£1,299.99
46 in stock
Introducing the 12V 460Ah lithium battery from LithiumPro Energy – The ENDURAVOLT is an ECE R10 approved model of the SMARTCOMM SERIES. It is the most advanced 460Ah lithium battery in the UK, boasting a near 6000Wh capacity. It is packed with industry-leading technology and safety features designed for adventurers with heavy power demands such as ‘GASLESS’ vehicles or those needing to stay off-grid for extended periods.
This state-of-the-art lithium battery is part of a range developed by Lithium Pro Energy called SMARTCOMM SERIES offering advanced market-leading capacity, power and safety features embedded within the battery as standard;
EVE GRADE A CELLS: All LithiumPro batteries use only traceable QR coded, UL-listed cells, direct from the manufacturer, that are matched for voltage, internal resistance, and capacity before assembly.
12V 460AH ENDURAVOLT DATASHEET v1.0.512V 460AH ENDURAVOLT INSTALLATION GUIDESMARTIQ BMS (Battery Monitoring System) APP Can be downloaded free from the Google playstore for Android or the Applestore
Introducing the all-new 12V 460Ah lithium battery from LithiumPro Energy – The ENDURAVOLT. A very popular model in the SMARTCOMM SERIES, the 460Ah lithium battery in the UK, boasting a near 6000Wh capacity. It is packed with industry-leading technology and features designed for adventurers with heavy power demands such as ‘GASLESS’ vehicles with induction hobs or those needing to stay off-grid for extended periods.
The SMARTCOMM SERIES from LithiumPro offers seamless Plug & Play integration via CANBus, allowing LithiumPro batteries to communicate effortlessly with inverters, chargers, VictronGX, Ekrano, and various NMEA2000 compliant head units, including GARMIN, CZONE, SIMRAD, and RAYMARINE. This enables the sharing of live system data for optimal performance and enhanced power system monitoring capabilities.
One of the unique features of the SMARTCOMM SERIES is the latest onboard safety mechanism, developed for using with large inverters. It silently protects the battery and connected electronics from dangerous arcs and sparks caused by powerful inrush currents when connecting to high-powered inverters. The Enduravolt 460Ah battery, equipped with an advanced proprietary 250A BMS, has the capability to run any household appliance up to 3200W when connected to a capable inverter, allowing you to operate a ‘GASLESS’ system with plenty of spare capacity.
Additionally, the new integrated battery isolation safety feature enables you to completely isolate your battery from its loads when maintenance is required, ensuring convenience and safety. Alternatively, you may wish to simply winterise your system at the touch of a button.
Uses for Lithium Leisure batteries.
How to chose the right lithium Battery.
Its important to consider the following factors when choosing the right Lithium Battery for your application:
All LithiumPRO batteries use the latest level Bluetooth 5.0 technology to pair with your smart device. This enables you to monitor the health and performance of your battery in ‘Real-time’ on the move. Our intelligent LiFePO4 Lithium leisure batteries are embedded with advanced SMARTIQ Technology, which brings battery monitoring to the palm of your hand. No more guesswork, no more working out voltages or wiring of complex shunts. Just download our SMARTIQ BMS APP to monitor and track your batteries performance whilst on the move.
Using LithiumPro's latest SMARTIQ technology you can pair your Apple or Android Device to multiple batteries for real-time data monitoring. With In-App status notifications keeping you updated on performance and health.
Whether your system is connected in SERIES or PARALLEL, our app lets you monitor all your battery data from multiple batteries on a single, easy-to-read screen—giving you a complete overview of performance, state of charge, and system health in real time.
Our Advanced Battery Management System (BMS) controls all battery parameters to ensure safe operation at all times. Providing industry-leading protection against over-charge, over-discharge, over-current, short-circuit, and extreme temperature protection.
No more guesswork - Get live battery sent to your smart device, data showing the % State of Charge, with accurate predictions of Time-till-Empty and Time till Full, taking the anxiety out of being off-grid.
The battery fuse protects the wiring — not the devices connected to them. When replacing lead-acid batteries with lithium (LiFePO4), a suitably rated primary battery fuse is essential. Its critical role is to protect the system from catastrophic short-circuit events. Unlike lead-acid batteries, LiFePO4 cells have extremely low internal resistance and in a dead-short scenario the battery can release many thousands of amps almost instantaneously for a split second. Without adequate protection, this can vaporise cables, potentially resulting in fire. This means the fuse protecting your old lead-acid battery is no longer suitable. It will need replacing. You are likely to have a MEGA, MIDI or a BLADE fuse which are not appropriate for protecting Lithium batteries. MEGA, MIDI or BLADE fuses are ideal for use with Lead-acid batteries and protecting loads from chargers. But they do not have the right blowing characteristics to protect your system from the power of a lithium battery.
