12V 100Ah Eco Series LiFePO4 Battery (1.28kWh)
IP54
$325
In Stock
RV Solar Batteries
RV Solar Batteries
Solar panels make electricity during the day; your house battery makes that energy available after sunset. If a refrigerator, fan, water pump and laptop keep running when the array stops producing, the size and health of your battery bank determine how comfortably you get through the night. Epoch LiFePO4 RV solar batteries deliver more routinely usable energy than a comparable lead-acid bank, hold voltage more consistently under load and eliminate flooded-cell watering. For a crowded RV battery bay, that means more useful storage from the space you already have.
In the Epoch RV Solar Batteries collection, fifteen models span compact 12V options through native higher-voltage batteries for custom systems. Bluetooth-equipped models let you check battery status nearby from a phone. Choose the bank by daily energy use, the solar energy likely to reach it and the loads you expect to run after dark. A large battery can bridge a cloudy day, but it cannot replace the energy that undersized or shaded panels fail to harvest.
Store More of the Solar Energy You Collect
- More practical capacity: Lead-acid owners often limit routine depth of discharge to protect battery life. LiFePO4 supports deeper regular cycling, leaving more of the rated energy available for RV loads while still planning a reserve.
- Room to build: Epoch's 12V 300Ah Essential stores 3.84kWh in a Group 31 case weighing 58 pounds; its 12V 460Ah Essential stores 5.89kWh in a Group 8D case weighing 84 pounds.
- Predictable operation: Steadier battery voltage helps compatible 12V devices and a properly sized inverter operate more consistently through much of a charge cycle.
- Fewer battery chores: Sealed LiFePO4 needs no watering or acid cleanup. Cables, fuses, mounts, chargers and solar equipment still need inspection.
- Useful visibility: Bluetooth on equipped models shows state of charge and battery conditions when you are close enough to connect, so you can make informed choices before sunset.
One large battery may replace several lead-acid cases, reducing interconnect cables and freeing usable storage space. It still needs a secure mount and appropriate weight placement. Group-size labels describe a footprint, not a promise that a lid, hold-down or terminal cable will clear. Measure the base, handles and terminal height as well as the opening through which the battery must be installed.
Size the Battery and the Solar Array Together
Start with watt-hours, which let you compare batteries across voltages. Add refrigerator cycles, furnace fan time, lighting, water pump, devices, inverter standby draw and AC appliance use over a typical day. Decide what must stay on overnight and how much reserve you need for a dull morning. Then estimate real solar harvest after shade, roof obstacles, panel angle, heat, wiring losses and charge-controller losses. A panel's watt rating describes test conditions, not guaranteed energy at a campsite.
For an illustration, a 400W array receiving five effective peak-sun hours has a theoretical 2,000Wh output before losses. If the RV uses about 1,500Wh per day, that may sound sufficient, yet a shaded afternoon or short winter day could leave a deficit. The battery needs enough storage for essential loads through those gaps, while the array and other charging sources must be able to replenish the bank over time. Doubling battery capacity without improving daily charging extends the buffer; it does not shorten the recovery period.
Loads matter just as much as energy storage. A coffee maker or microwave through an inverter draws high current briefly, while a fridge and mobile internet accumulate energy use for hours. Confirm both the inverter's continuous and surge requirements and the battery's published output limits. Do not size an air conditioner or other demanding AC load from amp-hours alone.
Find an Epoch Battery for Your RV Solar System
Most factory RV house circuits are 12V. Native 24V and 48V banks can suit larger, purpose-built solar and inverter installations, but existing 12V loads then need suitable DC-DC conversion. These four Bluetooth-equipped choices illustrate different capacities and system designs.
| Epoch battery | Energy and case | Potential solar-system fit |
|---|---|---|
| 12V 105Ah Essential | 1.34kWh; Group 24; 22.1 pounds; IP54. | Compact 12V storage for lighter loads and a modest array. |
| 12V 300Ah Essential | 3.84kWh; Group 31; 58 pounds; IP54. | More overnight 12V reserve in one case for longer off-grid stays. |
| 12V 460Ah Essential | 5.89kWh; Group 8D; 84 pounds; IP54. | High-capacity 12V storage where the charging plan can refill it. |
| 48V 100Ah V2 Elite | 5.12kWh; Group 8D; 97 pounds; IP67. | Purpose-built 48V solar and inverter systems with supported Victron communication. |
A native 24V 230Ah Essential offers 5.89kWh for an appropriately designed 24V system. Epoch's 12V 100Ah Eco and 12V 314Ah Eco are simpler alternatives without Bluetooth or internal heating. If phone-based monitoring or cold-weather charging is central to your plans, compare the equipped Essential and Elite models instead of assuming those features are universal.
