°F (57.2°C)
o Absorption Time: 15 Minutes per 100Ah Battery Bank
o Water Resistant and Sealed (Batteries should not be submerged)
o Built-in BMS (Battery Management System)
o Made with Cylindrical Cells
o Comes with standard flag-style terminal posts with a 3/8” hole to accommodate either a 3/8” or a 5/16” bolt -
(1) Finishing Hardware Kit
o (2) ‘18-8 Stainless Steel’ 5/16-18 x 1” Bolts
o (2) ‘18-8 Stainless Steel’ 5/16-18 x 1” Bolts
o (2) ‘18-8 Stainless Steel’ 5/16-18 x 1 1/4” Bolts
o (4) Washers
o (2) Nylok Nuts
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Connecting Load Specified Cables to the Batteries
- Identify the positive and negative terminals. These are labeled and color-coded red for positive (+), and black for negative ( –).
- Determine which finishing hardware set you will use. Verify that your bolt can fully seat into the nylon insert of the nut. If multiple lugs are used, longer bolts may be required for the bolt to fully seat into the nylon insert of the nut.
- Connect your cable lugs to your battery terminal with the previously identified finishing hardware set. Make sure to connect your positive load specified cable lug to the positive terminal and the negative load specified cable lug to the negative terminal. The proper order to connect to your terminal with a finishing kit is shown in Fig. 1.
Figure 1 : Proper order of hardware to connect cables. When going from left to right in the diagram the correct order is bolt, washer, lug, terminal, washer, and nut. If multiple lugs are used, they should be on the same side of the terminal.
- When connecting to your battery terminals, DO NOT finger tighten. Use a torque wrench to torque your hardware to the specification of 9 to 11 ft-lbs. Failure to adequately secure connections can result in severe damage and will void your warranty. Fig. 2 below demonstrates proper and improper connections.
Safety
While LiFePO4 batteries are inherently safe, as with all batteries, energy
storage devices, and electrical equipment, safety, and electrical hazards do
exist. Failure to follow these safety instructions may result in electrical
shock, injury, or death, or may damage the battery or other equipment or
property.
Installation
- The battery should be installed as per national and local codes
- The battery should only be installed in locations approved by local building codes.
- Electrical and shock hazards can be minimized by covering the solar array and using insulated tools.
- Do not short the battery terminals.
- Do not install the battery if there are any signs of physical damage
- Do not install the battery in a location that may be flooded.
Operation
- Use only approved battery chargers for charging the battery.
- Do not disassemble the battery.
Emergency
- Disconnect the battery from the system.
- Wear a respirator, eye protection, and rubber gloves where appropriate.
- Use an ABC type dry chemical fire extinguisher.
- Dispose of as per local regulations.
How to Properly Charge the Batteries
To properly charge your Battle Born batteries, you will want to verify that
any charging component in your system is capable of being programmed for the
following specifications. Charging components can include, but are not limited
to converters, inverter chargers, solar charge controllers, DC-to-DC chargers,
etc.
- Bulk/Absorption: 14.2V – 14.6V
- Absorption Time: Two batteries in parallel connections require 30 minutes 200Ah
- Float: 13.4V – 13.8V
- Equalization: 14.4V/ Disabled
- Temperature Compensation: 0/Disabled
- Charge Rate: 50% of the battery or battery bank capacity
- Battery Charge Temperature Range: 25°F (-3°C) to 135°F (57.2°C)
- Battery Discharge Temperature Range: -4°F (-20°C) to 135°F (57.2°C)
- Cell Charge Temperature: 32°F (0°C) to 131°F (55°C)
- Cell Discharge Temperature: 68°F (20°C) to 140°F (60°C)
NOTE: Not all chargers are capable of multistage charging. If yours is not, you will want to verify it can be programmed for the Bulk/Absorption voltage and have the other items mentioned disabled if applicable. Consult your charger’s manual or the manufacturer.
