12V 100Ah Group 31 LiFePO4 Battery for Trolling Motors
$169.00
This 512Wh LiFePO4 portable power station is designed for camping, RV travel, outdoor work, emergency backup and off-grid power. It combines a 512Wh lithium iron phosphate battery with pure sine wave AC power, multiple USB and DC outputs, solar charging, vehicle charging and a built-in UPS function.
Depending on the AC configuration, the power station provides 500W rated output for 100–120V versions or 600W rated output for 220–240V versions, with up to 600W maximum output.
A 100W USB-C PD port supports fast charging for compatible laptops, tablets and smartphones, while the built-in 200W AC charger provides quick recharging in approximately three hours using the fast charging mode.
Compact enough for travel but large enough for everyday portable power needs, this unit is a practical choice for camping, RV use, emergency backup, outdoor work and portable solar power.
| Battery | 512Wh / 160,000mAh LiFePO4 | AC Output | 500W / 600W |
| Waveform | Pure Sine Wave | USB-C | PD 100W Max |
| Solar Input | 12–24V, 120W Max | AC Charger | 200W |
| Fast AC Charging | Approx. 3 Hours | Weight | Approx. 6.0 kg |
Looking for a smaller, lighter option? See the 300W 256Wh LiFePO4 Portable Power Station for lower-power camping, travel and emergency backup applications.
The power station uses a 512Wh LiFePO4 battery, giving users a practical balance between portable size and usable stored energy. LiFePO4 battery technology is widely used in modern portable energy storage systems because of its thermal stability and suitability for repeated charging and discharging.
With 512Wh of battery capacity, the unit is designed for applications that need more energy than a small entry-level power station while remaining compact enough to carry in a vehicle, RV, campsite or work area.
The built-in inverter provides stable pure sine wave AC output for compatible electronics and low-power appliances.
The 100–120V version provides up to 500W rated AC output, while the 220–240V version provides up to 600W rated AC output. Maximum output is up to 600W.
Pure sine wave power is suitable for many compatible electronics including laptops, TVs, cameras, routers, lighting, fans, portable refrigerators and other everyday equipment that remains within the power station's output limits.
A dedicated USB-C PD port provides up to 100W output, making it suitable for fast charging compatible USB-C laptops, tablets, smartphones and other mobile devices.
Additional USB outputs include 2 × QC 24W ports and a PD 27W port, allowing several mobile devices to be charged from one portable power source.
Multiple output options make this portable power station suitable for different types of electronics, camping accessories, vehicle equipment and everyday mobile devices.
The power station supports three practical charging sources: AC wall power, vehicle charging and solar charging. This makes it useful both as a portable backup battery and as an off-grid power source.
The built-in 200W AC charger can recharge the battery in approximately 3 hours using quick charging mode.
Normal charging takes approximately 4.3 hours, offering a balanced charging option for everyday use.
Silent charging takes approximately 7 hours and is intended for situations where quieter charging operation is preferred.
Vehicle charging supports DC 12–28V / 7A with up to 196W maximum input, making it convenient to recharge while travelling.
For camping and off-grid solar power applications , the portable power station supports DC 12–24V solar input with up to 120W maximum charging power.
Actual solar charging time depends on panel output, sunlight intensity, temperature, weather conditions and panel orientation.
A 512Wh portable power station provides a useful balance of battery capacity, AC power and portability for everyday mobile and temporary backup applications.
A portable power station is a convenient all-in-one solution when the priority is mobility, simple setup and temporary power. It works well for camping, road trips, laptops, lighting, communications and other compatible low-to-medium-power loads.
For applications that need longer runtime, higher energy capacity, permanent installation or integration with an existing RV, marine or off-grid electrical system, a fixed LiFePO4 battery bank may be the better solution.
| Application | 512Wh Portable Power Station | LiFePO4 Battery Bank |
|---|---|---|
| Best for | Camping, travel, mobile electronics, temporary backup | RV, marine, off-grid and installed electrical systems |
| Installation | Plug-and-use portable system | Integrated with inverter, charger, solar or DC-DC system |
| Energy capacity | 512Wh | Example: 25.6V 50Ah LiFePO4 = 1,280Wh nominal energy; larger banks can be configured for the required runtime and load |
| AC inverter | Built in, up to 500W / 600W depending on version | External inverter selected for the system load |
| Solar charging | Up to 120W input | Solar controller and array sized for the battery system |
| Lead-acid replacement | Not a direct replacement for an installed battery bank | Can replace compatible AGM, gel or flooded lead-acid systems after compatibility review |
For a simple capacity reference, a 25.6V 50Ah LiFePO4 battery stores 1,280Wh of nominal energy — about 2.5× the nominal stored energy of this 512Wh portable power station. A fixed battery bank also allows the inverter, charger, solar controller and DC-DC charging system to be selected for the application.
