48V 100Ah Solar Power Storage System Pylontech Battery

Application

Hybrid Inverter Solar Energy Storage System

Product Description

PYTES 48V 100Ah works as a building block for home energy storage system with reliable and accurate battery management system.

Together with storage inverter, the system can realize the functions below:

Electricity Bills Reduction:

charge the battery during off-peak period and discharge the battery during peak period

Self-Consumption:

store excess energy generated by solar panels and use it whenever needed

Back-up Power Supply:

provide the power during grid blackouts.

Smart Energy Management:  

Real-time monitoring and managing. You can know how much energy generated and consumed in real-time.

Battery Life:6000 Cycles

48V LiFePO4 Solar Battery Inverter Compatibility

This energy storage battery integrates with 67+ inverter brands, eliminating compatibility risk for distributors and installers across global markets.

Compatible Inverter Brands:

• Solis, Sungrow, Victron Energy, Growatt, GoodWe, SolaX Power

• SMA, Schneider Electric, Deye, Delta, SOFAR Solar

• LUXPOWERTEK, Hoymiles, MUST, INVT, Voltronic Power

• GMDE, Studer, Kehua Tech, and others

System Scalability:

• Parallel connection: Up to 16 units per string without additional hardware

• Maximum system capacity: 150 kWh for commercial-scale installations

• Communication: CAN and RS485 protocols enable closed-loop data exchange with inverters (see Technical Specifications)

• Remote firmware upgrades: Internet-connected units receive software updates automatically

The Terli solar power storage system scales from single-unit residential deployments to multi-unit commercial configurations without protocol conflicts or manual configuration.

48V LiFePO4 Solar Battery BMS and Safety Architecture

The self-developed BMS in this 100Ah lithium battery undergoes continuous monitoring across every charge cycle—validated through 10 years of field testing and supported by a matching 10-year warranty.

9-Layer Protection System:

• Over-temperature protection — thermal shutdown prevents cell damage

• Over-discharge protection — maintains safe minimum voltage levels

• Over-charge protection — stops charging at optimal voltage threshold

• Over-current protection — limits discharge to protect connected loads

• Cut-out protection — disconnects under fault conditions

• Over-load protection — guards against excessive power draw

• Over-voltage protection — blocks damaging voltage spikes

• Cell protection — individual cell voltage monitoring

• Short-circuit protection — instant disconnection on fault detection

Built-In Hardware Safeguards:

• Charging and discharging MOS for precise current control

• Dual passive and active fuses for redundant overcurrent protection

• Pre-charge circuit prevents inrush current during startup

• Individual cell monitoring and balancing extends pack lifespan

With 6,000–8,000 cycles (see Technical Specifications) and a field-proven low failure rate, this unit reduces after-sales risk for distributors and installers.

48V LiFePO4 Solar Battery Applications and Use Cases

This solar power storage system serves three primary deployment scenarios for residential and small commercial customers worldwide.

Off-Grid and Hybrid Solar Systems
The 5.1 kWh unit powers homes and businesses disconnected from the grid or operating hybrid configurations. System integrators can scale installations from single-unit residential setups to 150 kWh commercial arrays using the modular stacking design.

Self-Consumption and Energy Cost Reduction
Property owners store excess solar generation during daylight hours and draw from the battery during evening peak-rate periods. This peak-shaving strategy reduces electricity bills by charging during off-peak windows and discharging when utility rates increase.

Backup Power Supply
During grid outages, the energy storage battery provides instant backup power to maintain critical loads. The IP54-rated enclosure supports both indoor and protected outdoor installations for emergency power supply applications.

Target Installations:

• Residential homes with rooftop solar PV

• Small commercial buildings seeking energy independence

• Remote locations without reliable grid access

• Outdoor emergency power supply systems

48V LiFePO4 Solar Battery Certifications and Global Compliance

This energy storage battery ships with complete documentation for regulatory approval across EU, North American, Australian, and Asian markets.

European Market Access:

• CE certification — conformity with EU safety and EMC requirements

• TUV certification — independent testing verification

• VDE2510-50 — German standard for stationary energy storage systems

International Safety Standards:

• IEC62619 — safety requirements for secondary lithium cells in industrial applications

• IEC62040 — uninterruptible power systems safety standard

• IEC61000-2/3 — electromagnetic compatibility (EMC) standards

• IEC63056 — safety for secondary lithium batteries in stationary applications

North American Market:

• UL1973 — batteries for use in stationary applications

• UL9540A — fire safety test method for energy storage systems

Additional Regional and Transport Certifications:

• UN38.3 — lithium battery transport safety certification

• CEC Accredited — approved for Australian government rebate programs

• KC certification — Korean market safety compliance

• MSDS — material safety data sheet documentation

Distributors receive digital copies of all certificates with sample orders for immediate market entry planning.

48V LiFePO4 Solar Battery OEM Partner and Warranty Terms

Terli operates as a vertically integrated manufacturer with 18+ years of OEM/ODM experience across the complete lithium battery supply chain—from cathode R&D through automated cell production, BMS development, and final system integration.

Production Capacity and Track Record:
The factory delivers 4.5 GWh annual capacity and has deployed products to 500,000+ users globally. This scale supports both sample validation and volume orders without supply constraints.

Sample and Ordering Policy:

• No MOQ required for sample testing—order 1–5 units for evaluation

• Sample delivery in 3–5 days; mass production in 1–2 weeks

• Shipping via DHL, UPS, FedEx, air freight, or sea freight

OEM/ODM Customization:
Partners can request custom branding, modified specifications, and tailored packaging. The in-house design and engineering teams support full white-label programs for distributors entering the solar power storage system market.

Warranty and After-Sales Support:
A 10-year global warranty backs every 100Ah lithium battery unit—aligned with the 6,000–8,000 cycle life (see Technical Specifications). Technical support and after-sales service operate through dedicated teams with documented response protocols.