LiFePO4 Lithium Battery · Home Energy Storage

Pinakin Power Solar 24V 100Ah LiFePO4 Lithium Battery

Pinakin Power Solar 24V 100Ah LiFePO4 lithium battery, 25.6V 2.56kWh (illustrative product visual)
Illustrative product visual — final product appearance may vary.

Product code: PPS-LFP-24V-100Ah

A 25.6V (24V-class) 8S LiFePO4 battery pack with 100Ah rated capacity and 2.56kWh nominal energy, intended for compatible 24V-class solar hybrid inverters and residential backup systems.

  • 25.6VNominal voltage
  • 100AhRated capacity
  • 2.56kWhNominal energy
  • 5 Years*Limited warranty (proposed)
Price Enquire for Price

*5-year limited warranty is a proposed commercial term, subject to final approval.

Proposed specification. Technical details are subject to final validation and are not a certified test report. No BIS, IEC or UL certification is claimed.
Overview

Product Overview

A rechargeable 8-series (8S) lithium iron phosphate battery pack intended for compatible 24V-class solar hybrid inverters and residential backup systems. The pack uses a nominal 25.6V battery voltage (commonly marketed as 24V class), 100Ah rated capacity and a basic 100A battery management system (BMS).

Highlights

Key Features

  • Lithium Iron Phosphate (LiFePO4) chemistry in an 8S1P pack configuration
  • 25.6V nominal voltage for 24V-class solar hybrid inverters and backup systems
  • 100Ah rated capacity with 2.56kWh (2,560Wh) nominal energy
  • Recommended usable energy of approx. 2.05–2.30kWh DC
  • Recommended charge current 20–50A
  • Up to 100A continuous discharge proposed (2.56kW nominal DC power)
  • Basic 100A-class battery management system (BMS)
  • Metal enclosure with insulated, polarity-marked DC terminals
  • Natural convection cooling
  • 5-year limited warranty (proposed commercial term, subject to final approval)
Technical Data

Electrical Specifications

Download Technical Datasheet
ParameterSpecificationNotes
Battery chemistryLithium Iron Phosphate (LiFePO4)Confirm cell make/model in production BOM
Pack configuration8S1P; 8 × 3.2V, 100Ah cellsCell arrangement
Nominal voltage25.6V DC24V-class system
Rated capacity100AhAt specified test conditions
Nominal energy2,560Wh (2.56kWh)25.6V × 100Ah
Recommended usable energyApprox. 2.05–2.30kWh DC80–90% usable window; depends on settings
Charge voltage28.4–29.2V DC29.2V is 3.65V/cell; confirm cell supplier
Recommended charge current20–50AUse 20A–50A unless cell datasheet specifies otherwise
Maximum charge currentUp to 50A proposed100A BMS rating does not establish charge rating
Continuous discharge currentUp to 100A proposedSubject to cell and thermal validation
Nominal continuous DC power2.56kW at 25.6V / 100AActual power varies with voltage and temperature
Inverter low-voltage settingAbout 22.4V recommendedFinal setting must suit inverter and BMS
BMS emergency low-voltage cut-offCell-based; target not to exceed cell limitsSet by BMS supplier; do not assume pack voltage
Float / equalizationFloat disabled or low standby per inverter; equalization OFFUse LiFePO4 profile
CommunicationBasic BMS; no external comms specifiedNo CAN/RS485/Bluetooth claim
Safety

Protection, Operating Limits & Installation

FeatureSpecification / Requirement
BMS rating100A continuous discharge class; verify charge rating separately
Protection functions to confirm on purchased BMSCell over-voltage, cell under-voltage, over-current, short-circuit and temperature protection
Cell balancingPassive balancing only if included in selected BMS; confirm balancing current
Charge temperature0°C to 50°C proposed operating window; charging below 0°C prohibited unless cell maker expressly permits
Discharge temperature-20°C to 55°C proposed; derate near temperature limits
StorageStore cool, dry and ventilated; follow cell maker's SOC and temperature guidance
CoolingNatural convection; maintain ventilation and clearance
EnclosureMetal enclosure as shown; final IP rating not specified
TerminalsInsulated, polarity-marked DC terminals; final type/current rating to be verified
Protection external to batteryInstall correctly rated DC fuse/breaker close to battery positive terminal
CablingCable cross-section and length sized for 100A duty and allowable voltage drop
Backup Time

Typical Backup Runtime

Typical home-backup illustration: at 90% inverter efficiency and 90% usable battery energy (approximately 2.07kWh AC delivered), estimated runtimes are:

Actual runtime depends on load profile, inverter efficiency, temperature, battery age and BMS limits.

Compatibility & Safety

  • Use only with a 24V-class inverter/charger configured for 8S LiFePO4.
  • Disable lead-acid equalization.
  • Confirm charging voltage/current, low-voltage cutoff, inverter surge demand and BMS limits before commissioning.
  • Do not connect to a 12V or 48V system.
  • Install indoors or in a protected, dry, ventilated location away from heat and direct sunlight.
  • Installation must be performed by a qualified technician.

Warranty

5-year limited warranty — proposed commercial warranty term, subject to final approval. The final warranty card will define the start date, covered defects, capacity-retention threshold, cycle/throughput limit, operating conditions, exclusions and claim process.

Interested in the 24V 100Ah LiFePO4 battery?

Request a quote or ask about availability. Price on enquiry. Or call +919816992588.

Technical release note: This is a proposed pack-level specification based on the selected configuration, not a certified test report. Before production release, the actual cell datasheets, BMS model and protection thresholds, charge/discharge current, temperature cut-offs, enclosure dimensions/weight, fuse rating, terminal rating, thermal performance and applicable Indian compliance requirements are to be validated. No BIS, IEC or UL certification is claimed.