Europe Warehouse Stock
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Grade A EVE 3.2V 314Ah MB31 Rechargeable LiFePO4 Battery Cell
15% OFF Ship from China US$68.00
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EVE 832V 261kWh 125kW BESS Energy Storage System Liquid Cooling
Ship from China US$39,900.00
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EU Stock Grade A EVE 3.2V 314Ah MB31 Rechargeable LiFePO4 Battery Cell
Ship from Europe US$78.00
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Gobel Power PC200B 51.2V LiFePO4 Battery Case DIY Kit
Ship from China US$518.00
Comprehensive Cell and Pack Test Data
You can check detailed battery test report at your convenience.
Samples:
Customer's Setup
Check Victron VRM profiles here: View Configuration
Home Assistant Addon
Use Home Assistant to monitor battery in real time, check Manual here.
Qualiy Improvement V2
General Information
Cells Inside: Brand new 314Ah cells with 6,000 times cycles life
2 Mounting Method: Standard 6U server rack or on floor
BMS: 200A professional ESS BMS compatible with most inverters
Communication Ports: RS485, CAN, RS232
Active Balance: NEEY/Heltec 2A Bluetooth Active Balancer
Compressed Cells: noval design able to impose 300kgf on cells
Circut Breaker: 200A
Wheels: Easily Move
Quality Standards
All Gobel Power batteries (GP-SR1) must undergo rigorous full cycling tests before being shipped. Some standards for battery with LSEV cells are:
The maximum charging voltage when a single cell triggers overvoltage protection: ≥56V (The standard ensures that all battery cells possess commendable uniformity. The lower the voltage value, the poorer the consistency.)
The minimum discharge voltage when a single cell triggers low voltage protection: ≤44V (The standard ensures that all battery cells possess commendable uniformity. The higher the voltage value, the poorer the consistency.)
Capacity: ≥280Ah
Quality Classification
|
GP-SR1-PC200 Standard |
GP-SR1-PC200 Premium |
|
|---|---|---|
 |
 |
|
| Max Charge Voltage | 56V+ | 57V+ |
| Default Working Voltage | 44V-55.2V | 44V-55.2V |
| Full Capacity | 280Ah-305Ah @ 25℃ | 300Ah-315Ah @ 25℃ |
| Cell Grade |
HSEV Hithium280/HSEV- EV280 |
HSEV EVE280 |
| Cell Consistency | ★★★★ | ★★★★★ |
| Pack Certification | CE | CE, IEC-62619 |
| Buy | ||
| Europe Warehouse | Go To |
Go To |
The presented classification method above aims to assess the quality of different batteries, focusing on their maximum charge voltage. This parameter serves as an indicator of the cells' consistency within the battery. Specifically, a higher level of cells consistency corresponds to a higher maximum charge voltage.
Cell consistency refers to the uniformity in performance and characteristics among individual cells within a battery pack. In the context of a lithium iron phosphate (LiFePO4) battery, this means that each cell in the battery should ideally have the same capacity, internal resistance, self-discharge rate, and other key parameters.
The importance of cell consistency in a LiFePO4 battery lies in its impact on the overall performance and lifespan of the battery. When cells are consistent, the battery can deliver its power more efficiently, and it is less likely to experience premature aging or failure.
This is because when cells are inconsistent, the weaker cells can become overworked as they try to keep up with the stronger ones, leading to faster degradation. Furthermore, inconsistent cells can result in imbalanced charging and discharging, which can cause some cells to become overcharged or over-discharged, potentially leading to damage or even failure of the entire battery pack.
Therefore, maintaining cell consistency is a critical aspect of battery design and management, ensuring optimal performance, safety, and longevity of LiFePO4 batteries.
