PFC8C70
25.6V 60Ah

Premium Standard Battery Pack

High Performance

Safe & Reliable

Built for Industries

PFC8C70 25.6V 60Ah Premium Li-ion phosphate Battery Pack
The PFC8C70 25.6V 60Ah Premium LiFePO4 Battery Pack is a high-capacity smart energy solution engineered for industrial equipment, mobility systems, energy storage, and advanced OEM applications requiring reliable long-duration power. Built with premium LiFePO4 cylindrical cells and an intelligent CANBUS-enabled Battery Management System, it delivers stable high-current performance, real-time system communication, enhanced safety protection, and exceptional 3000+ cycle life for demanding operating environments.
✓ Intelligent Communication Integrated CANBUS protocol
✓ High Energy Capacity
✓ Advanced Battery Management
✓ Enhanced System Integration
✓ Safety & Compliance
✓ Engineered to meet stringent industry standards

Premium Quality

Engineered with advanced battery technology and strict quality standards for reliable, long-lasting performance

Battery Support

Expert engineering and technical support from concept and prototyping to manufacturing and integration

Custom Solutions

Capacity, connector, wire length, and labeling fully customizable. OEM branding and custom spec engineering available.

Global Battery Manufacturing

Worldwide battery manufacturing capabilities with facilities and support networks across the USA and Asia

Cell Spec – PHD 26700-5000
ChemistryLFP
Form Factor26700
Nominal Voltage3.2V
Capacity5Ah
Charging7A
Discharging15A
Cycle Life≥3000 cycles
Charging Temperature0~55°C
Discharging Temperature-20~60°C
Pack Spec – PFC8C70 25.6V 60Ah
Configuration8S12P
Dimensions267×188×181mm
Voltage20~28.8V
Capacity≥57.5 Ah
Charging40A
Discharging40A
CommunicationCAN Bus
IP RatingIP54
ConnectorAnderson SBS75XBLK-BK
CaseMetal
Mechanical Dimensions
Length267 mm
Width188 mm
Height181 mm
Red Wire Length250 mm
Black Wires Length230 mm
ConnectorAnderson SBS75XBLK-BK
PFC8C70 25.6V 60Ah Premium Li-ion phosphate Battery Pack Dimensions

Advanced BMS Architecture

The integrated Battery Management System is designed to maximize safety, longevity, and system integration ease.

Integrated CANBUS protocol enables real-time data exchange with host systems, allowing seamless monitoring of battery status, health, and performance metrics.
Built-in smart BMS with CANBUS connectivity provides comprehensive protection against overcharge, over-discharge, overcurrent, and thermal runaway.

Safety & Compliance

Our products are tested and certified for safe transport and end-use, meeting international standards for lithium-ion battery packs used in commercial and industrial applications.

UN38.3
Certified for safe international transportation of lithium batteries by air, sea, and land.
IEC62133
Internationally recognized safety standard for rechargeable lithium battery cells and packs.
IEC 62619
International safety standard for lithium battery packs and battery systems used in industrial applications.
UL1642
UL-certified lithium battery cell safety for reliable and secure operation.
UL 2271
UL safety certification for lithium battery packs and battery systems used in light electric vehicle applications.

Battery Pack Product FAQs

custom battery products

Explore frequently asked questions about PHD Energy’s battery pack products, including chemistry options, customization capabilities, safety features, certifications, and industrial application support.

Our battery pack products are available in multiple chemistries including Li-Ion, LiFePO4 (LFP), LTO, and Sodium-Ion, allowing solutions tailored for energy density, safety, cycle life, and application requirements.

Yes. PHD Energy designs custom battery pack products with configurable voltage, capacity, dimensions, BMS functionality, connectors, and enclosure options to meet OEM and industrial application requirements.

Our battery pack products support a wide range of applications including robotics, medical devices, drones, IoT systems, energy storage, portable electronics, industrial equipment, and mobility solutions.

Yes. Many of our battery pack products include advanced Battery Management Systems (BMS) with protections for overcharge, over-discharge, overcurrent, short circuit, and temperature monitoring for enhanced safety and reliability.

 

Submit your RFQ

What Happens Next

Submit your requirements and a PHD Energy engineer will contact you within 1 business day.

Share application, specs, volume, and timeline.

Our team evaluates your needs and prepares a tailored recommendation.

Get a detailed proposal including design options, pricing, and lead times.

We build, test, and refine until your solution is field-ready.