Custom LiFePO4 Battery Packs
LiFePO4 packs built for cycle life and safety — the chemistry for deep-cycle, high-cycle, and harsh-environment applications where longevity and thermal stability outrank energy density.
Quote a PackAll Battery CapabilitiesWhere LiFePO4 Fits
Lithium iron phosphate trades some energy density for a major gain in cycle life, thermal stability, and tolerance of abuse — which makes it the right call for deep-cycle service, daily-cycle equipment, marine and RV house banks, and anything where a long service life and a wide safety margin matter more than minimum weight. BAM builds LiFePO4 packs with integrated BMS, balancing, and the sealing and connectorization the install demands, including potted and IP-rated constructions for wet or exposed mounts.
Build Details
| Cell formats | Cylindrical and prismatic LiFePO4 — busbar and spot-welded construction |
| Voltage / capacity | 12.8V, 25.6V, 51.2V nominal and custom — built to the application |
| Integration | BMS with cell balancing, protection, optional Bluetooth monitoring, charge management |
| Construction | Hard-case, potted, and sealed assemblies for marine and harsh environments |
| Cycle life | Chemistry rated for high cycle counts — quoted to the duty cycle |
| Documentation | Lot and date-code traceability, Certificate of Conformance, SDS, and UN 38.3 support — provided to the requirement of the build. |
| Shipping | 49 CFR hazmat trained — lithium battery ground shipping (UN 3480 / UN 3090) prepared and labeled in-house. |
| Quantities | One unit through pilot and production runs. No artificial minimums; every project reviewed for fit. |
Other Chemistries
LiFePO4 Questions
Why choose LiFePO4 over lithium-ion?
Longer cycle life, better thermal stability, and a wider safety margin — at the cost of some energy density. Right for deep-cycle and harsh-environment work; Li-ion wins on weight and runtime.
Can you build a drop-in lead-acid replacement?
Yes — LiFePO4 drop-in replacements built to the original group size, voltage, and terminal layout are common work.
Are these sealed for marine use?
They can be — potting, gaskets, and sealed housings are selected to the install environment. Describe where it lives.
What about cold weather?
LiFePO4 charging is temperature-sensitive; packs can include low-temp charge protection or self-heating where the environment requires it.
Send your LiFePO4 spec or the bank it replaces.
Most quotes are answered within a few business days.
Request a QuoteCustom LiFePO4 Battery Packs
LiFePO4 packs built for cycle life and safety — the chemistry for deep-cycle, high-cycle, and harsh-environment applications where longevity and thermal stability outrank energy density.
Quote a PackAll Battery CapabilitiesWhere LiFePO4 Fits
Lithium iron phosphate trades some energy density for a major gain in cycle life, thermal stability, and tolerance of abuse — which makes it the right call for deep-cycle service, daily-cycle equipment, marine and RV house banks, and anything where a long service life and a wide safety margin matter more than minimum weight. BAM builds LiFePO4 packs with integrated BMS, balancing, and the sealing and connectorization the install demands, including potted and IP-rated constructions for wet or exposed mounts.
Build Details
| Cell formats | Cylindrical and prismatic LiFePO4 — busbar and spot-welded construction |
| Voltage / capacity | 12.8V, 25.6V, 51.2V nominal and custom — built to the application |
| Integration | BMS with cell balancing, protection, optional Bluetooth monitoring, charge management |
| Construction | Hard-case, potted, and sealed assemblies for marine and harsh environments |
| Cycle life | Chemistry rated for high cycle counts — quoted to the duty cycle |
| Documentation | Lot and date-code traceability, Certificate of Conformance, SDS, and UN 38.3 support — provided to the requirement of the build. |
| Shipping | 49 CFR hazmat trained — lithium battery ground shipping (UN 3480 / UN 3090) prepared and labeled in-house. |
| Quantities | One unit through pilot and production runs. No artificial minimums; every project reviewed for fit. |
Other Chemistries
LiFePO4 Questions
Why choose LiFePO4 over lithium-ion?
Longer cycle life, better thermal stability, and a wider safety margin — at the cost of some energy density. Right for deep-cycle and harsh-environment work; Li-ion wins on weight and runtime.
Can you build a drop-in lead-acid replacement?
Yes — LiFePO4 drop-in replacements built to the original group size, voltage, and terminal layout are common work.
Are these sealed for marine use?
They can be — potting, gaskets, and sealed housings are selected to the install environment. Describe where it lives.
What about cold weather?
LiFePO4 charging is temperature-sensitive; packs can include low-temp charge protection or self-heating where the environment requires it.
Send your LiFePO4 spec or the bank it replaces.
Most quotes are answered within a few business days.
Request a Quote