01WEEKEND GETAWAYS
Weekend Trips
Power the essentials for short 1–3 day getaways, including your 12V fridge, lights, water pump, fans, phones, and other everyday devices.
Plan Weekend Power↗
RV, CAMPER & VAN LiFePO₄ POWER
Power Your RV Life,
Wherever You Go.
From your fridge and lights to water pumps and everyday electronics, build a dependable LiFePO₄ power system for life on the road.
01 Plan by your journey
02 Size by your devices
03 Match your RV setup
BUILD YOUR RV POWER ↗
01 / PLAN BY YOUR JOURNEY
How you travel shapes
how much power you need.
Start with the way you use your RV—from short weekend getaways to extended off-grid stays. Your travel style helps determine the battery capacity and system that fits you best.
02EXTENDED TRAVEL
Multi-Day Road Trips
Stay comfortable for longer trips with more energy for refrigeration, lighting, water pumps, device charging, fans, and other daily RV loads.
Plan for Longer Trips ↗03OFF-GRID LIVING
Extended Off-Grid Living
Build for longer stays away from shore power with more battery capacity for daily appliances, solar charging, inverter loads, and expandable RV power systems.
Build My Off-Grid Setup ↗02 / PLAN YOUR POWER
How much energy does your RV use each day?
Select the devices you use and adjust their daily runtime. We'll estimate your energy needs and help you find the right battery capacity for your RV.
Your Daily RV Power Use
1
RV system voltage
Select the nominal voltage of your RV house battery system.
2
Your Daily RV Power Use
Start with common RV appliances, then adjust wattage, runtime, and quantity to match your actual setup.
Use actual device specs when available
Device
Watts
Runtime / Day
Quantity
Wh / Day
Add Common RV Appliances
Add a common appliance, then edit the example values to match your actual model and usage.
Example wattages and runtime are planning estimates only. Actual consumption varies by appliance model,
duty cycle, operating conditions, and settings.
Estimated Daily Energy Use
640Wh/day
3
Days of battery power needed
Choose how many days of battery energy you want before recharging.
Days of battery power needed
2 days
1 day7 days
03 / FIND YOUR RV BATTERY
Choose the Right
LiFePO₄ Battery for Your RV
Compare BUKNUWO 12V LiFePO₄ batteries by energy capacity and BMS output. Start with your calculated energy requirement, then confirm inverter load, charging setup, installation space, and system compatibility.
COMPACT RV POWER01
12V LiFePO4 · BLUETOOTH
100Ah
BUKNUWO 12V 100Ah Bluetooth LiFePO4 Battery
A compact starting point for RV systems with lower daily energy needs. Its 1,280Whnominal capacity is suited to setups where your calculated battery requirement stays withinthis range and your inverter load is compatible with the 100A BMS.
- Nominal Energy
- 1,280 Wh
- BMS Output
- 100 A
MORE ENERGY RESERVE02
12V LiFePO4 . BLUETOOTH
150Ah
BUKNUWO 12V 150Ah Bluetooth LiFePO4 Battery
A practical step up when your RV needs more energy than a 100Ah battery can provide.With 1,920Wh of nominal energy, it offers 50% more capacity than a 12V 100Ah batterywhile retaining a 100A BMS.
- Nominal Energy
- 1,920 Wh
- BMS Output
- 100 A
HIGH-CAPACITY RV POWER03
12V LiFePO2 . BLUETOOTH
314Ah
BUKNUWO12V 314Ah Bluetooth LiFePO4 Battery
Designed for RV setups with higher daily energy requirements or longer periods betweencharging. It provides 4,019Wh of nominal energy and a 200A Smart BMS for higher-output battery systems.
Confirm inverter size, wiring, protection devices, charging equipment, and availableinstallation space before purchase.
- Nominal Energy
- 4,019 Wh
- Smart BMS
- 200 A
04 / COMPLETE YOUR RV POWER SYSTEM
From Battery
to a Complete RV Power System.
