EU Stock Seplos Mason 560 51.2V 628Ah 32kWh Energy Storage System 48V LiFePO4 Home Battery
MASON-560L-N
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minimum order
1 unit
Supply Ability
1000unit / Month
Country of Origin
China
Stock Time
30Day
Quantity:
Seplos Mason 560 48V 32kWh energy storage system
The Seplos Mason 560 48V LiFePO4 Energy Storage System is designed for household renewable energy solutions, off-grid power, and industrial or commercial applications. With a high-capacity 32kWh storage, it ensures reliable and sustainable energy management. Mason 560 features a cooling fan and dust-proof honeycomb vents to prevent overheating and prolong its lifetime. Safety is paramount. With built-in aerosol fire suppression and a circuit breaker, it could reduce the risk of damage or downtime. Embrace sustainable and trusted solutions with Seplos 48V solar energy storage battery.
Why Choose Mason 560 48V 32kWh LiFePO4 battery for Home Use
- With the latest Seplos sixteen-path active balancer
More efficiency with Seplos sixteen-path active balance board, providing a total of 15A balance current.
- Air Cooling Fan
The 48V energy storage system efficiently dissipates heat, ensuring stable battery operation even under prolonged usage.
- Colorful Touchscreen
With a touchscreen, the 48V BESS offers intuitive real-time performance monitoring, making it easy to manage and optimize energy usage effortlessly.
- Casters With Wheels
The mobile energy storage battery boasts a user-friendly wheel design. It’s convenient for home users to move and adjust the direction effortlessly, simplifying maintenance.
- Aerosol Fire Extinguishing
The battery system provides immediate and automatic fire suppression, significantly enhancing safety and reducing the risk of damage at home.
- Dust-proof Honeycomb Vents
Protect internal battery components from dust, debris, and contaminants to prolong the battery storage system's lifespan and reduce maintenance costs.
- Rich Experience
With over 8 years of experience, Seplos has been a professional wholesale LiFePO4 battery manufacturer in China. Our energy storage system will be strictly tested to ensure reliable quality. With lower MOQ and Competitive prices, Seplos 48V BESS will be your best choice.
Technical Parameters
| Model | Mason-560L-N |
| Rated Energy(kWh) | 32.153kWh |
| Configuration | 2P16S |
| Nominal Voltage(V) | 51.2V |
| Working Voltage(V) | 41.6V~57.6V |
| Rated Capacity(Ah) | 628Ah |
| Rated charge/discharge Current(A) | 157A@25± 2℃ (Recommended) |
| Maximum charging current | 200A@25± 2℃ |
| Maximum discharge current | 157A@25± 2℃ (Recommended) |
| Working Temperature | 0～40℃(Charge) -20～40℃(Discharge) |
| Humidity(%) | 5~80% |
| Altitude Limited(m) | 0-3000m |
| Dimension(mm) | 416×560×910mm |
| Storage temperature and humidity | -10℃~35℃ (Within one month of storage), 25±2℃ (Within three months of storage), 65%±20% RH |
| Weight | 245kg± 3kg |
| Cycle life | 8000 cycles, 70% SOH |
| IP grade | IP10 |
| Communication mode | CAN&RS485 |
FAQ About Seplos Mason 560 LiFePO4 Battery
Q1: Is this LiFePO4 battery safe to install indoors?
A: Yes, absolutely. LiFePO4 (lithium iron phosphate) is recognized as the safest lithium battery chemistry for stationary indoor use because it resists thermal runaway. Premium systems like the Seplos Mason 560 take this safety even further by integrating a built-in smart BMS, a physical circuit breaker, and an internal aerosol fire extinguisher, making them perfectly safe for indoor environments.
Q2: Is a 32kWh solar battery enough to power a house?
A: For most European households, yes — 32kWh is well above the minimum and is ideal for whole-home solar self-consumption or multi-day backup. If your daily consumption is under 10kWh, a 16kWh system may be sufficient. However, choosing a 32kWh system like the Seplos Mason 560 is the right choice when you want to confidently cover peak demands or plan to add an EV or heat pump in the next few years.
Q3: Does this solar battery work with any hybrid inverter?
A: Not necessarily. A solar battery must share the same communication protocol (like CAN bus or RS485) as the inverter to function safely. To avoid compatibility issues, you should look for batteries with open protocols. For example, the Seplos Mason 560 is pre-programmed to be seamlessly compatible with over 50 mainstream hybrid inverter brands on the European market, making integration hassle-free.
Q4: How long does a 32kWh LiFePO4 battery last?
A: High-quality LiFePO4 battery cells are typically rated for 6,000+ charge-discharge cycles. When properly managed by an advanced BMS, such as the one equipped in the Seplos Mason 560, the battery maintains at least 80% of its original capacity even after 6,000 cycles at 80% DOD. In daily home use (one full cycle per day), this translates to a reliable calendar lifespan of over 16 years.
Q5: Can I expand my home battery storage system later?
