25.6V | 230Ah | 5,888Wh

Real achievable capacity - up to 240Ah

Maximum dimensions (including handles & lid overhang): 520mm long x 268mm wide x 240mm high (including communication port covers)

Footprint dimensions: 475mm long x 245mm wide x 220mm high (to the top of the case, excluding covers & optional round post terminals)

Achieve effortless power for your devices and appliances with our 24V lithium battery. It boasts high-quality cells and a customized matched BMS that maximizes your investment with a realistic working capacity of 220-230Ah. What's more, you won't need additional batteries in series to achieve your desired output of 24V. Its extended lifespan is perfect for renewable energy solutions, ensuring that you'll get a return on your investment in just 3-5 years (depending on your system). It can also be used in any situation where a 24V (or 48V when put in series) power source is needed.

We've included Bluetooth, heaters, comms, active balance and auto hibernation at no extra cost for round-the-clock accurate status reading, state-of-charge monitoring and perfect charging conditions, whatever the weather.

TITAN Batteries use Lithium Iron Phosphate cells

TITAN LiFePO4 batteries are inherently safe both chemically and thermally, and do not use rare materials like Cobalt or Nickel. In return, we get a slightly lower cell voltage of 3.2V per cell (4x cells = 12.8V), and a lower energy capacity compared to NMC (Lithium nickel manganese cobalt - the cells used in EVs), however LiFePO4 are much more stable at a chemical level, and have much higher lifespans - our batteries can last between 2,500 and 10,000 cycles (depending on use) - NMC is typically 1,000 to 2,500 cycles.

The omission of Cobalt vastly reduces the chance to start thermal runaway. Many now consider LiFePO4 to be safer than lead-acid thanks to their stability and internal control. They can be used in any orientation (e.g. on its side), although on its base will give the best performance. They contain absolutely no acid, generate no gas emissions and are recyclable.

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Massive Cycle Ability

TITAN batteries can be cycled (1 discharge + 1 charge = 1 cycle) between 2,500 to 10,000 times. The amount of cycles corresponds to how deep the discharge is - this is referred to as DOD; Depth of Discharge). If you discharge 100% of the capacity every time you use the battery, it can do this 2,500 times before needing to be replaced. The less capacity used, the higher the cycle life.

In terms of measurable life: if you discharged this battery 100% every day of the year - 2,500 cycles ÷ 365 days = 6.8 years expected lifespan

To put this into perspective, the highest quality lead-acid gel battery (gel has the best cycle count of lead-acid) can do 350-400 cycles at 80% DOD.

Icon showing how many lead-acid batteries it takes to match one TITAN lithium battery

The Equivalent of TWENTY Lead Acid Batteries

In order to achieve the same capacity as one TITAN 24V 230Ah lithium battery, you would need to use TWENTY large and heavy 115Ah lead-acid batteries (Exide ER550) connected in a series/parallel configuration to achieve a total of 1,136Ah (ten to achieve a capacity of 5,500Wh and another ten to make it 24V). The TITAN lithium 24V 230Ah battery is light-years more efficient in terms of space, weight, and wiring, and it also doesn't produce any gas, allowing it to be placed anywhere.

To compare accurately, we only use Wh (Watt Hour) capacity ratings - Ah (Amp Hour) ratings unfortunately do not take battery chemistry differences into account: TITAN lithium batteries use 100% of their capacity (~90% with Gel, ~75% AGM & ~60% traditional flooded lead-acid). This coupled with lithium's inherent energy density, means our batteries have over double the useable capacity compared to lead-acid batteries.

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Ultra Lightweight Lithium - 39Kg

There is no one single lead-acid battery that can store 5,888Wh in capacity at 24V - to get near the same capacity using six lead-acid batteries would weigh a massive 420Kg (6x Exide AGM EP2100 in a series/parallel connection *this does result in 6,300Wh - it's the closest we could get), and would take over eight times the physical footprint. A 380Kg weight saving means a huge difference when traveling, as well as offering better MPG on vehicles.

Icon showing a battery with 4 internal cells, set out in squares to represent prismatic lithium layout

Lithium Prismatic - Class A Automotive Cells

All TITAN lithium batteries use the highest quality lithium cells available. In doing so, we can achieve better performance, higher BMS thresholds and a better overall lifespan compared to others.

We use prismatic lithium cells (they look like a long, thin rectangle) rather than cylindrical cells. Prismatic cells are more expensive and harder to make than cylindrical, but the benefit is a higher quality, higher capacity and potent battery. As all battery cases are squares, our cells fill out all available space within which allows us to boast higher capacities over other brands that use cylindrical cells.