Your LiFePO4 battery is only one part of the RV electrical system. Plan the battery, charging sources, inverter, DC loads, wiring, and installation together for a reliable setup.
-
01
Confirm battery size and installation space
Check battery dimensions, mounting location, ventilation, terminal access, and cable routingbefore installation.
-
02
Match your charging sources
Make sure your solar controller, DC-DC charger, or shore-power charger supports the voltage and charging requirements of your LiFePO4 battery.
-
03
Match battery output to your RV loads
Check inverter power, DC appliance loads, startup surge, BMS current limits, wiring, and overcurrent protection as part of the complete system.
RV POWER SYSTEM
How power flows through your RV
Functional system overview only — not a wiring diagram. Actual component sizing, fuses, breakers, wire gauge,
charging equipment, inverter requirements, and installation methods must be selected for your specific RV system.
Solar PanelsPV charging source
MPPT Solar Charge ControllerSolar → battery charging
AlternatorVehicle charging source
DC-DC ChargerAlternator → house battery
Shore PowerAC input
AC LiFePO₄ ChargerShore power → battery
BUKNUWO 12.8V 150Ah LiFePO₄ Battery BankBluetooth house battery energy storage
Inverter12V DC → 120V AC
DC Distribution12V DC circuits
AC Loads120V appliances
DC LoadsLights · fridge · pump · fans
12V Starter BatteryVehicle starting system
Charging / AC flow
DC battery / load flow
05 / BEFORE YOU GO
What to Know Before
Upgrading Your RV Battery
Quick answers to common questions about RV LiFePO₄ battery upgrades, charging, solar compatibility, system sizing, and Bluetooth monitoring.
Explore Battery Help Center ↗Can I replace my RV lead-acid battery with a LiFePO₄ battery?
In many RV house-battery systems, yes—but it should not be treated as an automatic drop-in replacement. Confirm the system voltage, battery dimensions, terminal layout, charger settings, solar controller, DC-DC charger, inverter requirements, wiring, and protection devices before upgrading.
How do I know what battery capacity my RV needs?
Start with your total daily energy use in watt-hours (Wh), then multiply it by the number of days you want to run without recharging. Allow additional capacity for system efficiency and usable battery capacity. Use the RV Power Calculator above as a starting point, then confirm inverter load, BMS output, charging sources, and installation space.
Can I charge a BUKNUWO LiFePO₄ battery with RV solar panels?
Yes, when the solar system uses a compatible solar charge controller configured for LiFePO₄ batteries. Solar panels should charge the battery through an appropriate MPPT or PWM controller rather than being connected directly to the battery. Confirm the controller voltage and charging settings for your specific battery model.
Can I keep using my existing RV battery charger?
Only if the charger supports the 14.6V voltage and charging profile required by your LiFePO₄ battery. Check the charger output voltage, charging mode, and current against the specifications of your selected BUKNUWO battery. A charger designed only for lead-acid batteries may not charge a LiFePO₄ battery correctly.
What can I monitor with the BUKNUWO Bluetooth app?
On supported Bluetooth models, the BUKNUWO app can display key battery information such as voltage, current, power, temperature, state of charge, and other available BMS data. The exact data and functions may vary by battery model and app version.
Can I connect multiple LiFePO₄ batteries for more RV capacity?
Some BUKNUWO battery models support series and/or parallel expansion, but the allowed configuration depends on the battery voltage and model. Use batteries with matching specifications and follow the connection limits in the product manual. Do not mix batteries with different voltages, capacities, models, or significantly different states of charge.
Your Next Journey Starts Here
Your next journey
starts with the right power.
Have your vehicle type, devices, battery bay dimensions and charging setup ready. Let’s find the battery configuration that fits you.
Get RV Battery Selection Help ↗Trusted by RV Owners
Reliable power for real adventures.
Expert Guidance
Find the right battery fit.
Here When You Need Us
Support for every journey.
More Freedom
A Brighter Tomorrow
A Brighter Tomorrow
RV / CAMPER / VAN
POWER BEYOND THE EVERYDAY
POWER BEYOND THE EVERYDAY