A: Yes, provided you purchase a modular and scalable battery system from day one. Many modern systems allow you to connect multiple units in parallel. With the Seplos Mason 560, for instance, you can easily expand your total capacity from 32kWh up to 64kWh, 96kWh, or beyond, depending on your inverter's maximum battery capacity rating.
Q6: Do you offer discounts for wholesale LiFePO4 battery manufacturer orders?
A: Yes, Seplos is a direct manufacturer. Contact us for bulk pricing.
Seplos Mason 560 LiFePO4 Battery Suitable Inverters
| NO. | Brand | Protocol | Version | Communication Mode | Baud Rate | Model |
|---|---|---|---|---|---|---|
| 1 | Pylontech | CAN-Bus-protocol-PYLON | V1.3 | CAN | 500K | Applicable to all inverters using the Pylontech CAN protocol |
| 2 | Growatt-SPF | Growatt BMS CAN-Bus-protocol-low-voltage | V1.05 | CAN | 500K | SPF 5000TL HVM-WPV-P, SPF 5/6/8/10KT HVM |
| 3 | Growatt-SPH | Growatt BMS communication protocol for Growatt low voltage battery | V1.01 | CAN | 500K | Growatt SPH 5000 |
| 4 | Goodwe | Goodwe Communication Protocol | V1.5 | CAN | 500K | GW3648D-ES |
| 5 | Sofar | Sofar Solar Energy Storage Inverter BMS Universal CAN Protocol Description | V1.0 | CAN | 500K | HYD 3000-ES |
| 6 | SMA | FSS-ConnectingBat-TI-en-20W | V2.0 | CAN | 500K | SI6.0,SI8.0H-13 |
| 7 | Victron | can-bus_bms_protocol | V1.0 | CAN | 500K | MultiPLUS-II |
| 8 | Studer | Technical specification Studer BMS Protocol | V1.03 | CAN | 500K | XTM 4000-48 |
| 9 | Ginlong | CAN communication protocol | V1.0 | CAN | 500K | RHI-5K-48ES, Solis_EO_5G_ENX, S5-EO1P5K-48-P, S6-EH1P6K-L-EN |
| 10 | Sungrow | CAN-Bus-protocol-PYLON | V1.3 | CAN | 500K | SH5K-30 |
| 11 | Chint Power | Chint+Power CAN bus protocol V1.0.0 | V1.0 | CAN | 500K | CPS SCE6KTL-120/EU |
| 12 | Luxpowertek | Luxpowertek Battery CAN Protocol | V1.0 | CAN | 500K | SNA5000 WPV, LXP6K |
| 13 | Sol-Ark | Sol-Ark CAN Bus Protocol | V1.2 | CAN | 500K | Sol-Ark 8K & 12K |
| 14 | TBB | TBB Lithium Battery BMS Platform CAN Communication Protocol V1.02 | V1.02 | CAN | 500K | RiiO Sun 5KVA-S, CA3090L |
| 15 | Deye | CAN-Bus-protocol-PYLON-v1.3 | V1.0 | CAN | 500K | SUN-3 6KSG03LP1-EU |
| 16 | Sunsynk | CAN-Bus-protocol-PYLON | V1.3 | CAN | 500K | SUN-3K-SG04LP1-24-EU, SUN-3.6K-SG04LP1-EU, SUN-5K-SG04LP1-EU, SUN-6K-SG04LP1-EU |
| 17 | Livoltek | LIVOLTEK CANBUS Protocol of Low Voltage System V1.0 | V1.0 | CAN | 500K | GF1-3K48S1, GF1-5K48S1 |
| 18 | Sorotec | 2_CAN Protocol1.0 | V1.0 | CAN | 500K | REVO III 5.5-8KVA |
| 19 | megarevo | TBB Lithium Battery BMS Platform CAN Communication Protocol V1.02 | V1.01 | CAN | 500K | REVO_RKL1, R8KLNA, R5KL1 |
| 20 | Afore | Luxpowertek Battery CAN Protocol | V1.0 | CAN | 500K | AF3K-SL, AF5K-SL |
| 21 | Sacolar | Growatt BMS CAN-Bus-protocol-low-voltage | V1.05 | CAN | 500K | SP Series |
| 22 | Must | CAN-Bus-protocol-PYLON | V1.3 | CAN | 500K | PV1800 Pro Series (3/5.2KW) |
| 23 | INVT | CAN-Bus-protocol- | V1.3 | CAN | 500K | INVT iMarsXD6KTL |
| 24 | Voltronicpower | Voltronic Inverter and BMS 485 communication protocol | V1.0 | RS485 | 9600 | InfiniSolar VII, GSDHW VIV-6KW |
| 25 | SRNE | PACE BMS Modbus Protocol for RS485 | V1.3 | RS485 | 9600 | HF4850S80-H, HF4850S80-145, HF2430S60-100, HES4855S100-H |