Cylindrical cells can waste a fair amount of internal space as circles put together will always have a gap, and are far harder to repair as they use a lot of spot welding in their design.

What about the cells getting too warm? When discharged at the full BMS allowance, we found all of our batteries to reach a maximum of ~45°C - well within the specification. For lithium to fail, the cell temperature needs to get to around 100°C. As our prismatic cells use aluminium for their outer case, any heat is dispersed with ease. And an added benefit is prismatic is a lot more efficient with heater options - heated options that use cylindrical cells means the internal cells that aren't near the heater mat will not get sufficiently heated and can lead to early failure.

Icon showing a lead acid battery and a lithium battery with a arrow to show that TITAN lithium can replace lead acid batteries

Compatible With Existing Equipment

Our most asked question - can lithium replace your current lead-acid battery? TITAN lithium batteries and BMS is designed as a direct replacement of lead-acid batteries with no need for new equipment. Our custom unique battery cases are designed to be a carbon copy of existing lead acid leisure batteries, meaning users will not need to replace to amend existing battery locations. These battery sizes are known as DIN sizes and are a very common standard across the world.

We do still recommend double-checking your current charging equipment - our batteries are designed to accept AGM or Sealed modes if a lithium/li-ion preset is not available. Look for a maximum charge voltage of 28.8V.

TITAN Lithium batteries are compatible with split charge relays and DC to DC chargers.

For more detailed information, please check out our FAQs.

Our lithium batteries are for running equipment only (i.e. deep cycle use) - they are not designed for engine starting.

Icon showing the top of a lithium battery with a blowout design to show the internal battery management system

TITAN Battery Management System Built-in

It's what's on the inside that counts - all TITAN batteries have their own custom TITAN BMS built-in. A Battery Management System (BMS) is a circuit board that is mounted on top of the internal cells inside the battery which is connected in between the cell terminals, and external battery terminals. The BMS controls and monitors everything with split second accuracy to ensure the battery cannot be damaged when subject to extremes that may otherwise cause cell damage. Many other lithium batteries use an off-the-shelf BMS with pre-set parameters that can skip on vital safety protections - at TITAN, we wanted to push the limits of performance while still managing to ensure safe operation, so we designed our own with the help of industry experts and engineers.

TITAN BMS currently has a market leading 11 protections built-in: over discharge protection, over voltage, under voltage, temperature protection and short circuit protection to name a few, and is designed to provide the highest possible performance, while still maintaining our strict safety protocols.

All protections are temporary and are designed to self-reset or reset when the battery is put on a charger.

TITAN lithium BMS has one of the highest rated BMS current allowances on the market thanks to the use of the best quality materials and internal workmanship.

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Matched BMS

TITAN BMS is custom designed by us. Rather than use an off-the-shelf one, we are able to match our BMS parameters to the exact specification of the lithium cell. By doing this, we are able to extract the pinnacle of performance, all while keeping the cell within its safe working window.

We are also able to extract the higher level of our cell quality in the means of extra capacity - all of our batteries can give up to 10% extra capacity than rated once fully charged. E.g. our 120Ah can be 130Ah, 150Ah can be 165Ah, etc. We can't guarantee the extra capacity due to material differences in the cell batches, but our BMS is smart enough to automatically adapt the fully charged capacity, so users can see and make use of any extra capacity via the app.

Icon showing a graph of money spent over time. Lithium starts with a higher cost but lead acid continously increases with each replacement

Cheaper Long Term

Despite its high initial cost, TITAN lithium is cheaper than its lead-acid counter parts over its lifespan. Our design life is 10 years - rounded up this battery costs £1,050 or £105 a year. The closest capacity equivalent in lead-acid is six Exide AGM EP2100's with a design life of 4 years - currently around £500 each or £600 a year (replacing the batteries at the 4 year mark in order to keep up with the capacity loss of lithium). This equates to £4,950 in savings over 10 years, plus all the benefits of a lighter and more efficient battery.

While the design life of TITAN Lithium is 10 years, we expect the average user to reach 15-20 years, making it an even better investment. The realistic average life of Lead-acid is 3-5 years.

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Built-in Bluetooth Monitoring

All TITAN Lithium batteries have Bluetooth built-in for live and accurate monitoring. Our app is free of charge, available on both iOS and Android and localised in 10 languages.