LithiumPro Batteries have very powerful and advanced Battery Management Systems (BMS) that are designed to protect against short circuit, reverse polarity and over current scenarios but this is NO substitute for having a correctly sized mechanical primary battery fuse in a dead short scenario.
Its critical the fuse has a fast-acting element and the appropriate Ampere Interrupt Capacity (AIC) designed to blow quickly and safely opening the circuit so the current can no longer flow. High quality MEGA and MIDI fuses only have a maximum AIC rating of 2000A which is not high enough to support lithium systems.
For safety and compliance, only use reputable fuse brands such as Blue Sea, Bussmann, Littelfuse, Mersen or Siemens with high AIC capacity ≥6000A. Never use cheap fuse alternatives from market places without datasheets. Original Equipment fuses will have the specification marked on the fuse itself. – High quality fusing is the most safety critical component in your whole electrical system.
Want to understand more about fusing READ MORE in our Essential Guide to Fusing Lithium Batteries
For our drop-in-replacement range of batteries with capacities up to 180AH we recommend the MRBF fuse kits as they can be secured directly to the positive battery terminal which offers the safest approach – by not leaving any cable exposed without being fused. They also have a high AIC rating of 10,000A which is essential to protect your system. Given the ‘drop-in-replacement’ range are often placed in height sensitive locations an ANL fuse & holder would also be an suitable alternative as long as it has and AIC rating of ≥ 6000A. Always check the fuses manufacturers datasheet for the Ampere Interrupt rating.
For our larger capacity batteries such as the 460AH-650AH we only recommend using a Class T or NH fuses.
Ensure you protect your lithium battery and the system by adding a high-quality primary battery fuse with the a suitable interrupt capacity. IMPORTANT: Only use notable brand fuses and not cheap fuses from various online market places.
Harness the suns endless supply of free energy with solar panels and using a 'MPPT' 'Charge Controller to charge your battery
Charge your battery by connecting to the grid. Fit a 'MAINS' Charger that supplies a regulated voltage.
Capture the surplus power created by your vehicles alternator by fitting a 'DC-DC' Charger
Is our free technical support program designed to assist LithiumPro customers with their battery installation. Ensuring their batteries are setup safely and efficiently to run their off-grid system. We appreciate it is a complex field to navigate, batteries, fuses, chargers etc. If you need help designing your system, installing your battery safety to your existing electrical system, or you just require help configuring your chargers to a LithiumPro battery. When you are ready to Install we will be here to support. If installation is not for you - we have an approved list of Authorised installers ready to do the work for you. We have expert technicians that will even travel to you.
Here at LithiumPro Energy, we pride ourselves on delivering products of the highest quality, backed by rigorous testing and internationally recognised certification.
All SMARTCOMM SERIES batteries have undergone full ECE R10 certification, including assessment of electromagnetic compatibility (EMC) and our manufacturing processes under Conformity of Production (CoP). This ensures every battery produced consistently meets the same high standards as the originally tested units. As a result, our products carry the E-mark (E24) approval, demonstrating compliance with European automotive regulations.
E-mark certification is essential for vehicle manufacturers and converters operating under Whole Vehicle Type Approval, providing confidence that our batteries can be integrated into compliant electrical systems without compromising safety or performance.
In addition to ECE R10, all LithiumPro Energy products are designed and tested to meet relevant UK and EU regulatory requirements, including UKCA, CE, RoHS, EMC, and RED directives, ensuring full legal compliance for sale and installation across these markets.
At cell level, we exclusively use high-grade LiFePO₄ prismatic cells sourced directly from Tier 1 manufacturers. These cells are certified to internationally recognised safety standards including UL1642, UL1973, and UL9540A, validating their performance in areas such as electrical safety, thermal stability, and fire propagation resistance.
To maintain full traceability and quality assurance, all cells are procured directly from manufacturers rather than through third-party distributors.
Lithium Iron Phosphate batteries are classified as Class 9 hazardous materials for transport. Therefore, all LithiumPro Energy batteries are tested and certified to UN38.3, ensuring they meet strict requirements for safe transportation by road, rail, and sea, including packaging, handling, and labelling standards.
SAFETY INSTRUCTIONS
• Before use read & follow instructions provided by the manufacturer.