Monitor the Bank as the Weather Changes
Check Battery Status Before Sunset
On a Bluetooth-equipped Epoch battery, the compatible app can show state of charge, voltage, current and temperature from nearby. Check once after breakfast and again late in the afternoon. If a cloudy day leaves less charge than expected, you can postpone a high-draw appliance, reduce optional loads or choose another charging source before overnight essentials depend on the bank. Because LiFePO4 voltage stays relatively flat across much of its usable range, the app's charge estimate is generally more informative for trip planning than a simple voltage reading.
The battery app reports battery conditions, not a complete measurement of what each solar panel produced. A solar controller display or properly installed system monitor helps identify array harvest, while a bank-level monitor can include every charger and load. Bluetooth works locally; remote access on supported systems requires the proper connected equipment.
Keep a Reserve for Overnight Loads
Epoch's built-in BMS protects against conditions such as over-discharge, excessive current and unsafe temperatures. A protective cutoff may also interrupt a refrigerator or furnace circuit when you most need it. Preserve an energy reserve, verify the inverter's surge and continuous draw against the chosen battery's limits, and use correct circuit protection. Reliability begins with a bank that fits the whole RV electrical system.
Convert an Existing RV Solar Bank in Four Steps
- Audit a full day: Estimate or measure DC and inverter watt-hours, including continuous background loads and the energy needed from dusk to morning.
- Check charging potential: Review roof or portable panel output, shade, solar-controller ratings and the number of low-sun days the bank should cover.
- Match every component: Select battery voltage, case size, BMS output and thermal features; set the solar controller and shore converter to the exact model's LiFePO4 charging guidance.
- Secure and test the upgrade: Remove and recycle old lead-acid batteries, install suitable restraints and protection, then verify charging, typical inverter loads and overnight reserve before a remote trip.
Panels feed a lithium-compatible solar charge controller, not the battery terminals directly. Disable lead-acid equalization and follow the battery's published absorption, float and temperature settings. If the RV also charges while driving, plan a correctly sized DC-DC charger for the alternator or tow vehicle. For shore power or generator use, confirm the converter or inverter-charger supports the same battery profile. Do not mix lead-acid and lithium batteries in one house bank.
Cold-weather solar deserves special attention. A heated Epoch model can use available incoming charge energy to warm its cells before normal charging within its specified limits. Unheated models protect against charging when cells are too cold. Winter sun is often brief, so account for both heating demand and reduced harvest instead of expecting full charging as soon as the panels see light.
Make Every Sunny Hour Count
Epoch LiFePO4 provides more practical solar storage than a comparable lead-acid bank in less occupied RV space, with steadier output and fewer maintenance tasks. Select an equipped model for Bluetooth visibility into the energy you have left. The best fit pairs enough battery reserve for the nights and cloudy intervals you expect with a solar and charging system that can restore what you use.
Explore Epoch RV Solar Batteries, or contact Epoch support with your daily watt-hours, panel wattage, inverter specifications and battery-bay measurements to narrow down an installation.
- Safety-First EngineeringLiFePO4 chemistry with advanced BMS protection
- Up to 11 Year WarrantyCoverage varies by model
- U.S.-Based Expert Support
Start here
Where to start with RV Solar Batteries
Three starting points from this collection's live listing: the lowest price, a low price per kWh and the most stored energy. Check voltage, fit and charging before you order. Every model is compared in full below.
Lowest price
12V 50Ah Essential Series
12V · 50Ah · 0.64kWh
$299In stock
IP54Bluetooth12V 50Ah, 0.64kWh nominal, with Bluetooth: the most affordable way into this collection.
Low price per kWh
12V 314Ah Eco Series
12V · 314Ah · 4.02kWh
$849In stock
IP5412V 314Ah, 4.02kWh nominal, at $211 per nominal kWh.
Most stored energy
12V 460Ah Essential Series
12V · 460Ah · 5.89kWh
$1,599In stock
IP54BluetoothHeated12V 460Ah, 5.89kWh nominal, with Bluetooth and internal heating: the largest capacity in this collection.
Full comparison and every model below.
Side-by-side specs
Compare RV Solar Batteries
Every battery in this collection uses LiFePO4 chemistry with a built-in battery management system (BMS). Compare stored energy, price per kWh, continuous output, weight, and footprint side by side.