Nominal Wh is a capacity comparison only. Actual usable AC runtime depends on inverter efficiency, system losses, load profile, battery settings and operating conditions.
For installed 24V battery systems, battery voltage, capacity, BMS current, charger, inverter, DC-DC charging and cable protection should be matched to the application. See our LiFePO4 Battery Technical Support for system compatibility review.
Portable power stations are ideal for temporary and mobile power, but they are not designed to replace every installed battery system. A larger LiFePO4 battery bank should be considered when the application requires:
For installed systems, battery capacity should be selected from the actual daily energy use, inverter power, charging sources, peak current and required reserve — not from Ah or Wh alone.
For solar-based installations, see our Off-Grid Solar LiFePO4 Battery Solutions .
This portable power station is designed for compatible electronics and low-to-medium-power appliances that remain within the rated output of the selected AC version.
The built-in UPS function adds backup capability for compatible electronics when the main power supply is interrupted.
It can be useful for selected low-power equipment such as Wi-Fi routers, communication devices, computers and other electronics that remain within the power station's supported output range.
An integrated LED light provides convenient lighting during camping, roadside emergencies and temporary power outages.
| Battery Chemistry | LiFePO4 |
| Battery Capacity | 512Wh / 160,000mAh |
| Rated AC Power | 500W (100–120V Version) / 600W (220–240V Version) |
| Maximum Output | 600W Max |
| AC Output Voltage | 110V ±10% / 230V ±10% |
| Output Frequency | 60Hz ±5% / 50Hz ±5% |
| Output Waveform | Pure Sine Wave |
| AC Charging Input | AC 100–120V / AC 200–240V |
| Built-In AC Charger | 200W |
| Car Charging Input | DC 12–28V / 7A, 196W Max |
| Solar Charging Input | DC 12–24V, 120W Max |
| USB Outputs | 2 × QC 24W + PD 27W + PD 100W Max |
| DC Outputs | 1 × Cigarette Lighter + 2 × DC5521 |
| DC Rated Output | 13.8V / 10A Max |
| Quick AC Charging | Approx. 3 Hours |
| Normal AC Charging | Approx. 4.3 Hours |
| Silent AC Charging | Approx. 7 Hours |
| UPS Function | Supported |
| LED Light | High / Medium / Low + SOS |
| Dimensions | 290 × 190 × 196 mm (L × W × H) |
| Weight | Approx. 6.0 kg |
Yes. A 512Wh portable power station is suitable for many common camping requirements, including charging compatible phones, laptops, cameras, LED lights, portable fans and selected portable refrigerators.
The 512Wh rating represents the battery's stored energy capacity. Actual runtime depends on the power consumption of the connected equipment, inverter losses and operating conditions.
Runtime depends mainly on the wattage of the connected device. Lower-power electronics can operate significantly longer than equipment drawing several hundred watts. AC inverter conversion also consumes some energy.
It depends on the AC voltage configuration. The 100–120V version is rated up to 500W, while the 220–240V version is rated up to 600W. Maximum output is up to 600W.
Yes. It uses a 512Wh LiFePO4 battery. For more general information about lithium iron phosphate batteries, charging, BMS protection and applications, see the LiFePO4 battery information provided elsewhere on this page and in our technical resources.
Yes. The AC inverter provides pure sine wave output for compatible electronics and appliances.
Yes. Compatible laptops can be charged through the AC output or the 100W USB-C PD port. Check the laptop's charging requirements before connection.
Some portable refrigerators and low-power refrigeration equipment may be compatible. Check both normal running wattage and compressor startup surge before connecting a refrigerator.
Many TVs operate below 500W or 600W and may be compatible. Check the TV's rated power and ensure the combined connected load remains within the output rating of the selected version.
Most Wi-Fi routers use relatively little power and may be suitable, provided their voltage and power requirements are compatible.
Some CPAP machines may operate within the available power range. Actual runtime depends on the CPAP model, power consumption and whether functions such as a heated humidifier or heated tube are being used. Check the equipment manufacturer's specifications before use.
Yes. It supports DC 12–24V solar input with up to 120W maximum power. The connected solar panel must remain within the supported input specifications.
Use a compatible panel that stays within the 12–24V input specification and 120W maximum solar input. Check panel voltage and connector compatibility before use.
Solar charging time varies with sunlight, panel output, weather, temperature and panel angle. Maximum supported solar input is 120W.
