Resilient, Mobile, Interconnected Energy Systems
From tactical vehicles to expeditionary microgrids, defense platforms need more powerful, flexible and efficient electrical architectures.
BrightLoop’s compact, bidirectional AC/DC and DC/DC converters let OEMs and system integrators connect and exchange energy between vehicles, generators, batteries and mission-critical equipment.
Powering Operations Beyond the Grid
Communications, computing, surveillance, autonomous platforms and electrified vehicles keep adding to the electrical load, often in remote or rapidly deployed environments.
Our converters combine multiple energy sources into one adaptable architecture that keeps critical loads powered.
Illustrative architecture. BrightLoop supplies the power conversion interfaces; other equipment is shown for context only.
Interconnectivity
Vehicles, generators, batteries and loads in one adaptable architecture.
Mobility
Compact, high-performance conversion for deployable and vehicle-integrated systems.
Energy Resilience
Critical loads supplied from multiple power sources.
Expeditionary Power Systems & Tactical Microgrids
Temporary bases, mobile command centers and deployed infrastructure need reliable power, often with no grid available.
BrightLoop’s bidirectional AC/DC Multiverters integrate generators, battery storage, fuel cells, renewables and loads in hybrid AC/DC architectures, in grid-forming or grid-following mode.
Multiple units run in parallel to follow growing power demand, on the same conversion technology.
This can help optimize generator use, integrate energy storage and reduce reliance on continuously running generators.
Tactical Vehicles & Exportable Power
With increasingly capable electrical systems, tactical vehicles can become mobile energy assets.
BrightLoop’s compact, bidirectional converters let a vehicle power external equipment, exchange energy and connect to other electrical networks.
Applications include:
- Vehicle-to-load (V2L) power for mobile equipment
- Vehicle-to-vehicle (V2V) energy exchange
- Vehicle-to-microgrid integration
- Bidirectional charging and battery management
- Interconnection of onboard and external AC/DC networks
Our Key Differentiator
Advanced AC Power Conversion
Our Multiverter architecture combines high power density, bidirectional conversion and advanced software control.
Where conventional converters are built around a narrow set of operating conditions, Multiverters cover a wide range of configurations on one common, modular hardware platform.
Key capabilities:
- Bidirectional AC/DC conversion
- Grid-forming and grid-following modes
- Single-phase, split-phase and three-phase configurations
- Flexible voltage and frequency, including 50, 60 and 400 Hz
- Compatible with various networks, including 120/208 VAC
- Parallel operation for scalable high-power installations
- Advanced power control and active filtering
- Optional integrated galvanic isolation
- CAN-based remote control and monitoring
Compact and highly efficient, Multiverters reduce the size and complexity of power conversion systems and give system architects more design freedom.
Related product line:
Onboard Power Conversion & Specialized Systems
BrightLoop also offers a full range of DC/DC converters for vehicle electrification and specialized equipment, from high-voltage batteries to low-voltage auxiliary networks on space-constrained platforms.
Typical uses include onboard auxiliary power, high-voltage distribution, battery charging and interfaces for specialized mobile equipment.
Our HV/HV and HV/LV families complement the Multiverter platform.
Engineering Flexibility for Demanding Applications
Every defense power architecture has its own electrical, mechanical and integration requirements.
Our modular, software-controlled hardware lets us adapt voltage, power level, operating modes and electrical interfaces to each project.
Our engineers work alongside OEMs and system integrators, from tactical vehicles to expeditionary energy systems and specialized mobile platforms.
Let’s Discuss Your Power Architecture
Developing a new defense power system?
From a single converter to a complete interconnected architecture, we help you choose the right power conversion technology.