16 models
| Model | Features | ||||||
|---|---|---|---|---|---|---|---|
Eco Series6-yr warranty4,500+ cyclesIP54 | |||||||
1.28 kWh100Ah | $254 | 100A | 21 lb | Group 2410.3 × 6.8 × 9 in | None of these features | ||
4.02 kWh314Ah | $211 | 250A | 57 lb | Group 3113.8 × 7.6 × 10 in | None of these features | ||
Essential Series11-yr warranty | |||||||
0.64 kWh50Ah | $467 | 50A | 14.3 lb | Group 22NF9 × 5.6 × 8.3 in |
| ||
1.34 kWh105Ah | $410 | 105A | 22.1 lb | Group 2410.3 × 6.8 × 9 in |
| ||
1.92 kWh50Ah | $390 | 100A | 35 lb | Group 3113 × 6.8 × 9.4 in |
| ||
3.84 kWh300Ah | $325 | 200A | 58 lb | Group 3113.8 × 7.6 × 10 in |
| ||
4.28 kWh334Ah | $304 | 300A | 75 lb | 15.4 × 8.1 × 11 in |
| ||
4.28 kWh334Ah | $304 | 200A | 60 lb | Group 3113.8 × 7.6 × 10 in |
| ||
Elite Series11-yr warranty3,500+ cyclesIP67 | |||||||
Filter products
Eco Series
Shop all Eco SeriesOur most affordable LiFePO4 line: proven lithium power without the extras.
- Standard Group 24 and Group 31 sizes
- Simple operation with no app required
- LiFePO4 chemistry with built-in BMS protection
- IP54 splash and dust resistant
- 4,500+ charge cycles
- 6-year warranty
Essential Series
Shop all Essential SeriesOur core line of LiFePO4 batteries for marine, RV, golf cart and off-grid power.
- Standard BCI group sizes for replacing lead-acid
- The widest choice of voltages and capacities in our lineup
- Bluetooth app monitoring
- 4,000+ charge cycles
- 11-year warranty
12V 50Ah Essential Series LiFePO4 Battery (0.64kWh)
37
IP54Bluetooth
$299
In Stock
12V 105Ah Essential Series LiFePO4 Battery (1.34kWh)
163
IP54BluetoothHeated
$549
In Stock
12V 300Ah Essential Series LiFePO4 Battery (3.84kWh)
230
IP54BluetoothHeated
$1,249
In Stock
12V 334Ah MC Essential Series LiFePO4 Battery (4.28kWh)
3
IP21BluetoothHeatedVictron Comms
$1,299
In Stock
12V 334Ah Essential Series LiFePO4 Battery (4.28kWh)
3
IP54BluetoothHeated
$1,299
In Stock
12V 460Ah Essential Series LiFePO4 Battery (5.89kWh)
156
IP54BluetoothHeated
$1,599
In Stock
24V 230Ah Essential Series LiFePO4 Battery (5.89kWh)
IP54BluetoothHeated
$1,599
In Stock
36V 50Ah Essential Series LiFePO4 Battery (1.92kWh)
7
IP65BluetoothHeated
$749
In StockElite Series
Shop all Elite SeriesOur flagship line: the most connected, highest-output batteries we build.
- Victron VE.Can communication for GX-device integration
- Epoch Cloud app for remote monitoring from anywhere
- High continuous output for running large inverters
- Bluetooth app monitoring
- Self-heating for sub-freezing charging
- IP67 rated against dust and water
- 3,500+ charge cycles
- 11-year warranty
12V 460Ah V2 Elite Series LiFePO4 Battery (5.89kWh)
134
IP67BluetoothHeatedVictron Comms
$2,399
In Stock
12V 460Ah V2-T Elite Series LiFePO4 Battery (5.89kWh)
14
IP67BluetoothHeatedVictron Comms
$2,599
In Stock24V 230Ah V2 Elite Series LiFePO4 Battery (5.89kWh)
6
IP67BluetoothHeatedVictron Comms
$2,399
In Stock24V 230Ah V2-T Elite Series LiFePO4 Battery (5.89kWh)
IP67BluetoothHeatedVictron Comms
$2,599
In Stock48V 100Ah V2 Elite Series LiFePO4 Battery (5.12kWh)
14
IP67BluetoothHeatedVictron Comms
$2,399
In Stock
48V 100Ah V2-T Elite Series LiFePO4 Battery (5.12kWh)
1
IP67BluetoothHeatedVictron Comms
$2,599
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Why Epoch Makes Some of the Best RV Solar Batteries
A solar panel only produces power while the sun is shining. Your battery determines how much of that energy you can actually use after sunset, during cloudy weather, or while camping miles away from the nearest hookup.