Three charging modes are available: approximately 3 hours in quick mode, 4.3 hours in normal mode and 7 hours in silent mode.
Quick mode reduces charging time, normal mode provides an everyday charging option, while silent mode is intended for situations where quieter charging operation is preferred.
Yes. Vehicle charging supports DC 12–28V / 7A with up to 196W maximum input.
Yes. Multiple AC, USB and DC outputs allow several compatible devices to be connected at the same time. The combined load must remain within the total output and individual port limits.
Yes. A built-in UPS function is supported for compatible backup power applications.
It can provide portable power for compatible RV electronics, mobile devices, lighting and other equipment within its AC and DC output specifications. For an integrated RV electrical system with higher energy capacity, use a properly sized fixed LiFePO4 battery bank rather than treating a portable power station as the house battery.
Yes. It can provide temporary backup power for compatible low-power electronics such as phones, Wi-Fi routers, laptops, lighting and communication equipment. It is not intended to operate appliances that exceed its rated output.
Yes. Both 110V / 60Hz and 230V / 50Hz configurations are available for different markets.
Choose a portable power station when you need an easy-to-carry, all-in-one source for temporary AC, USB and DC power. Choose a fixed LiFePO4 battery bank when you need longer runtime, higher energy capacity or integration with an RV, marine or off-grid electrical system.
Not as a direct replacement for an installed RV house battery bank. This product is a portable all-in-one power source. If the RV already uses AGM, gel or flooded lead-acid batteries, a fixed LiFePO4 replacement should be sized and checked against the charger, inverter, alternator or DC-DC charger, solar controller, cables, fuses and required current.
If the required runtime or load exceeds what this portable unit can support, consider a larger installed LiFePO4 battery bank. The correct battery size depends on daily energy consumption, inverter power, charging sources, peak current and required reserve.
If your application has grown beyond portable power, we can help review battery capacity, inverter load, charger compatibility, solar charging, alternator / DC-DC charging, BMS current and system protection.
Start with our Lead-Acid to LiFePO4 Replacement page, or review our LiFePO4 Battery Resources for additional technical guidance.
Commercial customers evaluating lithium battery products can also review our LiFePO4 battery resources and technical guides for additional information on specifications, battery documentation and application support.
This 512Wh LiFePO4 portable power station is suitable for distributors, outdoor power retailers, camping equipment suppliers, energy solution companies and commercial buyers looking for a compact portable power product.
Available configurations include 110V and 230V AC versions and optional socket arrangements for different markets.
For qualified commercial requirements, our OEM and ODM battery services can support private-label projects, product configuration, packaging requirements and volume production.
Companies evaluating production capability can also learn more about our LiFePO4 battery manufacturing and quality control capabilities.
For portable power station requirements, contact us for availability, 110V or 230V configurations, distributor orders, bulk purchasing, OEM/ODM projects, private-label requirements and packaging options.
If you are upgrading an RV, marine or off-grid system from AGM or lead-acid to LiFePO4, send us the original battery information, required runtime, inverter or equipment load, charging sources and available installation space.
We can review whether a portable power station or a fixed LiFePO4 battery system is the better fit for your application.
Many LiFePO4 batteries can replace compatible lead-acid deep-cycle batteries in RVs, boats, golf carts and industrial equipment. Before installation, confirm the system voltage, battery dimensions, terminal layout, charger profile, maximum load, cable size, fuse rating and operating temperature.
Most LiFePO4 batteries are compatible with standard 12V, 24V, 36V or 48V inverters when the system voltage and power requirements match. Many modern chargers also include a LiFePO4 charging profile. For lead-acid replacement projects, confirm the charger voltage, inverter rating and maximum load before installation. A compatible charger or DC-to-DC charger may be required if the existing charging equipment does not support LiFePO4 batteries.
Yes. OEM and custom battery support can include voltage, capacity, BMS settings, enclosures, terminals, connectors, communication protocols, labels and packaging. Send us the application, electrical requirements, installation dimensions and expected order quantity for review.
MOQ depends on the battery model, specification and customization requirements. Standard models may be available for sample testing, while custom enclosures, private labels and OEM production normally require a confirmed order quantity. Contact us with the model and required quantity for details.
Available certifications and documents depend on the battery model and destination market. Supporting documents may include UN38.3, MSDS, CE, RoHS and product test reports. Confirm the required documents and target market before placing an order.
Lead time depends on the battery model, order quantity, customization and testing requirements. Export shipping options are arranged according to the battery specification, destination and order volume. Send us the required quantity, delivery location and target schedule for a project-specific quotation.
