Advanced Battery Form Factor
We help you select and engineer the ideal battery format
Global Manufacturing
Facilities in China, Malaysia, Vietnam, and the USA
US-Based Support
Local representatives and engineering support across the country
Trusted Quality
Certified to global standards and built for performance
Complete Battery Solutions
for Every Application
PHD Energy supports a broad range of battery technologies and form factors — rechargeable and non-rechargeable — optimized for portable, industrial, medical, IoT, and high-performance electronic applications.
Primary Batteries
Non-rechargeable solutions engineered for long shelf life, stable voltage, and low self-discharge.
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Li-MnO₂ Coin Cell
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Li-MnO₂ Pouch Cell
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Li-MnO₂ Cylindrical Cell
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Li-SOCl₂ 3.6V Battery
Secondary Batteries
Rechargeable technologies designed for high energy density, long cycle life, and compact integration.
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Pin-Type Li-ion Batteries
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Premium Li-Po Batteries
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Shaped Li-Po Batteries
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Cylindrical LiFePO₄ Cells
Battery Packs
Custom integrated pack solutions for OEM devices and system-level applications at any scale.
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Lead Acid Lithium Replacement
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Multi-Cell Battery Packs
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Smart BMS Integrated Systems
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Custom Configurations
Why Battery Form Factor Matters
Energy Density
Maximize runtime within your form factor constraints.
Product Dimensions
Fit battery geometry precisely to your enclosure.
Thermal Management
Maintain safe operating temperatures across duty cycles.
Production Scalability
Design for prototype and mass production from the start.
The Right Format Changes Everything
Battery form factor directly impacts energy density, product size, weight, thermal performance, manufacturability, and system integration. Choosing incorrectly can compromise your product’s performance, lifespan, and cost structure.
PHD Energy helps customers optimize both cell format and pack architecture to maximize overall system performance.
Advanced Custom Form Factor Capabilities
Engineered Battery Designs Beyond Standard Cell Formats
By utilizing advanced battery design, manufacturing technologies, and precision production equipment, PHD Energy is able to support a full range of battery form factors and custom battery configurations for OEM applications.
Our engineering and manufacturing capabilities include:
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Rectangular battery designs
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Cylindrical battery formats
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Ultra-thin batteries
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Curved battery designs
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Custom-shaped batteries
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C-shape battery configurations
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D-shape battery configurations
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Donut-shaped battery solutions
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Multi-cell custom battery assemblies
These flexible design capabilities allow PHD Energy to optimize battery integration for products with unique mechanical, dimensional, or performance requirements.
From compact portable electronics to highly specialized industrial and medical devices, we help customers engineer battery solutions tailored to their product architecture and application environment.
Pouch vs. Cylindrical vs. Prismatic
Cylindrical Cell
High mechanical durability. Excellent thermal stability. Scalable manufacturing.
Pouch Cell
Highest energy. Lightweight. Flexible sizing.
Prismatic Cell
Efficient rectangular packaging. High-capacity configurations.
Cylindrical Cells
Cylindrical cells are among the most widely used battery formats, valued for their robust mechanical structure, production consistency, and proven thermal reliability. Common formats include 18650, 21700, 26650, and 26700.
Key Advantages
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Excellent production consistency
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Strong thermal stability
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Durable metal enclosure for demanding environments
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Cost-effective, scalable pack configurations
Best Fit Applications
Industrial Equipment
Medical Devices
Energy storage
Portable Electronics
Outdoor Systems
Related Products: Cylindrical LiFePO₄ Battery Cells · Li-MnO₂ Cylindrical Cell
Pouch Cells
Pouch cells deliver exceptional space utilization and lightweight construction for compact, portable, and high-performance electronic designs. Their flexible laminated structure enables customized dimensions and superior pack efficiency.
Key Advantages
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Highest gravimetric energy density of all form factors
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Lightweight, flexible sizing for custom geometries
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Thin-profile capability for slim product designs
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Excellent volumetric space efficiency in tight enclosures
Best Fit Applications
Consumer electronics
Medical electronics
Portable devices
Wearables
Smart IoT devices
Related Products: Premium Li-Po Battery · Shaped Li-Po Batteries · Li-MnO₂ Pouch Cell
Coin Cells & Prismatic Cells
Beyond cylindrical and pouch formats, PHD Energy supports ultra-compact coin cell designs and structured prismatic configurations, each suited to specific integration requirements.
Coin Cells & Ultra-Compact
Low-profile, lightweight, and long shelf life — ideal for IoT sensors, medical patches, wearables, and tracking devices where space and standby life are paramount.
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Compact size, stable voltage output
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Low self-discharge over extended periods
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Li-MnO₂ Coin Cell · Pin-Type Li-ion
Prismatic Cells
Rigid rectangular enclosures improve packaging efficiency and simplify battery pack integration for industrial systems, energy storage, mobility platforms, and structured electronics.
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Efficient space utilization in rectangular enclosures
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High-capacity, organized pack structures
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Simplified integration for industrial systems
Custom Battery Pack Solutions
Many OEM applications require more than a single cell — they need fully engineered battery pack assemblies integrating multiple cells, protection circuits, communication interfaces, connectors, and mechanical enclosures.
Smart BMS Integration
Battery management systems for state-of-charge monitoring, protection, and communication.
PCM & Protection Circuits
Overcharge, over-discharge, and short-circuit protection designed to spec.
Thermal Management
Engineered thermal solutions to maintain safe operation across all duty cycles.
Cable & Connector Assemblies
Rapid Prototyping
Fast-turn prototype builds to accelerate your development and qualification timeline.
Certification Support
Advanced Engineering & Scalable Manufacturing
PHD Energy supports customers from initial concept through full-scale production. With manufacturing operations in China, Vietnam, Malaysia, and the USA, plus local US engineering support, we deliver reliable battery solutions optimized for long-term product success.
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.