That makes your RV solar battery the most important component in the entire off-grid electrical system.
Epoch RV solar batteries are designed to help RV owners spend more time enjoying their campsite instead of worrying about battery voltage, generator hours or whether they'll make it through another night without plugging in.
Whether you're upgrading a weekend travel trailer or building a premium off-grid expedition vehicle, Epoch offers a lithium battery designed around the way your RV is actually used.
The current RV solar battery collection includes:
- 12V lithium batteries from 100Ah to 460Ah
- Native 24V lithium batteries for larger inverter systems
- Premium Victron-ready Elite batteries
- Cost-effective Eco Series batteries
- Heated Essential batteries for four-season camping
- Bluetooth battery monitoring
- High-capacity single-battery solutions up to 5.89kWh
- Native CAN-bus communication on Elite models
- Model-specific UL-certified battery platforms
- Built-in Class T fuse protection on V2-T batteries
- U.S.-based technical support
- Warranty coverage of up to 11 years
Instead of forcing every customer into one expensive battery loaded with features they may never use—or one inexpensive battery missing critical capabilities—Epoch lets you choose the right battery for your budget, your camper and your travel style.
Why Choose Epoch Instead of a Generic RV Solar Battery?
Two batteries can have the same voltage and amp-hour rating while delivering completely different ownership experiences.
The real difference isn't printed in large numbers on the front label.
It's found in the engineering behind the battery.
Before choosing a solar battery, ask:
- Can it safely power my inverter?
- Can I monitor it from my phone?
- Can it recharge below freezing?
- Does it communicate with my charging equipment?
- Is it designed for RV vibration?
- Can it grow with my system?
- Is technical support available after installation?
- Is it backed by a real warranty?
Those are exactly the questions Epoch designs around.
Rather than selling one "fits everything" battery, Epoch offers multiple battery platforms built for different customers—from simple weekend campers to fully integrated Victron-powered motorhomes.
Eco, Essential or Elite? Choose the Battery Built for Your Style of Camping
Eco Series – Maximum Value
Not every camper needs Bluetooth, CAN-bus communication or internal heating.
The Eco Series is designed for RV owners who simply want dependable lithium power at the lowest possible cost.
Eco batteries include:
- LiFePO4 chemistry
- Advanced Battery Management System
- Low-temperature charging protection
- Long cycle life
- Lightweight construction
- Series and parallel capability on approved models
- Maintenance-free operation
They intentionally leave out premium convenience features to maximize energy storage per dollar.
For many travel trailers and seasonal campers, that's exactly the right decision.
Essential Series – The Sweet Spot for Most RV Owners
The Essential Series is where most RV owners will find the perfect balance.
These batteries add the features people actually use every trip:
- Bluetooth monitoring
- Internal heating
- Smart BMS protection
- Long warranty
- High continuous output
- Large-capacity Group 31 and Group 8D options
Whether you're running a refrigerator overnight or spending several days boondocking, Essential batteries provide the convenience most travelers appreciate every day.
Elite Series – Professional RV Solar Systems
Elite batteries are designed for premium off-grid electrical systems.
Select Elite models include:
- Native Victron CAN communication
- DVCC support
- IP67 construction
- Bluetooth
- Internal heating
- External controls
- High-current BMS
- Premium battery architecture
These batteries are ideal for:
- Full-time RVers
- Luxury motorhomes
- Expedition vehicles
- High-end camper vans
- Large inverter systems
- Professional Victron installations
Rather than simply storing energy, Elite batteries become part of the electrical system itself.
V2-T Elite – Premium Safety Built In
Large lithium batteries require serious protection.
Instead of expecting installers to add a large external Class T fuse beside the battery, the V2-T integrates a user-serviceable Eaton Class T fuse directly inside the battery.
Benefits include:
- Source-level protection
- Cleaner installation
- Less unfused cable
- Better serviceability
- Reduced installation complexity
- Professional electrical layout
This is one of the strongest reasons professional installers choose the V2-T platform.
Why 12V RV Lithium Batteries Are Still the Best Choice for Most Solar Upgrades
Most factory RVs already use a 12V electrical system.
