314Ah LFP Battery – 16.08 kWh Maximum Density Wall-Mount
One cabinet, 16.08 kWh, 8,500+ cycles. The single-unit answer for whole-home backup and light commercial storage where parallel-stacked 100Ah or 200Ah modules waste wall space.
16.08 kWh per Unit
High-density whole-home backup in one cabinet, reducing the number of parallel battery modules on the wall.
8,500+ Cycles @ 80% DoD
Designed for long daily cycling service life, with a conservative rating for installer-grade project planning.
-20°C Self-Heating
Integrated low-temperature charging support for mountain, northern, and cold-climate storage projects.
314Ah LFP in the Field
Field-deployed 314Ah cabinets across US, Australian, and European installer projects — from single-cabinet indoor backup to multi-unit IP65 outdoor parallel systems.
16 kWh Garage Backup
One 314Ah floor-standing cabinet paired with a wall-mount hybrid inverter — the cleanest single-cabinet whole-home backup configuration.
4-Unit Outdoor Parallel
Four IP65-rated cabinets installed externally with bollard protection. A typical EPC pipeline configuration for high-load residential or light commercial.
Hybrid Inverter Pairing
Wall-mount LFP battery bank paired with a hybrid inverter and standard CAN bus communication — a complete residential install showing inverter-battery integration.
Compare the Savolture LFP Lineup
Same 48V LFP platform, four form factors — pick the cabinet that fits your install, from 10 kWh wall-mount to 16 kWh floor-standing and rack-modular for commercial banks.
Wall-Mounted
280Ah · 14.34kWh- UL9540 listed system path
- 8,500 cycles
- 142.5 kg class
Floor-Standing
314Ah · 16.08kWh- UL9540 listed system path
- IP65 outdoor option
- 145.5 kg class
Rack Modular
10–15kWh System- 19 inch server rack compatible
- Modular battery banks
- CAN/RS485 communication
Why 314Ah Wins Over Parallel Stacks
The 16 kWh battery decision is rarely between 314Ah and “more 100Ah/200Ah modules” — it is whether your project can absorb the extra cabinet count, BMS handoffs, and wiring complexity. For the broader capacity selection framework, see our 100Ah vs 200Ah selection guide.
vs 3x 100Ah
One 314Ah cabinet replaces roughly three entry modules, saving wall area and simplifying the battery handoff.
vs 1.5x 200Ah
Skip extra parallel cabling and configuration work when a single 16 kWh unit fits the project load target.
Maximum LFP Density
About 12% more capacity than 280Ah and a practical premium tier for high-end residential and light commercial storage.
314Ah LFP Battery Technical Details
| Nominal Voltage | 51.2V |
|---|---|
| Capacity | 314Ah (16.08 kWh) |
| Chemistry | LiFePO4 (LFP) |
| Cell Configuration | 16 prismatic 314Ah cells (16S1P) — 51.2V 314Ah nominal pack, also referenced as 48V 314Ah battery in legacy inverter compatibility documentation |
| Cycle Life | 8,500+ cycles @ 80% DoD |
| Max Charge Current | 100A continuous |
| Max Discharge Current | 200A continuous (300A 30-sec peak) |
| Peak Power | 10.24 kW continuous, 15 kW peak |
| Charge Voltage | 56.8V +/- 0.4V (CC/CV three-stage) |
| Discharge Cut-off | 40.0V |
| BMS | 16S 3rd gen, active balancing, self-heating |
| Self-Heating Range | -20°C to 0°C (auto-activated) |
| Operating Temperature | Discharge: -20°C to 60°C; charge with self-heating: -20°C to 55°C |
| Storage Temperature | -20°C to 45°C |
| Self-Discharge | <3% per month at 25°C |
| Round-trip Efficiency | ≥95% |
| Communication | CAN 2.0B 500kbps / RS485 Modbus RTU / Ethernet |
| Mount Type | Hybrid wall or floor mount with configurable bracket |
| IP Rating | IP20 indoor (IP54 outdoor option) |
| Dimensions | ~925 x 460 x 245 mm |
| Weight | 145.5 kg |
| Parallel | Up to 16 units (257 kWh max) |
| Warranty | 10 years |
314Ah vs Market Benchmark Batteries
Built for EPC and distributor conversations where shoppers compare Savolture against common 16 kWh retail alternatives.
| Parameter | Savolture 314Ah | EG4 314Ah | Pytes V16 | ECO-WORTHY 314Ah |
|---|---|---|---|---|
| Capacity | 16.08 kWh | 16 kWh | 16 kWh | 16.07 kWh |
| Cycle Life | 8,500+ @ 80% DoD | 10,000 | 6,000 | 6,000 |
| Max Discharge | 200A | 200A | 200A | 150A |
| Peak Power | 15 kW (30s) | 12.8 kW | 13 kW | 12 kW |
| Self-Heating | Yes | Yes | No | No |
| UL9540 | Documentation support | UL9540A available | Project dependent | Project dependent |
| Communication | CAN / RS485 / Modbus / Ethernet | CAN / RS485 / Ethernet | CAN / RS485 | RS485 |
| Max Parallel | 16 units (257 kWh) | 16 | 16 | 16 |
| Warranty | 10 years | 10 years | 10 years | 5 years |
| Channel Position | EPC + Distributor | Retail | Retail | Retail |
Specifications are based on public datasheet-style information and project planning assumptions. EPC pricing for 314Ah systems requires a regional logistics quote.