Connecting the Batteries in Parallel
Why Connect in Parallel?
Multiple BB10012|BB10012H batteries may be connected in parallel to increase
the capacity and current of the system. When batteries are connected in
parallel, the voltage of the system does not change, but the capacity and
current limits are additive. For example, two BB10012|BB10012H batteries
connected in parallel (shown in Fig. 3) create a 12V 200Ah bank that can
deliver 200A continuously and 400A for 30 seconds.
How to Make a Parallel Connection
NOTE: All cables and connections MUST be able to accommodate the high
currents that can be delivered by the battery. Appropriate fuses and circuit
breakers are highly recommended to protect downstream components from current
spikes and short circuits.
- Identify the positive and negative terminals. These are labeled and color-coded red for positive (+), and black for negative ( –).
- Determine the appropriate finishing hardware set you will use. Verify that your bolt can fully seat into the nylok insert of the nut. If multiple lugs are used, longer bolts may be required for the bolt to fully seat into the nylok insert of the nut.
- Make the proper cable connections to the positive of the first battery. Please reference Fig. 1 for the proper order of hardware.
- When connecting to your battery terminals, DO NOT finger tighten. Use a torque wrench to torque your hardware to the specification of 9 to 11 ft-lbs. Failure to adequately secure connections can result in severe damage and will void your warranty.
- Connect the other end of your positive cable to the positive terminal of the other battery you are connecting to. Repeat step 4.
- Repeat steps 3-5 for the negative connections.
- Repeat steps 3-6 for additional batteries in the system. An example of a finished connection can be found below in Fig. 3.1 and Fig. 3.2.
Connecting the Batteries in Series
Why Connect in Series?
When batteries are connected in series, current capacities remain the same,
but the system voltage is additive. For example, two BB10012|BB10012H
batteries connected in series form a 24V 100Ah bank (shown in Fig. 4) and
should be charged using a bulk and absorption voltage of 28.8V, and a float
voltage of 27.2V.
How to Make a Series Connection
Note: Battle Born 10012|10012H Batteries are capable of being connected
in series up to 48V. DO NOT exceed a 48V setup or you will void the batteries’
warranty.
- Before making any connections, make sure to charge each battery up to 14.2V – 14.6V with a proper lithium charger. ALL BATTERIES SHOULD BE AT THE SAME STATE OF CHARGE PRIOR TO CONNECTING, otherwise you will encounter balance issues within your system. You can check your battery’s state of charge with a multimeter.
- Identify the positive and negative terminals. These are labeled and color-coded red for positive (+), and black for negative ( –).
- Determine the appropriate finishing hardware set you will use. Verify that your bolt can fully seat into the nylok insert of the nut. If multiple lugs are used, longer bolts may be required for the bolt to fully seat into the nylok insert of the nut.
- Make the proper cable connections to the negative of the first battery. Please reference Fig. 1 for the proper order of hardware.
- When connecting to your battery terminals, DO NOT finger tighten. Use a torque wrench to torque your hardware to the specification of 9 to 11 ft-lbs. Failure to adequately secure connections can result in severe damage and will void your warranty.
- Connect the other end of your cable to the positive terminal of the other battery you are connecting to. Repeat step 4.
- Repeat steps 3-6 for additional batteries, but DO NOT exceed 48V. An example of a correct series connection can be found below in Fig. 4.1 and Fig. 4.2.
Individually charge each battery to 100% prior to connecting your battery bank in series
How Does the BMS Protect the Batteries?
All Battle Born Batteries come with a built-in battery management system (BMS)
that protects the cells from many strenuous circumstances to protect the life
cycles of the cells and your electrical system from potential damage. The BMS
in the BB10012 | BB10012H allows for 100 Amps continuous, 200 Amp surge for 30
seconds, and 1/2 second surge for loads over 200 Amps. All of our BMS’ protect
against the following conditions:
High Voltage Disconnect ( > 14.7V)
If an individual cell voltage exceeds a prescribed threshold during charging,
the BMS will prevent a charge current from continuing. Discharge is always
allowed under this condition. If the batteries have not been balanced for a
long time, a high-voltage disconnect could occur at a lower voltage. The
batteries will rebalance after several full charges.