That means a 12V lithium battery works naturally with existing:
- Lights
- Water pumps
- Furnace controls
- Refrigerator electronics
- Roof fans
- Awnings
- Slides
- Monitoring equipment
- Most factory wiring
A properly designed 12V lithium upgrade often requires fewer changes than converting the entire RV to another voltage.
For many RV owners, it is simply the easiest path to dependable solar power.
Why Epoch Leads in High-Capacity RV Solar Batteries
Most lithium companies focus almost entirely on 100Ah batteries.
Epoch gives customers something very different.
Large-capacity batteries that dramatically simplify RV installations.
Current options include approximately:
- 100Ah – 1.28kWh
- 105Ah – 1.34kWh
- 300Ah – 3.84kWh
- 314Ah – 4.02kWh
- 334Ah – 4.28kWh
- 460Ah – 5.89kWh
Instead of installing four or five smaller batteries, many RV owners can install one high-capacity battery.
That means:
- fewer cables
- fewer terminals
- fewer fuses
- fewer battery trays
- fewer BMS units
- cleaner wiring
- easier monitoring
- better use of limited storage space
Professional installers especially appreciate this because it reduces installation complexity while producing a cleaner finished system.
Why One Large Battery Can Be Better Than Four Small Batteries
Every battery added to an RV requires:
- additional cables
- additional terminals
- additional balancing
- additional mounting
- additional inspection
A single 300Ah or 460Ah battery removes much of that complexity.
Benefits include:
- one battery monitor
- one BMS
- fewer interconnect cables
- fewer possible failure points
- easier troubleshooting
- faster installation
- cleaner electrical compartment
Multiple batteries still make sense when:
- compartment access is limited
- weight must be divided
- capacity will be expanded later
- redundancy is desired
Epoch gives customers both options.
Why Epoch Batteries Are Built for RV Solar Systems
Solar charging is different from many other charging sources.
A battery may spend days partially charged, receive varying charging current throughout the day, then suddenly receive full charging power when clouds disappear.
Epoch batteries are designed around this real-world charging behavior.
Smart Battery Management System
Every Epoch battery includes an advanced Battery Management System that helps protect against:
- overcharge
- excessive discharge
- overcurrent
- short circuits
- unsafe temperatures
- cell imbalance
The BMS also determines how much current the battery can safely supply.
Capacity tells you how long the battery can run.
The BMS tells you what the battery can actually power.
Bluetooth Monitoring
Bluetooth allows you to check battery status without opening a storage compartment.
Depending on the battery model, available information may include:
- state of charge
- voltage
- charging current
- discharge current
- battery temperature
- cycle count
- protection events
- battery health
This is particularly valuable with lithium because voltage alone is not a reliable state-of-charge indicator.
Internal Heating
Many RV owners travel year-round.
Select Epoch batteries include internal heating that allows charging to begin after the battery safely warms itself using incoming charging energy.
That can make a major difference during:
- winter camping
- mountain travel
- shoulder-season trips
- ski weekends
- northern climates
Native Victron Communication
Premium RV electrical systems increasingly use Victron equipment.
Select Epoch Elite batteries communicate directly with compatible Victron GX devices.
This allows compatible:
- inverter/chargers
- MPPT controllers
- DC-DC chargers
to receive battery information directly from the BMS rather than estimating battery condition from voltage alone.
For large solar systems this creates a more coordinated charging system with better monitoring and improved system visibility.
Safety-Focused Engineering
Battery safety comes from several layers working together.
Epoch combines model-specific features such as:
- LiFePO4 chemistry
- intelligent BMS protection
- low-temperature protection
- internal heating
- IP-rated enclosures
- certified battery platforms
- integrated Class T protection on V2-T batteries
- properly documented charging requirements
No single feature makes every installation safe.
A dependable system is created by combining quality batteries with proper wiring, charging equipment, overcurrent protection and installation practices.
How Much Battery Capacity Do I Need for My RV Solar System?
The correct battery size depends on daily energy use—not RV length.
Step 1 – Calculate Daily Energy
Daily Watt-Hours = Appliance Watts × Hours Used
Add together:
- refrigerator
- lights
- fans
- water pump
- furnace
- internet equipment
- computers
- microwave
- coffee maker
- induction cooktop
- CPAP
- television
- inverter loads
Step 2 – Estimate Daily Solar Production
Daily Solar Energy ≈ Panel Watts × Peak Sun Hours × System Efficiency
For example:
- 400W solar × 5 sun hours × 75% = approximately 1,500Wh
- 800W solar × 5 sun hours × 75% = approximately 3,000Wh
- 1,200W solar × 5 sun hours × 75% = approximately 4,500Wh
If daily consumption exceeds daily production, the battery supplies the difference.
