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SunGoldPower

SGH48100T Server Rack 48V 100AH Lithium Battery Self-Heating - 1 Battery SGH48100T Server Rack 48V 100AH Lithium Battery Self-Heating

SKU: SGH48100T

Brand SunGoldPower In Stock
$1,150.00 $1,438.00 Save $288.00 In Stock
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SGH48100T Server Rack 48V 100AH Lithium Battery Self-Heating

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Quantity$1,150.00 each
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SunGoldPower Server Rack Battery

SGH48100T 48V 100Ah Self-Heating LiFePO4 Battery

A rack-mount 48V lithium battery built for home energy storage, off-grid solar, and backup power systems that need dependable performance in colder conditions. The SGH48100T combines a self-heating system, smart BMS protection, inverter communication, and scalable parallel expansion in a compact 3U server rack format.

5.12kWh Nominal energy capacity
48V 51.2V LiFePO4 battery platform
7,000+ Deep cycle design
Up to 32 Parallel battery modules
SunGoldPower SGH48100T 48V 100Ah self-heating server rack lithium battery for cold weather energy storage

Rack-mount lithium storage for real backup systems

Built for scalable 48V energy storage

The SGH48100T is designed around a compact 3U server rack form factor, making it easier to build a clean 48V battery bank for home backup, off-grid cabins, solar storage, and small commercial power systems. Start with one 5.12kWh battery and expand the system as your power needs grow.

Self-heating design Automatically warms the battery in cold conditions so charging is better protected during winter use.
Smart BMS protection Built-in battery management helps protect against overcharge, over-discharge, short circuit, and low-temperature charging issues.
Parallel expansion Supports up to 32 batteries in parallel for larger 48V battery banks and future system growth.
RS485 / CAN communication Designed to communicate with compatible inverters using RS485 and CAN Bus protocols.
LiFePO4 chemistry Long-cycle lithium iron phosphate chemistry for stable, maintenance-free energy storage.
3U rack format A clean server rack layout helps simplify installation and keeps larger battery systems organized.
SunGoldPower SGH48100T self-heating server rack battery feature overview including cold weather operation BMS and parallel expansion

Cold-weather charging support

Self-heating protection for winter energy storage

Cold weather is one of the biggest challenges for lithium battery charging. The SGH48100T includes an automatic self-heating function designed to activate in low temperatures and bring the battery up to a safer charging range before normal charging continues.

  • Designed for low-temperature energy storage applications.
  • Automatic heating helps protect the battery during winter charging conditions.
  • Useful for cabins, backup systems, and off-grid installs in colder climates.
  • Pair with a compatible 48V inverter/charger and follow the manual for cold-weather settings.

Wider operating temperature range

Ready for harsher storage environments

SunGoldPower positions this model for low-temperature zones where a standard rack battery may be harder to keep charged. The self-heating system is built to help the battery prepare itself for charging when surrounding temperatures drop.

Cold-weather behavior depends on installation, battery temperature, charging current, inverter settings, and system design. Use the official manual and product specifications when configuring low-temperature charging.
SunGoldPower SGH48100T wider operating temperature self-heating lithium battery feature image

Expandable 48V battery bank

Scale from one battery to a larger storage system

For customers building a serious solar battery bank, the SGH48100T can be paralleled with additional units. That makes it a strong fit when you want to start with one 5.12kWh module and grow into a larger 48V home backup or off-grid storage system.

Start with one 5.12kWh module

Use one SGH48100T as the foundation for a compact 48V backup or solar storage system where rack-mount organization matters.

Add capacity as your system grows

Parallel additional batteries to increase available storage for longer backup runtime, overnight loads, or larger solar charging systems.

Built for high-capacity banks

SunGoldPower lists support for up to 32 batteries in parallel, allowing properly designed systems to scale into much larger storage banks.

SunGoldPower SGH48100T server rack batteries in parallel for expanded 48V energy storage
SunGoldPower SGH48100T RS485 and CAN battery communication compatibility with inverter systems

Communication for inverter integration

Designed to work with compatible inverter systems

The SGH48100T supports RS485 and CAN Bus communication, helping compatible inverters read battery information and coordinate charging/discharging behavior. That matters for modern 48V systems where the battery and inverter need to communicate clearly.

  • RS485 / CAN communication support for compatible inverter systems.
  • BMS communication helps the inverter understand battery state and protection limits.
  • Useful for solar storage systems where battery visibility and system coordination are important.
  • Always confirm inverter compatibility, protocol settings, and cable requirements before installation.

Smart BMS and connection layout

Clean front-panel access for a rack battery bank

The front-panel layout keeps key connection points, communication ports, status indicators, and terminals easy to access once the battery is installed in a rack or energy storage cabinet. Combined with the smart BMS, the SGH48100T is built for organized 48V battery system installs.