Low-Voltage Disconnect ( < 10.6V)
If an individual cell falls below a prescribed threshold during discharge, the
BMS will prevent further discharge. Although the battery is in “low-voltage
disconnect” mode, it will still allow a charging current.
NOTE: Many chargers must detect a voltage over 10V to send a charge to
the battery. Please be aware that some chargers may not sense a battery in
low-voltage disconnect and you may need to jump it with a 12V source to “wake
up” the battery. You should jump your battery within 24hrs of entering a low-
voltage disconnect otherwise you risk damaging your battery and voiding the
warranty.
High Temperature Charging and Discharging ( > 135°F/57.2°C)
The BMS will not allow charging or discharging current if the internal
temperature of the battery has reached 135°F (57.2°C).
Low Temperature Charging ( < 25°F/-3.9°C)
The BMS will not allow a charging current under 25°F (-3.9°C) but will
continue to discharge down to -4°F (-20°C).
NOTE: The BB10012|BB10012H has an operating temperature range of -4°F
(-20°C) to 135°F (57.2°C).
High Current Discharge Surges
The BMS will not allow a current that exceeds 100 (+/- 5%) Amps for more than
30s, or anything larger for 0.5s. After a high current disconnection, the
battery will automatically reconnect after 5 seconds.
Short Current Discharge Surges
Our BMS has built-in short circuit protection. If the short circuit protection
is tripped, the BMS will shut the battery down and will remain disconnected
until you remove the battery cables. While the battery cables are
disconnected, we suggest taking the voltage of the battery with a voltmeter.
If it reads above 10V, reconnect the battery cables. If you are unsuccessful
at obtaining a voltage reading above 10V, please give our technical support
team a call.
Balancing of Cells
A passive balancing process is activated by the BMS at the top of each charge
cycle when the battery voltage exceeds around 14.2V. This ensures that all the
cells remain at the same state of charge, which helps pack longevity and
performance.
Voltage vs. Capacity
For a Single Battery
How to Properly Size Cables for System Install
When considering cable sizing there are a few factors to consider. First, what is the size of the load you are powering with the battery bank? Second, how far away from the battery is the load? You can do voltage drop calculations to see if you need to step up your cable size. Fig. 5 is a chart to use for reference. Do keep in mind that cables are only capable of carrying a certain amperage and you should verify the specifications of your cable and the power draws before implementing them into your system to avoid potential failures and damage.
https://www.youtube.com/watch?v=qHi2AGrfO_0&t=2s
How to Incorporate Fuses into System Install
ANL fuses are designed to melt and separate into two pieces for the purpose of
breaking a circuit in the event of excessive current. These fuses are
essential components for protecting against a catastrophic event and are
typically placed between Battle Born Batteries and the inverter/load.
https://battlebornbatteries.com/why-should-you-invest-in-fuses-for-your- system/
How to Properly Store Batteries
We recommend bringing the Battle Born batteries to a 100% state of charge.
Then, disconnect the battery from any loads by removing the negative cable
from one battery. On average, the batteries lose approximately 2-3% capacity
per month. This is subject to increase if stored in extreme environmental
conditions.
https://battlebornbatteries.com/faq-how-to-winterize-your-batteries/
How to Maintain the Batteries
Battle Born Batteries require very little maintenance. If your batteries are
in series and not being charged by a multi-bank charger it is recommended that
you fully charge the batteries individually once a year if the system is used
frequently. This will internally balance your batteries to ensure that they
will reach their expected life span and allow you to get the full power out of
them with each use. If your batteries are in parallel this is not necessary,
just make sure the batteries are charged to 14.2V – 14.6V frequently for
internal balance. Our BMS has a built-in passive balancing system that will
take care of this for you.