Comprehensive Cell and Pack Test Data
Every battery we construct is meticulously documented with comprehensive cell and pack test data. You can explore this data at your convenience here:
Compatible Inverter List
CAN Port:
1. Deye (Pylon/Sunsynk/SolarEdge/CHNT Power/EG4/LiVolTek/Megarevo/SunGrow/Sol-Ark)
2. Victron
3. SMA
4. Studer
5. Growatt (Sacolar)
6. Schneider (SE)
7. GoodWe
8. Solis
9. Luxpower (EG4)
10. Sofar
11. REVO (SRD)
12. MUST
13. Senergy
RS485 Port:
1.Deye (Bentterson)
2.Growatt
3.Lithium
4.Luxpower
5.MSL
6.Pace
7.Phocos
8.Pylontech (Anern)
9.SE
10.Voltron (EA Sun Power, MPP Solar)
- Model:
- GP-SR1-PC200 Standard
- Battery Type:
- Prismatic LiFePO4
- Nominal Voltage:
- 51.2V
- Nominal Capacity:
- 280Ah
- Total Energy:
- 14.34kWh
- Battery Cells:
- 16S1P 280Ah Cells
- Max Charge Current:
- 140A
- Max Discharge Current:
- 200A
- Charge Cut-off Protect Voltage:
- 55.2V
- Disharge Cut-off Protect Voltage:
- 46V
- Communication Port:
- RS485, RS232, CAN
- Parallel Connection:
- Max 15 Units in Parallels
- Series Connection:
- No
- Cycle life:
- 10000 Times
- Size:
- 482.6*771.5*241
- Weight:
- 118kg
- Cooling:
- Natural cooling
- Environment:
- Indoor
- Mounting options:
- Sever Rack, Floor
- Discharge Temperature (℃):
- -30℃~+60℃
- Charge Temperature (℃):
- 0℃ ~+60℃
- Inverter Compatibility:
- Yes
- Active Balancer:
- Heltec (NEEY) 4A Bluetooth Balancer
- Maximum Elevation:
- 4000m
- Warranty:
- 10 Years
The Standard version ships with HSEV Hithium280 / HSEV- EV280 cells in a 16S1P 51.2V / 280Ah (14.4kWh) configuration — brand new 314Ah-class prismatic LiFePO4 cells with 6,000+ cycle life and 10000+ cycle pack rating.
Standard vs Premium at a glance:
- Cell grade: Standard = HSEV Hithium280 / HSEV- EVE280 · Premium = HSEV EVE280
- Full capacity: 280Ah–305Ah @ 25°C vs 300Ah–315Ah @ 25°C
- Max charge voltage (consistency indicator): 56V+ vs 57V+ — higher voltage = tighter cell consistency
- Pack certification: CE vs CE + IEC-62619
Both use the same 200A professional ESS BMS, RS485 / RS232 / CAN ports, and compressed-cell design. Every battery ships with comprehensive cell and pack test data you can verify online before it leaves the factory.
Two design features protect cycle life:
- Compressed cells (novel design, 300kgf): prismatic LiFePO4 cells swell and contract as they age. The GP-SR1 frame applies and holds 300 kgf of compression on the 16-cell stack, controlling swelling, maintaining internal contact, and extending cycle life
- NEEY/Heltec 2A Bluetooth active balancer (built-in): actively transfers charge between cells — stronger than passive balancing alone — keeping the pack tightly matched cycle after cycle. You can add an external 4A Bluetooth balancer on top for even faster balancing
Plus the 200A professional ESS BMS (real-time voltage/current/temperature monitoring with SOC and SOH detection) and a 200A circuit breaker for overcurrent protection.
Optional: heating pad for charging in cold climates.
The 200A ESS BMS provides RS485, RS232, and CAN communication ports, compatible with most inverters:
CAN port: Deye (Pylon/Sunsynk/SolarEdge/CHINT Power/EG4/LiVolTek/Megarevo/SunGrow/Sol-Ark profiles), Victron, Studer, Growatt (Sacolar), Schneider (SE), GoodWe, Luxpower (EG4), Sofar, REVO (SRD), Senergy
RS485 port: Deye (Bentterson), Growatt, Luxpower, Pylontech (Anern), Voltronix (EA Sun Power, MPP Solar), and more
No lithium communication port on your inverter? Set it manually in lead-acid mode:
- Max charge voltage:
55.2V(3.45V per cell) - Max charge current:
150A - Max discharge current:
200A
Victron users: dedicated VRM configuration profiles are on the product page, and the battery integrates with Home Assistant for real-time smart-home monitoring.
Parallel: yes — up to 15 units in parallel for expanded capacity. Only parallel packs of the same capacity and same cell version (don't mix 280Ah and 314Ah), and perform a full charge to 100% at least once a month to keep SOC readings accurate across packs.