When connected, users will be able to monitor the battery in real-time and will see live voltage, current (Amps & Watts), live time calculations - how long till discharged and charged, temperature, Ah capacity, % Capacity (SOC), cell voltages, protection triggers and more.

The TITAN Lithium app is also one of the only BMS apps that can handle multiple connections to multiple batteries in series and or parallel, and will adjust calculations to give accurate monitoring based on your setup.

Icon showing a side of a battery with a design element to show the internal heater mat installed in the battery

Heater Installed As Standard

This battery comes installed with an heater mat that surrounds the internal cells, which enables the internals to warm up in freezing conditions. All lithium batteries do not charge when below 0°C in order to protect the cells against damage that may occur - the heater will activate when the internal battery temperature is ~2°C or lower, and there is an incoming charge current to the battery. The heater prioritises it's power source from the charger first, and can take up to 3.6A from the battery if the charger is not powerful enough, and there's enough battery capacity left. The heater will then aim for 10°C, and will switch the incoming charge from the heater to the cells for the perfect charge, whatever the weather.

Battery warm up time will vary on the type of charger and the temperature, but on average, expect an added 20 minutes to your charge time.

The added heater does not affect performance in any way - the battery can and will be able to discharge in -20°C temperatures.

Icon showing two battery cells at different levels of charge with a arc design between them to represent the internal cell balancing system

Dual Active & Passive Cell Balance System

All TITAN Lithium batteries come with an active balance system installed. Active balancing is where the internal cells are automatically balanced with each other to ensure all are working equally when discharged and charged by actively monitoring each cell and directing energy to a cell that is lower in voltage than the others, or pulling from a cell that is higher. This system helps avoid overworking a single cell; potentially leading to an early failure.

Passive balance is when the cells are simply connected to each other without actively allocating energy. This method can allow higher voltage differences between the cells and can put more stress on a single cell.

The TITAN BMS is the only BMS on the market that uses both balance methods - passive for small voltage differences, and active for larger. This allows us to keep the BMS energy consumption down, while still benefiting from the full balance suite - the best of both worlds.

The active balance system is fully automatic and controlled by the BMS
Active balancing helps keep all cells healthy for longer compared to just passive balancing
TITAN exclusively uses the most premium quality, batch tracked cells available and intheory, active balancing is not required at this quality level. However as all batteries operate via chemical reaction, tiny material differences can make a difference over time; we include active balancing to ensure the longevity of all TITAN batteries
Active balancing takes place more often when the battery is charging, and a cell reaches 3.4V
This is denoted by flashing cells on the battery info tab in the TITAN app
Balancing takes full effect when the battery is between 90-100% SOC

Icon with a battery and moon with styled ZZZ's to represent the battery sleeping

Automatic & User Hibernation

One of the worst things that can happen to any type of lithium battery is being left in a fully discharged state for a long period. In the worst possible case, the cell voltages self-discharge (~1-2% a month) low enough and can no longer provide power to the BMS, causing it to shut down. If this happens, the BMS can wipe its own memory, causing the entire battery to permanently shut down. TITAN BMS has several built-in backups in place, but will require the battery to be returned to us for recovery. To help avoid this issue altogether, we've developed the hibernation function.

All TITAN Lithium batteries come with two hibernation functions - automatic and user controlled. Each function will shut down various active parts of the BMS to help keep the battery self-discharge rate as low as possible while the battery is not in active use.

Automatic hibernation will activate when the battery is at a low state of charge and has been inactive for a few days. When active, the battery will not output a voltage or current and will have enough capacity to last around 6 months (longer with larger batteries) before reaching a critical level. This allows users more time to notice and recharge; preventing any cell damage at the same time - essentially adding a low voltage safety net.

User controlled hibernation is triggered by the integrated on/off button. This function switches the BMS off and on, essentially turning the battery off and on. Turning the BMS off will reduce the standby energy consumption itself, and the battery falls back to the incredible natural self-discharge rate of lithium cells with nothing connected (~1% a month). This is intended for when the battery is going into storage for long periods or connected to a vehicle going into storage and power to devices is not required for the storage period - all electrical devices will still take some energy, even when switched off. This function stops devices from slowly draining the battery over time.

When in automatic hibernation, this function is designed to be easily switched off by placing the battery on charge, or by connecting to it via the TITAN Lithium app.

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Data Communications (comms)

All TITAN Lithium batteries have communication (comms) ports built into either the top or side of the battery case. These ports are for users who are connecting single or multiple (parallel) batteries to a compatible data-enabled inverter or device.