For more FAQs scan the QR code.
To see what else Battle Born Batteries has to offer, scan the QR code to the
right or visit https://battlebornbatteries.com/shop/
https://battlebornbatteries.com/faq/
https://battlebornbatteries.com/product-category/lifepo4-batteries/
How to Properly Recycle and Dispose of the Batteries
QR Code
Here at Dragonfly Energy, our goal is to provide our customers with long-
lasting green energy that will support them for years on all their adventures.
That is why we not only build batteries that can keep up with you for a long
time but also provide industry-leading customer support to help you get the
most out of your batteries. When the time does come, and your batteries have
reached the end of their life it is important to recycle them responsibly.
Here are a few suggestions:
- Make sure all loads are removed from your system before removing the batteries. Once the batteries are removed cover the terminals using electrical tape. Now can be a good time to inspect any cable runs or lugs.
- Visit www.earth911.com or www.call2recycle.org/locator to find a drop-off location. Be sure to call ahead of time to confirm that the drop-off location is still accepting materials.
- Give us a call if you are having any trouble finding a drop off location and we can help you find one.
Warranty
Dragonfly Energy Corp. (“the Manufacturer”) warrants each Dragonfly Energy and Battle Born Batteries branded Li-ion battery (“the roduct”) sold by Dragonfly Energy, Battle Born Batteries, or any of its authorized distributors or dealers, to be free of defects for a period of 10 years (“the Warranty eriod”) from the date of sale as determined by either the customer’s sale receipt, the shipping invoice, and the battery serial number, with proof of purchase. Within the first 8 years of the Warranty Period, subject to the exclusions listed below, the Manufacturer will credit, replace, or repair, if serviceable, the Product and/or parts of the Product if the components in question are determined to be defective in material or workmanship. After 8 years and up to 10 years, if the components in question are determined to be defective in material or workmanship, and the Manufacturer deems the components to be repairable, the Product will be repaired and returned. If the Manufacturer deems the components to be not repairable, a new, similar Product will be offered at a discount of 30% off the price listed at the time of the offer. The offer will be valid for a period of 30 days after the date of notification. See https://battlebornbatteries.com/terms-conditions/#warranty for the full warranty policy.
NON-TRANSFERABLE
This Limited Warranty is to the original purchaser of the Product and is not
transferable to any other person or entity. Please contact the place of
purchase regarding any warranty claim.
WARRANTY EXCLUSIONS
The Manufacturer has no obligation under this Limited Warranty for roduct subjected to the following conditions (including but not limited to):
- Damage due to improper installation; loose terminal connections, under-sized cabling, incorrect connections (series and parallel) for desired voltage and AH requirements, or reverse polarity connections.
- Environmental damage: inappropriate storage conditions as defined by the Manufacturer; exposure to extreme hot or cold temperatures, fire or freezing, or water damage.
- Damage caused by collision.
- Damage due to improper maintenance, under or over-charging the Product, dirty terminal connections.
- Product that has been opened, modified, or tampered with.
- Product that was used for applications other than which it was designed and intended for, including repeated engine starting.
- Product that was used on an oversized inverter/charger (any inverter/charger that is rated to 3500 Watts or greater) without the use of a Manufacturer-approved current surge limiting device.
- Product that was under-sized for the application, including an Air Conditioner or similar device having a locked rotor start-up current that is not used in conjunction with a Manufacturer-approved surge-limiting device.
- Product not stored in adherence to the Manufacturer’s storage guidelines, including storage of the roduct at low state-of-charge.
