- TECH & SPECS
- THE BENIFITS
|Dimensions - Inches (L x W x H)|
(Battery Posts add 1 inch in Height)
|10.2 x 6.6 x 8.8|
(10.2 x 6.6 x 9.8)
|Certification||FCC, UL 1642, RoHS, CE|
|Battery Chemistry||Prismatic Cell LiFePO4|
Lithium Iron Phosphate
|Battery Capacity - Watt Hours (Wh) / Amp Hours (Ah)||1,344Wh / 105 Ah|
|Battery Output - Amps (A)||150A Continuous Discharge|
|Life Cycles||3,500+ at 100% Depth of Discharge (DOD)|
|Charge Retention||Up to 2 Years|
|Charging /Operating Temperature||32 to 113° F / -4 to 131° F|
|Series / Parallel||12V to 24V to 36V to 48V / 105Ah to 210Ah to 315Ah to 420Ah|
|Maximum Charge Rate - Amps (A)||Up to 100 Amps|
|Recommended Charging Voltage - Volts (V)||13.9V - 14.6V|
|Approximate Charging Times for One UT1300 (Empty) - Amps (A)||1 Amp = 105 hours to Fully Charge|
5 Amps = 21 hours to Fully Charge
10 Amps = 10.5 hours to Fully Charge
20 Amps = 5.25 hours to Fully Charge
50 Amps = 2.1 hours to Fully Charge
100 Amps = 1.05 hours to Fully Charge
SMART BATTERY MANAGEMENT SYSTEM (BMS)
Our UT battery series comes with our own proprietary BMS that will protect your battery from harm. It's like having its own bodyguard.
The Safari UT series all have an internal Battery Management System (BMS) that acts as a safety net to shut down the battery if it goes outside of set parameters. This prevents the battery from overcharging or discharging as well as operating outside of specified temperature range.
WHY WE USE LITHIUM IRON PHOSPHATE
Lithium Iron Phosphate, or LiFePO4, batteries are one of the most durable and reliable energy sources on the market and a drastic improvement over lead acid in safety, weight, capacity and shelf life.
Lithium Iron Phosphate is the safest lithium on the market. It will not explode or catch on fire. It is absent of potentially volatile chemicals that are found in other lithium cells.
Lithium Iron Phosphate batteries have up to 6,000+ life cycles without significantly decreasing performance. That means they last for years and years. By comparison, the average lifetime of lead-acid batteries is just two years.
Lithium Iron Phosphate has 100% of its capacity available for use. It can be quickly charged, discharged, and recharged again, reducing any downtime, which increases efficiency. This makes it a great fit for a variety of applications.
No Active Maintenance
It does not require active maintenance to extend its service life. The batteries show no memory effects and can be stored for long periods of time because of the extremely low self-discharge rate (<3% per month). No need to trickle charge.
Because they emit no fumes or require little air flow, you can use them inside or outside. They can be stacked on top of each other or can be used in any position and a variety of uses like in RVs, Trailers, Outbuildings, Boats, and DIY projects.
Peaks and Valleys Energy Use
Using Lithium Iron Phosphate for energy storage, you can optimize usages and help solve the peaks and valleys that occurs during high and low energy demand usages. This also can help to stabilize the grid from intense demand cycles by allowing you to use the stored energy when you need it.
For the first time, green energy can not only be generated but effectively stored and used as needed. You can harness the power of the sun and use it over and over again, when you need it.
Lightweight and Portable
Lithium Iron Phosphate batteries are relatively small and light weight. Compared to lead-acid batteries, lithium provides great energy density at about half the mass and weight.
Energy storage allows you to be independent of the grid so you can have energy where and when you want it. So, no worries about black outs, brown outs, or when the grid goes down. And you don't have to be tethered to the wall or wiring.
There are a lot of things to love about the Safari UT 1300: its light weight for easy use and transportation, its long lifespan to camp 2X longer, or its ability to recharge from renewable sources. It will provide renewable energy for years to come.
At only 23 lbs, and a standard group 24 size (small footprint), the Safari UT 1300 is about 1/2 the weight of traditional batteries yet exceptionally powerful.
Made from Lithium Iron Phosphate, it's the safest lithium battery on the market. You can use it indoors or outdoors. It doesn't use potentially volatile chemistry.
Long lasting life cycles at 3,500+ using full depth of discharge (DOD) and still has power to spare. It can hold a charge for up to 2 years.
Renewable Solar Batteries
Use the power of the sun to fully recharge the UT 1300 in as little as 7 hrs. That way you can stay as long as you want.
Camp 2X As Long
Standard lead acid batteries give you 50% usable energy or Ah. The Safari UT 1300 gives you 100% usage or all 105Ah. You'll be able to go camping 2X as long on a single charge as lead acid.
Expandable for More Power
One Safari UT 1300 has 150A continuously and a 900A peak discharge. If you need more, they can be connected in parallel or in series to get even energy storage and more power.
No acid or water. No trickle charging. No mess. The Safari UT 1300 just works, day in and day out.
The Safari UT 1300 comes with a limited lifetime warranty and is the last battery you'll probably ever need. Using Lithium Iron Phosphate technology, it can be drained and recharge over 3,500 times, years and years longer then Lead Acid batteries.
The Safari UT 1300 produces zero emissions or carbon footprint during use, emits no greenhouse gases, and does not damage the environment. It's good for you and the planet.
What is the Safari UT1300?
The Safari UT 1300 is the latest in Lithium battery technology. It replaces traditional deep cycle lead acid batteries with the safest Lithium Iron Phosphate. It is a drop in or "plug and play" battery because you can remove the deep cycle lead acid battery from your RV or boat and replace it with this superior preforming battery. It is used for auxiliary power and home energy storage too. It is not designed for cold cranking or as a startup battery for vehicles.