How Many Solar Panels Do I Need?
Rather than sizing panels only by battery capacity, size them around the amount of energy you use each day.
Typical starting points:
Weekend Travel Trailer
- 100Ah battery
- 300–500W solar
Moderate Boondocking
- 300Ah battery
- 600–900W solar
Full-Time Off Grid
- 460Ah battery
- 1,000–1,500W solar
Premium Victron System
- Multiple Elite batteries
- 1,500W+ solar
- High-output inverter/charger
- DC-DC alternator charging
These are planning examples. Actual sizing depends on weather, location, roof space and daily electrical use.
How to Charge an RV Solar Battery
A properly designed RV can charge its battery from several different sources.
Solar
Solar panels should feed a lithium-compatible MPPT charge controller.
The controller—not the panels—regulates charging voltage and current.
Shore Power
Use a lithium-compatible converter or inverter/charger.
Disable lead-acid equalization and use the battery's published charging profile.
Alternator
A DC-DC charger is generally the preferred method for charging a lithium house battery from the vehicle alternator.
It provides:
- current limiting
- battery isolation
- proper lithium charging
- alternator protection
Generator
A generator should power a compatible charger or inverter/charger rather than connecting directly to the battery.
Dedicated Lithium Charger
Portable or bench charging should use a charger designed for LiFePO4 chemistry and the battery's system voltage.
12V vs 24V vs 48V RV Solar Batteries
12V
Best for:
- factory RV upgrades
- travel trailers
- truck campers
- moderate inverter systems
24V
Best for:
- custom camper vans
- larger inverter systems
- lower current
- premium off-grid builds
48V
Best for:
- very large inverter systems
- luxury motorhomes
- expedition vehicles
- extensive solar installations
Higher voltage reduces current, but also requires a more purpose-built electrical system.
Common RV Solar Applications
Epoch batteries are commonly used for:
- boondocking
- full-time RV living
- camper vans
- travel trailers
- truck campers
- fifth wheels
- mobile offices
- Starlink systems
- off-grid cabins
- expedition vehicles
- overland campers
- remote work setups
Whether your goal is running a refrigerator overnight or operating an entire coach from solar, Epoch offers batteries sized for the application.
Frequently Asked Questions
Is 100Ah Enough?
It may be enough for weekend campers or smaller trailers.
Heavy inverter use generally requires more capacity.
Can Solar Panels Connect Directly to the Battery?
No.
A proper solar charge controller should always regulate charging.
Can I Use My Existing Converter?
Only if it supports the correct lithium charging profile.
Do I Need a DC-DC Charger?
It is generally the preferred way to charge a lithium house battery from the vehicle alternator.
Are All Epoch Batteries Heated?
No.
Heating is model-specific.
Are All Epoch Batteries Bluetooth?
No.
Bluetooth is available on applicable Essential and Elite batteries.
Are All Epoch Batteries UL Certified?
Certification is model-specific.
Review the product page for the battery being considered.
Why Buy One Large Battery Instead of Four Smaller Ones?
One battery usually means:
- cleaner wiring
- fewer cables
- easier monitoring
- less installation time
- more efficient use of storage space
U.S.-Based Support and Long-Term Warranty
A battery purchase is also a decision about long-term support.
Epoch provides U.S.-based technical assistance for:
- battery sizing
- charger compatibility
- Victron integration
- solar charging
- inverter selection
- troubleshooting
- warranty assistance
Authorized dealers and installers can also help design, install and commission complete RV solar systems.
Many current batteries include an 11-year manufacturer warranty, depending on the model.
Find the Best Epoch RV Solar Battery
Choose an Eco Series battery when value and simplicity matter most.
Choose an Essential Series battery when Bluetooth, heating and everyday convenience are important.
Choose a 300Ah or 460Ah battery when you want maximum off-grid runtime with fewer battery cases.
Choose an Elite battery when your RV uses Victron equipment and advanced energy management.
Choose a V2-T battery when integrated Class T protection and premium safety architecture are priorities.
The best RV solar battery isn't simply the battery with the biggest amp-hour number.
It's the battery that fits your RV, supports your inverter, charges correctly from every source, survives the environments you travel through and gives you the confidence to stay off-grid longer.
With cost-effective entry-level batteries, premium Victron-ready systems, high-capacity single-case designs, integrated safety features and U.S.-based support, Epoch gives RV owners one of the most complete lithium solar battery lineups available.