This Limited Warranty does not cover a Product that has reached its normal end
of life due to usage which may occur prior to the Warranty Period. A battery
can deliver only a fixed amount of energy over its life which will occur over
different periods of time depending on the application. The Manufacturer
reserves the right to deny warranty claim if the Product is determined, upon
inspection, to be at its normal end of life even if within the Warranty
Period. Please see
https://battlebornbatteries.com/terms-conditions/#warranty for the full
warranty policy or scan the warranty QR code.
https://battlebornbatteries.com/terms-conditions/#warranty
Return Policy
You have 30 calendar days to return an item from the invoice date. To be
eligible for a return, your item must be in the same condition that you
received it in. You must have the receipt or proof of purchase. If an item is
new, unused, and in the original packaging, we are happy to accept a return up
to 30 days from the original invoice date with no restocking fee. The item
must be returned with its original packaging. Original packaging must be in
the same condition as it was received, otherwise, you may be responsible for a
restocking fee. If the item has been installed, used, or no longer has the
original packaging, we will assess a restocking fee that will be shared when
the return merchandise authorization (RMA) is issued. Items 60 days past the
original invoice will be reviewed at Battle Born’s discretion.
Returns will not be accepted without an RMA number, which can be obtained by
filling out the return form at https://battlebornbatteries.com/returns/. To
avoid being charged restocking fees, review the full return/refund policy at
https://battlebornbatteries.com/terms-conditions/#returns.
Refund Policy
You have 30 calendar days to return an item from the invoice date. Once we
receive your item, we will inspect it and notify you that we have received
your returned item. We will immediately notify you of the status of your
refund after inspecting the item. If your return is approved, we will initiate
a refund to your credit card (or original method of payment). You will receive
the credit within a certain amount of days, depending on your card issuer’s
policies. No refund is guaranteed after the initial 30 days has passed or if
the item has been used.
Shipping
You will be responsible for paying for your own shipping costs for returning
your item. If you are returning prior to 30 days from the original ship date,
you may be eligible for a free return. In order to be eligible for free
shipping, you MUST have the original packing in which the order was shipped,
including boxes, foam, wrapping, and pallets if necessary. Not all items will
be eligible for free return shipping. Shipping costs are non-refundable. If
you receive a refund, the cost of return shipping may be deducted from your
refund.
If you have any questions, please contact us by calling
855-292-2831 or emailing us at
info@battlebornbatteries.com.
Notice: Product improvements and enhancements are continuous; therefore, the
specifications and information contained in this document may change without
notice. Dragonfly Energy Corp. shall not be liable for errors contained herein
or for incidental or consequential damages in connection with the furnishing,
performance, or use of this material. No part of this document may be
photocopied, reproduced, or translated to another language without the prior
written consent of Dragonfly Energy Corp.
Copyright © 2021, Dragonfly Energy Corp., all rights reserved. Battle Born
Batteries® is a registered trademark of Dragonfly Energy Corp. All other
trademarks, trade names, service marks, and logos referenced herein belong to
their respective owners.
Lithium-ion vs. Lead-Acid
| Battle Born Batteries 100Ah 12V| Lead-Acid 200Ah 12V
---|---|---
Depth of Discharge| 100%| 50%
Self-Discharge Rate| 2-3% Per Month| Average of 33% Per Month
Battery Life| 3,000-5,000 Cycles| 500-1,200 Cycles
Weight| 31 lbs| 144 lbs
Warranty| 10 Years| 2-3 Years
Customer Support| Lifelong| Non-Existent
Upfront Cost| Under $1,000| $450
Cost Over 10 Years| Under $1,000 at Initial Purchase| $1,350-$3,600
Origin| Designed and Assembled in Reno, NV| Unknown
Battery Protection| Internal Battery Management
System (BMS)| Non-Existent
Recommended Accessories (Available
viabattlebornbatteries.com or call us at
855.292.2831)
BMV-712
With Bluetooth built-in, the BMV-712 is the most efficient way to monitor your
system. Being a shunt-based device, the unit will monitor power coming in and
out of your system all at the palm of your hand. This device is highly
recommended to give you the most accurate reading on your batteries.