What does the Safari UT1300 power?
The Safari UT 1300 is an amazing Lithium Iron Phosphate battery that can be used for auxiliary power in RV's trailers, motorhomes, boats, cabins, sheds, gazebos, dump trailers, and where you need a reliable sources of stored energy. It replaces lead acid batteries and provides twice the energy because all of its energy (amp hours) can be used instead of only ~50% like lead acid batteries provide. For example, use it in an RV to power slide outs, lights, microwave, TV, AC, etc and get 2X the camping time on a single charge than a lead acid battery. Want to use it to power a trolling motor? No problem, and you'll get not only a longer use time, but it also weighs less than half a lead acid battery and that's a big deal in a boat. How about using it to store energy at a cabin so you can power lights, TV, and more? Yes, you can use it for that too. It can use 100% of the Ah stored in it and can be recharge over 3,500 times and still have 80% of its capacity left. (Note: The Safari UT 1300 is not a battery to use for starting vehicles.)
How long does it last? More about the Limited Lifetime Warranty.
The life of this Lithium battery is about 14 times that of deep cycle lead acid batteries. The Safari UT 1300 is a lifetime battery and comes with a limited lifetime warranty. It's that good!
Life Cycles – each of our Battery Warranties has a Cycle Count warrantee component – this is the number of cycles we warrant the battery to be able to withstand and still yield the stated percentage of original battery life. For example, our UT1300 Battery is warranted for 3,500 Cycles up to 100% Depth of Discharge with 80% of original battery life remaining. This simply means that the consumer can fully discharge this battery 3,500 times and we warranty that it will still have 80% of the original 105 Amp Hours (80% X 105 = 84 Amp Hours) Remaining.
How long can the UT 1300 hold a charge?
It will maintain its charge for up to 2 years without having to charge it. This is known as shelf life or storage life. However, we recommend using it more frequently, in the house, outside, on adventures, and for emergencies.
Can it store solar power?
The Safari UT 1300 is a great energy storage unit for solar power from panels on homes, cabins, businesses, and RV's. It can harness the power of the sun. You'll need a charge controller between the solar panel and the Safari UT 1300 to regulate the energy flow from the panel(s) to the UT.
Do I have to maintain it?
The Safari UT 1300 is virtually maintenance free, meaning you don't have to use it or even trickle charge it every 3-4 months, deal with messy acid or water since it doesn't have any, or remove it from your vehicle and store it for the next season. It can hold its charge for up to 2 years and can be recharged and used over and over again for years and years.
Is it good in bad weather?
The Safari UT 1300 performs better than lead acid batteries in most weather conditions. It can charge between temps of 32 to 113° F and can discharge between -4 to 131° F. Outside these ranges it can discharge at a lower rate. It is water resistant too.
How big is it?
The Safari UT 1300 weighs in at just 23 pounds and is the same 24 Group as other standard small footprint batteries. The dimensions are 10.2" L X 6.6" W X 8.8" H
What's the rated capacity?
The Safari UT 1300 is commonly referred to as a 12V, 105Ah (how much energy is stored in it), 1344Wh. Technically, it is called Nominal Voltage at 12.8V and 105Ah. It can output 900A peak, then approximately 250A for one minute and 150A continuously.
Can it be put in series or parallel?
Yes. You can increase the voltage in a Safari UT 1300 system by connecting them together from 12V up to 48V total (series). For example, 4 batteries connected together via + to - posts will make the four 12V become a 48V system. You can also increase the Amp Hours (Ah) from 105Ah up to 420Ah (parallel) by connecting them together via + to + and - to -.
What are the battery charging parameters
We recommend setting all voltage to 13.9V, with a max of 14.6V. End amps or tail amps need to be set as low as possible and inverter low voltage needs to be set to 11.5V. Victron inverters charger and charge controllers should be set to 13.9V for a 12V inverter and 27.8V for 24V inverters. We recommend a good lithium charger.
What is a BMS?
The Safari UT 1300 has a smart internal Battery Management System (BMS) that acts as a safety net to shut down the battery if it is out of the parameters. This prevents the battery from over charging or discharging as well as operating outside of the temperature range.
Can I use my standard charger?
Yes! You could use a standard battery charger to charge the Safari UT 1300 and it will charge the battery. However, since most chargers are designed for a lead acid battery, they will not charge a UT 1300 completely. It usually puts the Safari UT 1300 at about 80-85% full. For best performance, we recommend a lithium charger, or a charger that can put 13.9V-14.6V into the battery
Can I charge the Safari UT 1300 from an alternator?
Yes. To prevent possible damage to your alternator, we recommend using the Redarc (Model #BCDC1225D), which is a DC-DC charger. It will safely charge your batteries while you are driving.
Can I use a heating element to keep my Lithium batteries above freezing?
If you want to use some type of heating element to keep the battery above freezing, you may want to use our Lion Energy Battery Warmer. We recommend you keep the batteries in an enclosed and/or insulated area.
The Lion Safari UT 1300 is made from Lithium Iron Phosphate and is the safest battery technology on the market. Because it does not emit any toxic fumes or gases, you can use it inside your home, tent, RV or any other confined area. Lithium Iron Phosphate is the highest grade, safest battery composition available and has no potentially volatile chemistry. The Safari UT 1300 goes through extensive testing from initial design through production and before it ever leaves Lion Energy.
If you want to know more about how safe Lithium Iron Phosphate is (Safari UT 1300) click HERE