• Always fuse your lithium battery with an appropriate battery fuse with a high interrupt capacity threshold. LithiumPro Energy recommends MRBF fuses with an AIC of ≥ 10,000A
• Do not expose the battery to direct sunlight or extreme temperatures.
• Do not install lithium batteries in engine bay locations. They are not suitable to operate in such extreme temperatures.
• Do not disassemble the battery. Opening the battery will VOID the warranty
• Do not short circuit the battery.
• Store the battery in a well ventilated area.
• Use a recommended DC-DC charger if charging from alternator sources set to (LiFePO4) profile.
• Do not immerse the battery in water.
• Do not crush, incinerate or modify the battery.
• Recycle the battery according to local regulations.
| ELECTRICAL SPECIFICATIONS | ||||
| Model | 105 ULTRAVOLT V2 | 175AH ARCTICXTREME V2 | 280AH SEATBASE V2 | 460AH ENDURAVOLT |
| Nominal Voltage | 12.8V | |||
| Nominal Capacity | 105ah | 175ah | 280ah | 460ah |
| Energy | 1344Wh | 2240Wh | 3584Wh | 5888Wh |
| Active Balance Current | 1-5A | |||
| Self Discharge | <3% per month | |||
| Wireless Connectivity Protocol | Low Energy Bluetooth 5.0 | |||
| CANBus Connectivity | RJ45/RS485 PORTS x2 BMS Firmware supports VICTRON, NMEA, CZONE, BCA MONTANA, GARMIN, SAVVY VAN | |||
| Charging & BMS Shutdown | Remote panel mountable MOS On/Off switch + Battery mounted On/Off control | Remote panel mountable MOS On/Off switch + Battery mounted On/Off control | Remote panel mountable MOS On/Off switch + Battery mounted On/Off control | Battery mounted On/Off switch |
| MECHANICAL SPECIFICATIONS | ||||
| Model | 105 ULTRAVOLT V2 | 175ah ARCTICXTREME V2 | 280ah SEATBASE | 460ah ENDURAVOLT |
| Dimensions (LxWxH) mm | 280x175x189 | 357x176x189 | 320x280x180 | 522x269x220 |
| Weight | 10kgs | 15kgs | 29kgs | 38kgs |
| Cycles | ≥4000 @ 80% DOD | ≥4000 @ 80% DOD | ≥8000 @ 80% DOD | ≥4000 @ 80% DOD |
| IP Rating | IP65 (if not using CANbus) | IP65 (if not using CANbus) | IP54 | IP65 (if not using CANbus) |
| Terminal Type | SAE Brass post with M8 threaded Insert | SAE Brass post with M8 threaded Insert | M8 threaded Insert | M8 threaded Insert |
| Cell – Prismatic (LiFePO4) | EVE LF105 | EVE LF173 | EVE LF280K | EVE LF230 |
| SAFETY & BMS PROTECTION SPECIFICATIONS | |||||
| Model | 105 ULTRAVOLT V2 | 175 | 280 | 460 | |
| Max Continuous Charge Current | 100A Recommended ≤75A | 200A Recommended ≤75A | 250A Recommended ≤75A | ||
| Max Continuous Discharge Current | 150A | 200A | 250A | ||
| Peak Discharge | 170A (5 secs) | 260A (5 secs) | 300A (5 secs) | 300A (5 secs) | |
| Discharge Protection cut-off | 10V | ||||
| Over Charge Protection cut-off | 14.6V | ||||
| Cell Balancing Voltage | 3.5V | ||||
| Short Circuit Protection | 1000A <500uS | 1200A <500uS | 1500A <500uS | 1500A <500uS | |
| TEMPERATURE SPECIFICATIONS | |||
| Storage Temperature | -20 ~ 60ºC | ||
| Discharge Temperature | -20 ~ 60ºC | ||
| Charge Temperature (Heater Assisted) | -20 ~ 60ºC | ||
| RECOMMENDED (LIFEPO4) CHARGING SPECIFICATIONS | |
| Charging Voltage (CCCV) | 13.8v-14.6V Optimal 14.4V |
| Float Voltage | 13.3-13.9V |
| Charging Current | ≤ 75A – See spec sheet for battery |
Parallel & Series Connections | Max 8 Max 4 (48V) |
Delivery is free to all mainland UK, with the exception of NI, Scotland and the isles. Our couriers charge a small premium to delivery to these locations. This will be calculated at checkout based on your postcode.
We will email you when the new stock arrives
