SVOLT 4.8kWh Lithium Battery | 51.2V 100Ah

SVOLT 4.8kWh Battery – 51.2V 100Ah LiFePO₄

The SVOLT 4.8kWh Battery provides reliable energy storage for residential solar and backup power systems. It uses Lithium Iron Phosphate (LiFePO₄) battery technology. In addition, the battery operates at a nominal voltage of 51.2V with a 100Ah capacity.

The battery provides 5.12kWh of nominal energy. However, this model is commonly referred to as a 4.8kWh battery. Therefore, customers should consider both the nominal and usable energy figures when comparing battery systems.

SVOLT 4.8kWh Battery Performance

The SVOLT 4.8kWh Battery supports a continuous discharge current of up to 100A, according to the supplied specifications. Therefore, it can provide substantial power when connected to a correctly sized inverter.

Furthermore, its 51.2V architecture suits compatible low-voltage solar systems. The battery can support everyday household loads and backup requirements.

However, actual system output depends on the inverter. Cable size, protection equipment and inverter settings can also affect performance.

LiFePO₄ Battery Technology

SVOLT uses LiFePO₄ battery technology for this energy storage unit. This chemistry provides stable performance during regular charging and discharging.

In addition, the supplied specifications list more than 6,000 cycles at 80% Depth of Discharge. Therefore, the battery can support regular use over an extended period.

Actual battery life can vary. For example, operating temperature and charging settings can affect long-term performance.

Intelligent Battery Management System

An integrated Battery Management System (BMS) monitors important battery conditions. For example, it monitors individual cell voltage and temperature.

Furthermore, the BMS helps manage overcharge and excessive discharge conditions. It also provides short-circuit protection.

As a result, the BMS helps manage the battery during everyday solar and backup operation.

Communication and Inverter Integration

The battery provides CAN and RS485 communication interfaces. Therefore, compatible inverter systems can exchange important operating information with the battery.

This communication helps the inverter manage charging and discharging. However, customers should confirm the correct communication protocol before installation.

Do not assume compatibility from the 51.2V voltage alone. Inverter model, firmware and communication protocol can affect compatibility.

Expandable Energy Storage

Users can connect additional compatible battery units when they need more storage.

According to the supplied specifications, the system supports up to 16 batteries in parallel. Therefore, customers can expand their storage as energy requirements increase.

For example, two batteries provide 10.24kWh of nominal energy. Meanwhile, four batteries provide approximately 20.48kWh of nominal storage.

Compact Battery Design

The battery uses a compact design for solar energy storage installations. According to the supplied information, the unit weighs approximately 42kg to 45kg.

Furthermore, its design suits installations where space is limited. Installers should follow the correct mounting, ventilation and electrical requirements.

SVOLT 4.8kWh Battery Specifications

Brand: SVOLT
Battery Type: LiFePO₄
Marketed Capacity: 4.8kWh
Nominal Energy: 5.12kWh*
Nominal Voltage: 51.2V
Battery Capacity: 100Ah
Continuous Discharge Current: 100A*
Cycle Life: 6,000+ Cycles*
Depth of Discharge: 80%*
Communication: CAN / RS485
Battery Management: Intelligent BMS
Parallel Expansion: Up to 16 Units*
Weight: Approximately 42–45kg*

*Confirm these specifications against the exact SVOLT model datasheet before installation.

Solar and Backup Applications

The SVOLT 4.8kWh Battery can store energy from a compatible solar system for later use. Therefore, it provides a practical option for home solar and backup applications.

In addition, users can connect multiple compatible batteries when they require longer backup periods. This provides flexibility as energy requirements increase.