Pre-shipment testing: every GP-SR1 battery must pass rigorous full cycling tests before shipping. The LSEV-cell standards are:
- A single cell must not trigger overvoltage protection until ≥56V — the lower this value, the poorer the cell consistency
- A single cell must not trigger low-voltage protection until ≤44V — the higher this value, the poorer the consistency
- Verified capacity ≥280Ah
These thresholds prove the cells inside are uniform — inconsistent packs age unevenly and fail early. Full cell and pack test data is published per battery (serials like GPHC280H240401R1003) so you can inspect before trusting the pack.
Certifications: CE, plus ISO9001 / ISO14001 quality systems.
Mounting & cooling:
- 2 mounting methods: standard 6U server rack or on the floor — a heavy cabinet that's easy to move on wheels
- Footprint 482.6 × 771.5 × 241 mm, natural cooling (silent, fanless)
- Discharge temperature -30°C to +60°C — wide range for garages, sheds, and outdoor cabinets
Applications: home energy storage, emergency backup power, and communication base stations (FTTB / FTTH / RRU / BBU) and central computer rooms. The BMS even supports optional anti-theft functions (GPS, gyroscope, communication BMS lock).
Warranty:
- 5-year warranty on cells and standard batteries (10 years for Premium models), with technical support and replacement service
- 30 days free return to the local warehouse
Delivery:
- Ships from the China warehouse in 50–60 days
- Sea freight with tax already paid — free tax to your door; spare parts ship faster via UPS/DHL
48V/51.2V 280Ah/314Ah LiFePO₄ Batteries – Reliable Home Energy Backup Solutions
For homeowners seeking dependable and scalable energy storage, 48V/51.2V LiFePO₄ batteries with capacities of 280Ah and 314Ah offer robust solutions. These batteries are ideal for solar energy systems, off-grid living, and emergency power backup, providing long cycle life, high energy density, and enhanced safety features.
Key Features:
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High Energy Capacity: With energy storage ranging from approximately 14.3kWh (280Ah) to 16.1kWh (314Ah), these batteries can power essential home appliances during outages or periods of low solar generation.
-
Long Cycle Life: Designed for durability, many models offer over 6,000 to 10,000 charge-discharge cycles, ensuring years of reliable service.
-
Advanced Battery Management Systems (BMS): Integrated BMS protect against overcharging, over-discharging, and short circuits, while also balancing cell voltages for optimal performance.
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Flexible Installation Options: Available in wall-mounted, rack-mounted, and floor-standing designs to suit various space requirements and aesthetic preferences.
-
Scalability: Many systems support parallel connections, allowing users to expand their energy storage capacity as needed.
Emergency backup power storage
These LiFePO₄ batteries are engineered to meet the demands of modern energy storage, offering a combination of safety, efficiency, and longevity. Whether you're aiming to reduce reliance on the grid, ensure uninterrupted power supply, or maximize the use of renewable energy, these battery solutions provide a reliable foundation for your home's energy needs.
Visual Gallery & Diagrams
Gobel Power GP-SR1-PC200 Server Rack LiFePO4 Lithium Battery
Application Scenarios
* Home energy storage
* FTTB, FTTH, RRU, BBU and other small mobile communication fields
* Suitable for communication base stations, central computer rooms and other communication energy storage scenarios
Advantages
* High energy density, reduced load bearing and footprint
* High current charge and discharge performance: about continuous 1C discharge
* Long cycle life (3 times that of ordinary batteries), reduced operation and maintenance costs
* Excellent constant power discharge performance
* Wide operating temperature range
* Accurate detection of battery SOC and SOH by BMS
* Multi Anti-Theft Function Optional. GPS, Gyroscope, Communication BMS Lock, etc.
Certifications
* ISO9001
* ISO14001
* CE
* UL
* UN38.3
Gobel Power was established in 2012 and is based in Shenzhen, China. Our products and services include wholesaling cylindrical & prismatic LiFePO4 and Lithium Ion battery cells, producing lithium battery packs and providing battery solutions. Our products are mainly used in solar energy storage, electric bikes, electric scooters, electric motorbike, boats, forklifts, sweepers, golf carts, and recreational vehicles.
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