Industrial UAVs
High-energy-density battery systems for demanding flight, payload and endurance requirements.
ALFA™ BATTERY SYSTEMS
ALFA™ integrates advanced cell technologies, intelligent battery management, custom pack engineering and GrafX™ thermal management to deliver battery systems engineered around your application.
300–450 Wh/kg*
Representative Energy Density
3C–10C*
Continuous Discharge
10C–20C*
Peak Discharge
<50°C*
Selected Tested Configurations
*Representative platform and development ranges. Actual performance depends on cell chemistry, cell selection, pack architecture, BMS, thermal design, operating conditions, discharge rate, duty cycle and mechanical configuration.
INTEGRATED BATTERY ENGINEERING
Engineered Battery Systems, Built Around Your Application
Battery performance depends on more than the cell. ALFA integrates cell selection, electrical architecture, BMS, mechanical design and thermal management into a complete battery system engineered around your application requirements.
CELL
BMS
PACK
THERMAL
GRAFX™
OEM
01 / CELL
Advanced Cell Technologies
Select cell technologies based on energy density, power capability, operating conditions and application requirements.
02 / BMS
Intelligent Battery Management
BMS architecture designed around monitoring, protection, balancing and application-specific operating requirements.
03 / PACK
Custom Pack Engineering
Mechanical and electrical pack architecture designed around voltage, capacity, current, form factor and duty cycle.
04 / THERMAL
Advanced Thermal Management
Thermal architecture designed to manage heat generation, temperature uniformity and transient power demands.
05 / GRAFX™
GrafX™ Thermal Technology
Advanced thermal management technology designed to spread heat, reduce hotspots and buffer thermal transients.
06 / OEM
OEM Integration
Engineering support from prototype development through OEM battery system integration.
ALFA THERMAL TECHNOLOGY
Managing heat where conventional battery architectures face their greatest challenges.
GrafX™ is an advanced thermal-management technology integrated into selected ALFA battery architectures to improve heat spreading, temperature uniformity and transient thermal response.
HOW GRAFX™ WORKS
GrafX™ surrounds selected battery cells with a highly conductive thermal structure and phase-change material (PCM) to spread localized heat and buffer temperature spikes, supporting more uniform temperature distribution across the cell and pack.
GRAFX™ CONFIGURATIONS
GrafX™ can be engineered in different forms to match cell geometry, thermal requirements and integration constraints.
PERFORMANCE & VALIDATION
Comparative testing of high-energy-density battery packs demonstrates the thermal-management benefit of GrafX™ under demanding operating conditions.
6S, 1P (22 Ah) High Energy Density Battery Pack
Continuous discharge at 60 A (2.7C)
Comparative testing with and without GrafX™ thermal management.
~20°C lower temperature at 80% DoD
Specific tested configuration
View Performance Data →
Testing shown represents a specific battery configuration and operating condition. Thermal performance varies with cell chemistry, pack architecture, discharge rate, thermal design and operating conditions.
APPLICATIONS
BATTERY PRODUCTS
Battery Platforms for Different OEM Requirements
ALFA offers a flexible battery architecture ranging from standard configurations to fully customized systems.
DEFINED CONFIGURATIONS
Standard Battery Systems
Pre-engineered battery configurations for applications with defined voltage, capacity and power requirements.
View Battery Products →
ADAPTABLE ARCHITECTURES
Semi-Custom Battery Systems
Adaptable configurations with application-specific electrical, mechanical, BMS or thermal modifications.
Discuss Your Requirements →
APPLICATION-SPECIFIC
Fully Custom Battery Systems
Application-specific battery architecture engineered around your form factor, power, energy, thermal and integration requirements.
Start a Custom Project →
CUSTOM BATTERY SYSTEMS
01 Application Requirements
Voltage • Capacity • Power • Duty cycle • Environment
02 Cell & Architecture Selection
Cell technology, configuration and pack architecture matched to application requirements.
03 Electrical & Mechanical Design
BMS, interconnects, enclosure, structural design and system integration.
04 Thermal Engineering
Thermal architecture using conventional and GrafX™ thermal-management technologies as appropriate.
05 Prototype & Validation
Prototype builds, electrical characterization and thermal and performance validation.
06 OEM Integration
Design refinement, integration requirements and production readiness.
OEM DEVELOPMENT
Tell us about your voltage, capacity, power, form factor and operating requirements. Our engineering team can help define the right battery architecture for your application.
Standard battery systems • Semi-custom platforms • Fully customized battery systems