ONE CONVERTER...
MULTIPLE APPLICATIONS
MISSION-CRITICAL PERFORMANCE
EFFICIENCY, VERSATILITY, AND RELIABILITY
UNIFIED FOR MODERN DEFENSE
AmePower brings a Patent-Pending bidirectional compact, 4-Quadrant Converter that is redefining industry standards with unparalleled reliability and versatility designed to meet the DoD’s evolving needs.
One key feature is our advanced switching control logic, which allows for dynamic switching frequency adjustment — an asset that introduces several tactical advantages. This adaptability not only enhances operational flexibility but also optimizes mission performance with settings tailored to low-noise or stealth requirements, reducing the converter’s electromagnetic and acoustic signatures and making it harder to detect.
KEY TACTICAL ADVANTAGES
REDUCED
DETECTABILITY
Low-noise modes lower electromagnetic and acoustic signatures, enhancing stealth capabilities.
ELECTRONIC WARFARE
RESILIENCE
Adjustable frequencies may help to avoid detection or jamming, ensuring operational reliability in contested areas.
POWER EFFICIENCY & RANGE
Optimized settings conserve energy, extending range and mission duration, crucial for endurance missions.
THERMAL
MANAGEMENT
Adaptive switching minimizes heat generation with up to 98.5% efficiency, preventing overheating and extending component life.
ADAPTIVE MISSION
PERFORMANCE
Configurable settings allow the inverter to support varied mission needs, from stealth to high-speed operation.
SYSTEM
RESILIENCE
Flexibility enhances fault tolerance and ensures propulsion reliability, even under adverse conditions.
DIRECT ENERGY WEAPONS
Powering next-gen combat systems with high-precision energy delivery. Our converter’s bidirectional capability and high efficiency enable consistent, scalable power for lasers, railguns, and EMP platforms—while maintaining stealth through adaptive low-noise modes.
SOLAR ENERGY
INTEGRATION
bridge renewable generation with mission-critical loads. AmePower’s converter ensures real-time, bidirectional energy flow between solar arrays and storage or grid systems—supporting energy resilience and grid-independence at military installations.
WIND ENERGY
INTEGRATION
Unlock uninterrupted renewable capability in harsh conditions. Our system stabilizes wind generation with intelligent switching and power quality control, delivering mission-ready reliability and peak efficiency even in variable wind environments.
MOBILE & FIELD
POWER GENERATION
Deliver compact, deployable power in contested or remote environments. With its microwave-sized form factor and scalable architecture, the converter offers flexible, robust field energy conversion—ideal for expeditionary and forward-operating bases.
DATA CENTERS &
COMMAND INFRASTRUCTURE
Protect and empower the digital backbone of defense. Our ultra-efficient converter supports clean, stable power for sensitive electronics and command infrastructure, minimizing downtime and electromagnetic interference in secure operations.
SHIP
PROPULSION
Modernize naval power with precision and control. Designed for four-quadrant operation and scalable output, our solution empowers electric propulsion systems with ultra-low harmonic distortion, reduced noise, and enhanced energy efficiency.
SUBMARINE PROPULSION
Our converter’s low-acoustic signature and high-reliability profile are tailor-made for submerged missions, delivering silent, durable, and stealth-optimized propulsion for extended underwater operations.
VEHICLE
PROPULSION
Boost mobility, silence, and endurance. Our lightweight, compact unit enables advanced electric drive systems with adaptable mission profiles—from stealth mode to full-thrust performance—while simplifying onboard power management.
HEAVY MACHINERY
Drive performance under pressure. From construction units to logistic platforms, AmePower’s converter ensures high-torque, responsive control with superior thermal and fault tolerance—ideal for operational zones with unpredictable power demands.
ENERGY
STORAGE
Maximize grid resilience and backup readiness. The bidirectional architecture enables full integration with advanced battery systems—supporting peak shaving, load balancing, and sustained operations during outages or mission-critical surges.