| 26 | Growatt-SPF | SPF BMS RS485 Protocol | V2.01 | RS485 | 9600 | SPF 5000TL HVM-WPV-P, SPF 10KT HVM |
| 27 | Pylontech | RS485-protocol-pylon-low-voltage | V3.5 | RS485 | 9600 | Applicable Pylontech 485 protocol data summary inverter 3K |
| 28 | Deye | RS485-protocol-pylon-low-voltage-New Protocol Design-Deye NO.12 9600 | V1.0 | RS485 | 9600 | SUN-3 6KSG03LP1-EU, SUN-12K-SG04LP3-EU |
| 29 | EAsun | Voltronic Inverter and BMS 485 communication protocol | V1.0 | RS485 | 9600 | IGrid SV IV 5.6KW |
| 30 | MPP Solar | Voltronic Inverter and BMS 485 communication protocol | V1.0 | RS485 | 9600 | MPI WP 12_15KW |
| 31 | Bentterson | RS485-protocol-pylon-low-voltage-New Protocol Design | V1.0 | RS485 | 9600 | SAL 3.5KW-UL, SAL 5KW-EU |
| 32 | Johnray | johnray-PYLON | V1.0 | CAN | 500K | Applicable to all inverters using the Pylontech CAN protocol |
| 33 | Solax | CAN-Bus-protocol-PYLON | V1.3 | CAN | 500K | X1-HYB-LV |
| 34 | Renac | CAN-Bus-protocol-PYLON | V1.3 | CAN | 500K | Renac-ESC5000-DS |
| 35 | Hoymiles | CAN-Bus-protocol-PYLON | V1.3 | CAN | 500K | HYS-5.0LV-EUG1 |
| 36 | Each Energy | CAN-Bus-protocol-PYLON | V1.3 | CAN | 500K | PLS8K/10K/12K-M1 |
| 37 | OLU | CAN-Bus-protocol-PYLON | V1.3 | CAN | 500K | OLU5048GII |
| 38 | Hinen | CAN-Bus-protocol-PYLON | V1.3 | CAN | 500K | Hinen-SH6KL |
| 39 | Hypontech | CAN-Bus-protocol-PYLON | V1.3 | CAN | 500K | HBT 5-12K |
| 40 | Aiswei | CAN-Bus-protocol-PYLON | V1.3 | CAN | 500K | ASW5000H-S2 |
| 41 | Senegy | CAN-Bus-protocol-PYLON | V1.3 | CAN | 500K | SE 6KHB-120 |
| 42 | AOTAI | Aotai Lithium Battery BMS Platform CAN Communication Protocol V1.02 | V1.02 | CAN | 500K | AEP-3/3.6/5KS48P |
| 43 | CVTE | CAN-Bus-protocol-PYLON | V1.2 | CAN | 500K | 5KW Inverter |
| 44 | SOSEN | CAN-Bus-protocol-PYLON | V1.2 | CAN | 500K | |
| 45 | AP Systems | CAN-Bus-protocol-PYLON | V1.3 | CAN | 500K | APstorage ELS Series |
| 46 | Austa | CAN-Bus-protocol-PYLON-v1.3 | V1.3 | CAN | 500K | SUN-3 6KSG03LP1-EU, SUN-10/12K-SG04LP3-EU |
| 47 | YelonESS | CAN-Bus-protocol-PYLON-v1.3 | V1.3 | CAN | 500K | HV6K-1L single-phase low voltage |
| 48 | Xindun | SPF BMS RS485 protocol | V2.01 | RS485 | 9600 | LS-T50248-W60, HP-pro50248 |
| 49 | Techfine | RS485-protocol-pylon-low-voltage | V3.5 | RS485 | 9600 | GB5548JMH |
| 50 | CVTE | RS485-protocol-pylon-low-voltage | V3.5 | RS485 | 9600 | 5KW Inverter |
| 51 | NEXT | RS485-protocol-pylon-low-voltage | V3.5 | RS485 | 9600 | MAX PRO-7.2/8.2/10.2KW, NM-ECO-3.6/4.2/6.2KW PLUS |
| 52 | Snadi | RS485-protocol-pylon-low-voltage | V3.5 | RS485 | 9600 | NKH-6K-IP54 |
| 53 | Evada | RS485-protocol-pylon-low-voltage | V3.5 | RS485 | 9600 | EVS5048H |
| 54 | Chisage ESS | RS485-protocol-pylon-low-voltage | V3.5 | RS485 | 9600 | Mars-5/6/8/10/12/14G1-LE |
| 55 | SMK Solar | Lithium Battery Protocol GT Edition | V1.0 | RS485 | 9600 |
Explore the Complete Seplos Mason Battery Lineup
| Model | Rated Energy | Installation | Learn More |
| Mason-280-N | 16kWh | Stackable | [View Mason-280-N Details] |
| Mason-280L-N | 16kWh | Wheeled | [View Mason-280L-N Details] |
| Mason-314L-O | 16kWh | Trolley style | [View Mason-314L-O Details] |
| Mason-314L-W | 16kWh | Wall-Mounted | [View Mason-314L-W Details] |
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