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Compatible With Popular Inverters & Devices Using CANBUS, RS485 & NEMA2000

Connecting to an inverter allows the parameters and live BMS data to be pushed to the inverter or compatible device for a more efficient setup; it will sync and pre-set alarms, low voltage cutoffs, discharge and charge settings, and if using compatible software, can be monitored remotely e.g. using Victron VRM.

Depending on the brand/data protocol, special cables are required for data communication - all cable types are available from TITAN Lithium.

By default, TITAN BMS is pre-set for use with Victron CANBUS via VE.CAN and BMS.CAN ports. TITAN is compatible with Victron's DVCC mode.

The data mode can be changed on request to another brand/protocol, but can only be done by TITAN engineers; leave us a note at the checkout if you need us to change the data mode before delivery.

TITAN BMS has known compatibility with:

Victron GX devices (default) - CAN
Growatt - CAN
Sacolar - CAN
Goodwe - CAN
Voltronic Power - RS485
Sofar - CAN
Sorotec - CAN or RS485
Deye / SunSynk - CAN or RS485
Solis - CAN
Luxpower - CAN
Pylon Tech - CAN or RS485
Sol-Ark - CAN
SRNE - RS485
MUST - CAN
SMA - CAN
MEGAREVO - CAN
MPP Sola - RS485
TBB Power - CAN
Senergy - CAN
Schneider Electric - CAN
Aiswei - CAN
SMK - RS485
Foxess - CAN
SunGrow - CAN

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Compatible With High Powered Inverters, Pumps & Motors

Some high performance inverters, pumps and motors can require a very high current for a split second on start-up; this is called an inrush current and usually happens if the device has large copper windings and/or capacitors. At 12V, some devices can easily peak up to 1,500A for a microsecond.

Many lithium battery BMS's can struggle with this as they see the high current and view it as a short-circuit, so will trigger their protection and shut the battery down. TITAN BMS has been developed to safely allow high start up currents without triggering a protection too early, making it an ideal match for high performance systems and machines.

an icon that shows a stylised battery terminal and bolts to show what type of terminal is included

High-Performance M8 Terminals

Perfect as a drop-in replacement for lead-acid batteries, our high-performance copper terminals ensure the best electrical performance while inherently providing corrosion-free contact for those who use eyelet terminals. Two M8 bolts & spring washers are included with the battery.

Need round terminals instead? No problem - we can provide high-quality, hot stamped brass automotive adapters free of charge (just leave us a note at checkout).

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Electrically Efficient

Thanks to our 99% efficiency rating, TITAN batteries utilises incoming charge energy with little waste; making them a perfect partner for solar chargers. Our batteries can accept extremely high charging amps which means they can be charged extremely quickly - from 0% to 95% in less than 2 hours (when charged over 100Amps).

This efficient charging means TITAN batteries are also perfect for home solar storage (although we'd recommend looking at our higher voltage batteries for better BMS efficiency).

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A Market First - Lifetime Warranty On All Batteries

At TITAN, we are so confident in our build and component quality, we have upgraded all of our batteries that have grade A cells to our full warranty that lasts the lifetime of the battery. Our parent company celebrated its 75th anniversary of continuous business this year, and we plan to stick around for the foreseeable so you can rest easy that we will be here for any issues that may arise; be it tomorrow, or in 10 or even 30 years.

Important to note: like anything in life, the more you use something, the more it wears out - batteries have always been the same, and their capacity will degrade over time. This reduction is normal and to be expected; the harder you use the battery (i.e. you discharge it fully and charge it fully often), the faster its fully charged capacity will decrease. Lithium has an incredible resiliency to capacity reduction though, and we expect a capacity loss of about 5-10% every decade with normal use and charging within specifications e.g. a brand new 150Ah would have a fully charged capacity of 165Ah, a 10 year old 150Ah would have ~150Ah and a 20 year old 150Ah would have ~135Ah when fully charged.

Battery wear or capacity loss are not valid warranty claims. Once a battery reaches a fully charged point and it does not last very long or last as long as you need it to, you will need to replace the unit.

Our warranty covers all components against premature failures caused by manufacturing faults. For more information on our warranty terms, please click here

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Our Batteries are Repairable

If anything does fail prematurely, we aim to repair or replace individual problem components rather than replace the whole battery. Doing this also allows us to reduce our carbon impact and reduce waste. As we are a family of battery specialists (we used to make batteries in the 1950s), we are adept at any and all repairs should they arise.

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