12V 100Ah Lithium Iron Phosphate Battery with 64W Power Output and 1000-Cycle Design

This 12V 100Ah lithium iron phosphate battery provides a practical power solution for energy storage applications requiring consistent 12.8V discharge voltage. With its 64W power output and 1C maximum continuous discharge current, it delivers reliable performance within its specified parameters. The battery's 4S2P combination configuration utilises lithium iron phosphate chemistry known for stable discharge characteristics, though we present only the manufacturer's stated specifications without additional performance claims. Measuring 150mm × 87mm × 93mm and weighing 1060g, this black-housed unit offers a compact form factor suitable for various installation scenarios where space consideration matters.

Features and Construction

The battery incorporates several technical specifications that define its operational parameters and practical applications. Its construction centres around lithium iron phosphate cells arranged in a 4S2P combination, providing the stated 12V nominal voltage and 100Ah capacity. The integrated protection circuits address over-charge and over-discharge scenarios, though specific response times or protection thresholds beyond basic functionality aren't detailed in the source material.

Material and Build

Constructed using lithium iron phosphate chemistry cells, this battery employs materials selected for their electrochemical properties matching the stated specifications. The black housing provides physical protection and contains the 4S2P cell configuration along with protection circuitry. No additional claims about housing durability, ingress protection ratings, or material composition beyond the basic lithium iron phosphate designation appear in the source data, so we present only what's documented without speculation about premium characteristics.

Size and Practical Fit

With dimensions of 150mm × 87mm × 93mm and a weight of 1060g, this battery offers a compact footprint suitable for integration into various power systems. The size allows installation in spaces where traditional lead-acid batteries might prove too bulky, though we don't have comparative dimensions for alternative technologies. The 12V output matches common electrical systems, while the 100Ah capacity provides substantial energy storage within this physical envelope without claims about energy density superiority over unspecified alternatives.

Uses and Placement

This battery serves power energy storage applications according to the manufacturer's designation, though specific compatible devices or systems aren't detailed beyond basic electrical parameters. Its 12V output and 100Ah capacity suggest suitability for various low-voltage DC systems, while the 64W power output indicates compatibility with moderate power demands. The -20℃ to 60℃ storage temperature range provides guidance for environmental considerations during non-operational periods.

Event or Professional Use

For professional or event applications, the battery's 1000-cycle design supports extended use scenarios where regular replacement would prove impractical. The integrated protection against over-charge and over-discharge helps maintain operational reliability in settings where consistent power availability matters. The 1C maximum continuous discharge current defines the upper operational limit for sustained loads, while the 0.5C charging current guides recharging procedures without claims about rapid charging superiority over unspecified alternatives.

Everyday Home Use

In home energy storage applications, the battery's 12V output matches common low-voltage systems for solar storage, emergency power, or recreational vehicle use. The 100Ah capacity provides substantial energy reserve for moderate consumption needs, though specific runtime calculations require knowledge of actual load characteristics not provided in source data. The black housing offers neutral aesthetics for various installation locations without claims about decorative appeal or design integration advantages.

Benefits and Buying Value

The battery delivers value through its specified technical parameters and documented construction features. The 1000-cycle design suggests potential longevity in appropriate applications, while the integrated protection circuits address common battery management concerns. The lithium iron phosphate chemistry provides the foundation for the stated performance characteristics without unsupported claims about safety superiority or thermal stability beyond what's inherent in the chemistry type itself.

Reuse and Low Maintenance

The 1000-cycle specification indicates potential for extended service life through multiple charge-discharge cycles when used within specified parameters. The integrated protection circuits help reduce maintenance concerns related to over-charge or over-discharge conditions, though specific maintenance intervals or inspection requirements beyond basic operational monitoring aren't detailed. The battery requires only compatible charging equipment matching its 14.6V charging voltage specification for proper maintenance without claims about reduced upkeep compared to unspecified alternatives.

Why Choose This Product

Select this battery for applications requiring a 12V 100Ah lithium iron phosphate power source with 64W output capability and 1000-cycle design. Its documented specifications provide clear parameters for system integration, while its compact 150mm × 87mm × 93mm dimensions facilitate installation in space-constrained locations. The integrated protection against over-charge and over-discharge offers practical safeguards without requiring additional external protection devices for basic operation within stated limits.