Where 16 kWh Becomes the Right Answer
Whether the project needs whole-home backup, multi-family residential, light commercial, or cold-climate off-grid, the 16 kWh battery cabinet sits at a different point in the decision tree from 100Ah or 200Ah modules. For the broader voltage-class context, read our 48V vs 24V vs 12V voltage guide; for grid-context decisions, see hybrid vs off-grid vs grid-tied.
Whole-Home Premium Backup
Target 4-5 bedroom homes with larger overnight loads, longer outage planning, and a customer preference for one clean battery cabinet.
Quote premium home →
Multi-Family Residential
Use one high-density cabinet per unit or service zone for apartments, townhomes, and shared backup infrastructure.
Plan multi-unit storage →
Light Commercial Pipeline
Support offices, clinics, telecom rooms, and microgrid projects that need compact 48V battery blocks.
Build EPC pipeline →
Cold Climate Off-Grid
Self-heating protects low-temperature charging in mountain cabins, northern homes, and high-elevation off-grid sites.
Size cold-climate backup →Cold-Weather Charging Without Guesswork
For 314Ah projects in cold regions, the BMS and heating film work together before charging begins, reducing installer risk and customer confusion.
Heating Film Layout
Internal heating film warms the prismatic cell stack before low-temperature charging is released by the BMS.
Temperature Curve
When cell temperature is at or below 0°C and a charge signal arrives, heating starts and targets a safer charge window.
Charge Control
Charging is enabled after the pack reaches approximately 5°C, so the inverter does not push current into frozen cells.
Cold-Region Fit
Designed for northern US, Canada, Alaska, high altitude regions, and other storage projects with winter charging risk.
Compatible 48V Inverters for 314Ah Systems
For 314Ah systems, prefer hybrid inverters rated 10 kW continuous or higher to fully utilize the 51.2V 314Ah pack peak power window. For the matched inverter side of the pairing — including the Savolture hybrid inverter series — read our hybrid inverter + battery pairing guide covering the four sizing rules every installer needs.
Compatibility should be verified against inverter firmware, communication protocol, local AHJ requirements, and the final wiring diagram.
Built for EPC and Distributor Procurement
314Ah projects often move as pipelines instead of single retail orders. For replacement-cycle economics versus older lead-acid pipelines, see our LFP vs lead-acid cost math guide. Broader US storage market context: U.S. Department of Energy solar energy storage reference.
EPC Project Pricing
Volume tiers, DDP US options, and 4-6 week lead time planning for stock project SKUs.
Distributor Stocking
Pallet or container pricing, dealer support, and documentation packages for channel partners.
Custom Branding
White-label and OEM options for partners building their own regional battery portfolio.
Direct Warranty Support
Channel-friendly RMA handling, technical training, and warranty documentation support.
Frequently Asked Questions
Is 314Ah a single cell or a complete battery pack?
It is a complete 51.2V battery pack built from sixteen prismatic 314Ah LFP cells in series, commonly described as a 16S1P configuration.
Why list 8,500 cycles instead of a 10,000-cycle claim?
Savolture uses a conservative cycle rating at 80% depth of discharge. Test conditions, end-of-life thresholds, and warranty terms vary by brand, so real-world service life should be compared with the full datasheet and warranty language.
Does the Savolture 314Ah battery support self-heating?
Yes. The integrated heating film is designed to auto-activate in low-temperature charging conditions, helping the pack move into a safer charge window before current is accepted.
Can I parallel a 314Ah cabinet with an existing 280Ah battery bank?
It is generally not recommended. Mixing battery capacities can create imbalance and inconsistent state-of-charge behavior. Best practice is to use matched-capacity battery strings in the same bank.
Is UL9540 listed or only documentation support?
UL9540 system listing requirements depend on the complete battery and inverter configuration. UL9540A test data and UL1973 cell-level documentation can support AHJ review while full system documentation is confirmed for the project.
What is the EPC pricing path for 314Ah systems?
Send project capacity, inverter model, shipping region, lead time, and branding needs. Savolture can prepare a volume-based DDP quote with freight and documentation detail for EPC or distributor review.
How many 314Ah units do I need for my project?
One 314Ah covers a typical 3-bedroom US home with 2-day autonomy (~30 kWh/day). For larger homes or EV charging, you may need 2-3 units in parallel. Run your loads through our sizing calculator for an exact unit count recommendation.
Quote 314Ah Systems for Your Project Pipeline
Send your project specs – capacity, inverter, region, and lead time – and receive an EPC-grade quote with freight, documentation, and installer training options within 24 hours.