Seplos 48 Volt Lithium Battery 280Ah Home Battery Storage Systems 51.2V 14kwh Lithium Lifepo4 Battery
The Seplos home battery backup system is a cutting-edge solution for reliable energy storage in residential applications. This system combines 16 pieces of 3.2V 314AH Class A LiFePO4 batteries, offering an impressive 14 kWh power capacity. The system is designed to provide a secure and efficient backup power supply, ensuring uninterrupted power during outages and reducing reliance on the grid.
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Description:
The Seplos Home Battery Backup System: A Premier Solution for Modern Residential Energy Storage
In an era defined by increasing energy demands, rising electricity costs, and a growing commitment to sustainability, the Seplos home battery backup system emerges as a cutting-edge, future-ready solution for residential energy storage. Designed with both performance and reliability in mind, this advanced system is engineered to empower homeowners with greater energy independence, enhanced resilience during power outages, and a meaningful reduction in reliance on the traditional power grid. As the world shifts toward renewable energy integration—particularly solar and wind power—having a robust, intelligent, and scalable energy storage solution has become not just a luxury, but a necessity. The Seplos system stands at the forefront of this transformation, offering a comprehensive package that combines high-capacity storage, intelligent battery management, and seamless user experience.
At the heart of the Seplos system lies a powerful configuration of 16 pieces of 3.2V 314Ah Class A LiFePO4 (Lithium Iron Phosphate) batteries, meticulously integrated to deliver an impressive 14 kWh of usable energy capacity. This substantial storage volume is more than sufficient to support essential household loads—such as lighting, refrigeration, HVAC systems, and electronic devices—for an entire day or longer, depending on consumption patterns. Whether you're experiencing a short-term grid disruption or aiming to maximize self-consumption of solar-generated electricity, the 14 kWh capacity ensures peace of mind and uninterrupted power supply. The use of Class A LiFePO4 cells underscores Seplos’s commitment to quality and safety, as these batteries are renowned for their thermal stability, resistance to overheating, and superior cycle life compared to other lithium-based chemistries.
One of the most distinguishing features of the Seplos battery backup system is its 10A active balancing system, a sophisticated technology that plays a critical role in maintaining optimal battery health and longevity. Unlike passive balancing methods that only redistribute small amounts of energy, active balancing actively transfers energy between cells to ensure uniform voltage levels across the entire battery bank. This prevents individual cells from being overcharged or deeply discharged—two of the primary causes of premature battery degradation. By maintaining cell equilibrium, the system significantly extends the overall lifespan of the battery pack, often exceeding 6,000 charge-discharge cycles while retaining over 80% of its original capacity. This translates into more than a decade of reliable service, making the Seplos system a long-term investment in home energy resilience.
Beyond its advanced balancing capabilities, the Seplos system is equipped with a comprehensive suite of safety protections designed to safeguard both users and connected equipment. These include overvoltage protection, which prevents damage from voltage spikes; overcurrent protection to guard against short circuits or excessive load demands; and built-in temperature sensors that monitor thermal conditions in real time. Should the system detect abnormal temperature rises—whether from external environmental factors or internal malfunctions—it automatically adjusts performance or shuts down to prevent thermal runaway. These safety mechanisms are especially crucial in residential settings, where reliability and peace of mind are paramount. The system also meets rigorous international safety standards, ensuring compliance with electrical codes and insurance requirements in various regions.
Installation and maintenance are made remarkably straightforward thanks to the system’s pre-wired and pre-configured design. Unlike traditional battery banks that require complex on-site assembly, cable routing, and configuration, the Seplos system arrives ready to integrate with your existing solar inverter or home electrical panel. This plug-and-play approach reduces installation time by up to 50%, minimizes the risk of human error, and lowers labor costs. Certified technicians can have the system up and running in a matter of hours, allowing homeowners to begin reaping the benefits of energy independence almost immediately. Furthermore, the modular design allows for future scalability—users can expand their storage capacity by adding additional battery units as their energy needs grow, such as when purchasing an electric vehicle or expanding their solar array.
A key component of the Seplos ecosystem is its user-friendly monitoring platform, accessible via a dedicated mobile app or web portal. This intuitive interface provides real-time insights into battery state of charge, energy flow, historical performance data, and system health diagnostics. Homeowners can monitor how much energy is being stored, when it’s being used, and how much is being fed back into the grid or drawn from it. Customizable alerts notify users of potential issues—such as low charge, high temperature, or communication failures—enabling proactive maintenance and troubleshooting. The platform also supports remote firmware updates, ensuring the system remains up to date with the latest performance enhancements and security patches.
From an environmental perspective, the Seplos home battery backup system represents a significant step toward sustainable living. The LiFePO4 batteries used in the system are not only highly efficient but also more eco-friendly than traditional lead-acid or cobalt-based lithium-ion batteries. They contain no toxic heavy metals, are fully recyclable, and have a much lower environmental footprint over their lifecycle. When paired with a solar photovoltaic (PV) system, the Seplos battery enables homeowners to store surplus solar energy generated during daylight hours for use at night or during periods of low sunlight. This maximizes self-consumption, reduces reliance on fossil fuel-based grid power, and can lead to substantial reductions in household carbon emissions—often by several tons per year.