MultiPlus Compact 2000 W
The Victron MultiPlus Compact Inverter Charger, as the name suggests, is a
combined inverter and charger in one elegant package. Its many features
include a true sine wave inverter, adaptive charging, and hybrid Power Assist
technology, plus multiple system integration features. This unit pairs well
with 200Ah or more of battery capacity.
MultiPlus 3000 W
The Victron MultiPlus Inverter Charger, as the name suggests, is a combined
inverter and charger in one elegant package. Its many features include a true
sine wave inverter, adaptive charging, and hybrid Power Assist technology,
plus multiple system integration features. This unit pairs well with 300Ah
or more of battery capacity.
MultiPlus-II
With all the functionality of a MultiPlus and a MultiGrid, the MultiPlus-II 2x
120V is a great option for those with 50A 120/240VAC split-phase applications.
Whether it is supplied from shore power or a generator, the MultiPlus-II 2x
120V can accept and pass through both lines of a 120/240V supply, with the
capability to utilize the full 50A for charging and AC loads.
- This unit pairs well with 300Ah or more of battery capacity.
Solar Charge Controller 100/50
A solar charger gathers energy from your solar panels and stores it in your
batteries. Using the latest, fastest technology, SmartSolar maximizes this
energy harvest, driving it intelligently to achieve full charge in the
shortest possible time. SmartSolar maintains battery health, extending its
life.
- This device pairs well with up to 700 W of solar with a 12V battery bank.
Lynx Distributor
The Victron Lynx Distributor is a modular DC bus bar with locations for four
DC fuses. If used with the Lynx Shunt, the LED Fuse indicators will work.
- This device pairs with Victron’s Mega Fuses.
Cerbo GX
The Cerbo GX communication center maximizes your system’s performance and
allows you to always have complete control over your system from wherever you
are. Simply connect through the Victron Remote Management (VRM) Portal, access
directly using the separate GX Touch 50, or use the VictronConnect App with
the device’s added Bluetooth capability.
- RJ45 and VE Direct wires will be required to allow other Victron items to communicate info to the Cerbo.
Orion DC-DC Charger
The Victron Orion-Tr Smart DC-DC Charger is a DC-to-DC adaptive 3-stage
charger with built-in Bluetooth. This device can be used in dual battery
systems in vehicles or on boats where the alternator and the start battery are
used to charge your house batteries. The unit can be monitored and programmed
via Bluetooth and can be remotely controlled via a remote on/off switch.
- The Orion-Tr Smart DC-DC Charger can be used in 12V or 24V systems. Models are available up to 400W and multiple units can be connected in parallel to increase output power.
IP65
The Blue Smart IP65 Charger is a professional battery charger with built-in
Bluetooth. The Blue Smart IP65 Charger is a 12-volt, 15-amp charger that can
be used with lithium-ion batteries in RVsboats, and campervans.
- This device is a great addition to offer a handheld charger to top off your batteries before connecting to your system.
Rich Solar Panels
Coming in a variety of options, Rich Solar Panels offer Mono PERC Technology,
a lightweight, anodized aluminum frame, high transmission, anti-reflective
coated tempered glass, a plug-and-play junction box, and industry-standard
quick-connect cables that work in series or in parallel. These panels are
certified to withstand challenging environmental conditions and are excellent
with low light performance on cloudy days, mornings, and evenings.
Phone:855-292-2831 I Email:
info@battlebornbatteries.com
Battle Born Batteries BB10012 | BB10012H Manual |
Edition.PIM_BB10012Rev011_07282022
References
- VRM Portal - Victron Energy
- Battery & Cellphone Drop-Off Locations | Call2Recycle
- Battle Born Batteries | Reliable Lithium-Ion Batteries
- Terms & Conditions | Battle Born Batteries | battlebornbatteries.com
- Terms & Conditions | Battle Born Batteries | battlebornbatteries.com
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