  • Smart BMS protection against common battery safety issues.
  • Front-access terminal and communication layout for cleaner installations.
  • Status indicators make system checks easier during setup and maintenance.
  • Rack format helps keep multi-battery systems neat and serviceable.
SunGoldPower SGH48100T server rack battery front panel terminals ports and communication layout

Common system applications

A practical battery for solar, backup, off-grid, and mobile power systems

SunGoldPower positions the SGH48100T for home energy storage, small commercial systems, PV storage, off-grid power systems, and RV-style energy setups. It is best matched with compatible 48V inverter/chargers and correctly sized solar charging equipment.

Backup power for essential home loads

Pair with a compatible inverter system to store energy for outages, nighttime use, and critical household backup needs.

Storage for cabins and off-grid systems

The 48V rack format is a strong fit for cabins, remote homes, workshops, and other off-grid projects that need organized battery storage.

Store solar energy for later use

Use the battery bank to capture PV production during the day and supply loads when solar production drops.

Useful for properly designed mobile systems

For RV or mobile applications, confirm rack mounting, ventilation, inverter compatibility, and safe installation requirements before purchase.

SunGoldPower SGH48100T application examples for PV systems home power off-grid systems and RV systems
SunGoldPower self-heating 48V 100Ah rack battery for cold-weather home energy storage

Compare before choosing

Compare the CoreX 5 Pro Server Rack 48V 100AH Residential Energy Storage Battery Pack by model rating, dimensions and charging or connection limits. Use each product’s exact specifications for your system.

SGH48100T Server Rack 48V 100AH Lithium Battery Self-Heating - 1 Battery
Package Includes
1x SGH48100T Server Rack 48V 100AH Lithium Battery Self-Heating - 1 Battery
Includes the selected item based on the current package option.
SGH48100T Server Rack 48V 100AH Lithium Battery Self-Heating
Selected variant SKU SGH48100T
MODEL
Model / SKU SGH48100T (pack-size suffix varies by selected variant)
Product Type Battery
Available Variants 1 Battery; 2 Batteries; 4 Batteries
ELECTRICAL
Battery Chemistry LiFePO4
Rated Voltage 51.2 V
Voltage Range 44.8 to 57.6 V
Charge Voltage 56.0 V
Float Charge Voltage 54.6 V
Nominal Energy 5.12 kWh at 0.5C
Usable Energy 4.92 kWh at 0.5C
Nominal Capacity 100 Ah at 0.5C
Standard / Maximum Charge Current 50 A / 70 A
Standard / Maximum Discharge Current 50 A / 100 A
Peak Discharge Current 101–119 A for 5 minutes; 120–200 A for 15 seconds
Maximum Parallel Units 32
Self-Heating Activation Range -13°F to 41°F (-25°C to 5°C)
Max. voltage range 44.8~57.6V, Shipping voltage>51.2V
Nominal energy@0.5C 5.12KWh
Usable energy@0.5C 4.92kWh
Nominal capacity@0.5C 100Ah
Standard charge current ≤50A
Max. charge current 70A
Standard discharge current ≤50A
Max. discharge current 100A (initial temp. ≤86°F(30℃))
Max parallel number 32pcs
Maximum charge voltage (54.6V) and float the battery via grid or generator. If not solved, please contact
Listed System Voltage 48V
Battery Features Self-heating
CONNECTIONS
Communication RS485 and CAN
PHYSICAL
Dimensions 19.3 × 17.3 × 5.2 in (490 × 441 × 133 mm)
Weight Approximately 103 lb (47 kg)
Dimension 490*441*133mm(19.3*17.3*5.2 inch)
OPERATING LIMITS
Charge Temperature Range 14°F to 122°F (-10°C to 50°C)
Discharge Temperature Range -4°F to 122°F (-20°C to 50°C)
Cycle Life More than 7,000 cycles
Storage temperature @off mode 32°F(0℃)<T<86°F(30℃) <6 months
Operating Temperature (Charge) 14°F to 122°F(-10~50℃)
Operating Temperature (Discharge) -4°F to 122°F(-20~50℃)

Frequently Asked Questions

Clear answers to common questions about this product, setup, compatibility, and use.

When does the self-heating system in the SGH48100T actually turn on? Self-heating is intended to warm cold cells when a compatible charging source is available so charging can resume within the permitted temperature range. It is not continuous space heating and does not replace correct low-temperature charge protection. How should the SGH48100T communicate with a compatible inverter? Use only the communication protocol, cable, pinout, and inverter profile documented for this exact battery. Matching voltage is not enough; an unsupported communications connection can leave the inverter using incorrect charge and discharge limits. What must match before adding another battery beside the SGH48100T? Use only connection arrangements explicitly approved for SGH48100T. Match model, capacity, age, firmware, and state of charge; then use balanced busbars or equal-length conductors, individual protection where required, and the documented communication topology. How do I check whether the SGH48100T can start my largest motor load? Capacity describes stored energy, not maximum power. Compare the inverter's continuous and surge DC current with the battery BMS, terminal, cable, fuse, and parallel-bank limits; voltage sag, temperature, and state of charge can trigger protection earlier. Can a lead-acid charging profile be reused for the SGH48100T? Use the exact model's permitted charge voltage, current, temperature range, low-temperature behavior, and communication profile. Disable lead-acid features that the manual does not allow, coordinate every charging source, and never exceed the BMS or cell limits.