Moreover, the system supports time-of-use (TOU) energy management, allowing users to charge the battery during off-peak hours when electricity rates are lower and discharge it during peak rate periods. This smart energy arbitrage can lead to significant savings on monthly utility bills, particularly in regions with dynamic pricing models. For homeowners in areas prone to frequent blackouts or grid instability, the Seplos system acts as a reliable uninterruptible power supply (UPS), automatically switching to backup mode within milliseconds of a grid failure.
In the broader context of residential energy storage solutions, the Seplos system stands out for its optimal balance of performance, safety, and value. While lead-acid batteries may offer a lower upfront cost, they fall short in terms of lifespan, efficiency, and maintenance requirements. Emerging technologies like saltwater batteries show promise for sustainability but are not yet widely available or powerful enough for whole-home applications. Lithium-ion systems, particularly those using LiFePO4 chemistry, remain the gold standard—and the Seplos system exemplifies the best of this technology.
In conclusion, the Seplos home battery backup system is more than just a backup power solution—it is a holistic energy management platform that enhances resilience, reduces costs, and supports a cleaner, more sustainable energy future. With its 14 kWh high-capacity storage, 10A active balancing, robust safety features, easy installation, and intelligent monitoring, it is ideally suited for environmentally conscious homeowners seeking energy independence. Whether your goal is to prepare for emergencies, reduce your carbon footprint, or take full advantage of solar energy, the Seplos system delivers a powerful, reliable, and future-proof solution. By investing in Seplos, you're not just upgrading your home’s energy infrastructure—you're taking a decisive step toward a smarter, more self-sufficient way of living.
Applications:Automotive-grade lithium battery
Our LiFePO4 energy storage battery utilizes automotive-grade lithium cells, significantly enhancing system performance, safety, and durability, while effectively reducing overall operating costs.
• Plug-and-play design
Our LiFePO4 battery simplifies your solar energy setup. Its plug-and-play design ensures easy installation, user-friendly operation, and improved overall efficiency.
• Bluetooth monitoring
Stay informed about your battery’s performance with real-time Bluetooth monitoring and a clear LCD screen display. Effortlessly track your 48V LiFePO4 battery's energy usage and operational status. Power smarter with scalable, safe, and intelligent control at your fingertips.
• Scalable solution
Our LiFePO4 energy storage system is designed to grow with your needs. Easily scale your solar energy storage capacity by seamlessly adding batteries as your energy requirements increase.
• Certified Quality & Reliability
Proudly shipped from China, our 48V LiFePO4 batteries are rigorously certified to industry-leading standards, including CE, DGM, EMC, and MSDS standards. That guarantees superior safety and performance of solar energy storage.
• Long-lasting Usage
With over 6,000 charge-discharge cycles, the Seplos LiFePO4 energy storage system provides many years of consistent, reliable energy. Supports high charging and discharging currents to handle demanding power requirements smoothly.
Specifications:
Model: |
Mason-280L |
Configuration: |
1P16S |
Nominal Voltage(V): |
51.2V |
Working Voltage(V): |
41.6V-57.6V |
Nominal Capacity (Ah): |
280Ah |
Nominal Power (KWh): |
14.3336kWh |
Standard charge/discharge Current (A): |
100A@25± 2℃ (Recommended) |
Dimension(mm) |
(817)x(412)x(267)mm |
Cycle life: |
6000 cycles @25℃ 100ACharge and discharge current 80%DOD |
IP grade: |
IP 20 |
Communication mode: |
CAN&RS485 |
Altitude: |
0-3000m |
Humidity: |
5~80% |
Weight: 113Kg±3kg
Cycle life: 6000 cycles @25℃ 100ACharge and discharge current 80%DOD
IP grade: IP 20
Communication mode: CAN&RS485
Altitude: 0-3000m
Humidity: 5~80%
Competitive Advantage:
Low Voltage 48V Energy Storage Solution -Suitable Inverters
Brand |
Protocol |
Communication |
Versions |
AFORE |
Luxpowertek Battery CAN Protocol |
CAN |
V1.1.0 |
AmenSolar |
CAN-Bus-Protocol-PYLON |
CAN |
V1.1.0 |
Deye |
CAN-Bus-Protocol-PYLON-V1.1.3 |
CAN |
V1.1.0 |
Deye |
RS485-Protocol-Pylon-Low-Voltage |
485 |
V1.1.0 |
Goodwe |
Goodwe Communication Protocol |
CAN |
V1.1.5 |
LUXPOWER |
Luxpowertek Battery CAN Protocol |
CAN |
V1.1.0 |
Lolis |
CAN Communication Protocol |
CAN |
V1.1.0 |
MUST |
PVI1800F-CAN Communication Protocol |
CAN |
V1.04.04 |
Pylontech |
CAN-Bus-Protocol-PYLON |
CAN |
V1.1.3 |
Pylontech |
RS485-Protocol-Pylon-Low-Voltage |
485 |
V3.3.5 |
SMA |
FSS-ConnectingBat-TI-EN-20W |
CAN |
V2.1.0 |
SRNE |
PACE BMS Modbus Protocol For RS485 |
485 |
V1.1.3 |
SOFOR |
BMS CAN BUS Protocol |
CAN |
V1.1.0 |
Studer |
Technical Specification Studer BMS Protocol |
CAN |
V1.03 |
TBB |
TBB BMS CAN Communication V1.02 |
CAN |
V1.02 |
Victron |
Can-Bus_Bms_Protocol |
CAN |
V1.1.0 |
Voltronic Power |
Voltronic Inverter And BMS 485 Communication Protocol |
485 |
V1.1.0 |
