PHFC Fuel Cells
The PHFC Fuel Cells are a high-performance, liquid-based fuel cell that functions as an Auxiliary Power Unit (APU). It is designed to provide primary or backup power for mission-critical applications, including military deployments, wireless communication base stations, and remote off-grid infrastructure. By utilizing a high-efficiency Direct Methanol Fuel Cell (DMFC) at its core, the system ensures a continuous, cost-effective, and eco-friendly energy supply source that ensures 24X7 uninterrupted operation at peak efficiency.
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Small, Light, and Quiet Power for Tactical Mobility
Our portable generators with integrated Auxiliary Power Units (APUs) are specially developed for armoured tracked vehicles and mobile defence platforms. These liquid-cooled diesel units deliver stable DC power directly to onboard systems, allowing critical equipment to function independently from the vehicle engine while efficiently charging batteries through the generator itself.
The modular design allows these Portable Military Generators to fit into tight spaces within the vehicle hull or be installed externally in sound-insulated capsules. This design significantly reduces acoustic and infrared signatures, making them ideal for tactical deployment and sensitive military operations across challenging terrains.
Designed for Flexible Field Deployment
These compact diesel generators are built for off-grid portable power in defence scenarios. Their lightweight construction enables easy movement across mobile command units, forward operating bases, temporary shelters, and field communication setups where dependable power is required without relying on local infrastructure.
Portable deployment makes them suitable for:
- Tactical vehicles and mobile command centres
- Border and remote defence posts
- Temporary field installations
- Emergency and disaster response units
Reliable Performance in Harsh Environments
Built with liquid-cooled technology, the generators operate without depending on hot or dusty air for cooling. This ensures long operational life, low noise output, and consistent performance in deserts, high-altitude regions, coastal areas, and rugged operational landscapes commonly faced in defence deployments.
Integrated with Defence Power Ecosystem
These Portable Military Generators work seamlessly alongside our larger Military Power Generators for base installations and can be integrated with Mobile Power Solutions for extended field operations, creating a complete defence power network for varied mission requirements.
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The adoption of the PHFC Fuel Cell System represents more than just a transition to a new power source; it is a strategic upgrade to the reliability and operational efficiency of mission-critical infrastructure. By integrating this high-performance Direct Methanol Fuel Cell technology, we can achieve a level of autonomy and stability that traditional options cannot provide.
Unmatched Reliability and Operational Stability
The PHFC is engineered to provide 24\7 uninterrupted operation, even in the most demanding environments. Its ability to function across a wide temperature range and maintain performance at significant inclinations ensures that critical communication hubs and defence systems remain powered regardless of terrain or climate. The system’s intelligent automation triggering power generation based on real-time battery voltage drops or low ambient temperatures removes the need for constant manual intervention, allowing personnel to focus on higher-priority mission objectives.
Logistical and Economic Efficiency
The PHFC delivers a significant reduction in operational costs by eliminating the need for expensive diesel fuel logistics and engine idling. With a highly efficient fuel consumption rate, the system provides long-term power in a compact portable unit. Furthermore, by acting as a smart charging system that recharges existing battery banks during operation, it reduces the size and weight of the battery infrastructure required for off-grid deployments
Advanced Surveillance and Stealth
For sensitive operations, the PHFC offers a critical advantage through its low acoustic and thermal signatures. Operating at noise levels below 75 dB, it is significantly quieter than traditional systems, ensuring minimal detection and reduced noise pollution for operators and bystanders.
Future-Ready and Compliance
The system’s advanced and secure digital interface allow to manage entire clusters of power units from a central command center, tracking real-time metrics such as stack voltage, ambient temperature, and operational hours. This data-driven approach, combined with full compliance with international safety and emission standards, ensures a safe, sustainable, and highly professional power infrastructure.
The PHFC is not merely a replacement for existing technology; it is a force multiplier with respect to its technical capabilities. It offers a seamless blend of high energy density, intelligent automation, and environmental responsibility, this system is the ideal solution to ensure that critical electronic and communication infrastructure remains resilient, stealthy, and operational in any scenario.
Core Operational Advantages
The PHFC Fuel Cells offer several transformative benefits for modern electronic infrastructure:
- Uninterrupted Autonomy: Provides 24\7 operation, ensuring long-term stability independent of the power grid.
- Hybrid Power Management: The system is connected in parallel with the load and an external battery, acting as a smart charger that continuously replenishes the battery even during peak discharge.
- Logistical Efficiency: Reduces diesel / Petrol fuel dependency, eliminates the need for engine idling, and removes the requirement for massive, heavy battery banks.
- Stealth and Low Signature: Operates with a noise level of less than 75dB at 1 meter, making it suitable for noise-sensitive or covert operations.
- Scalability: Units can be clustered to provide higher total wattage for more demanding installations.
Technical Specifications
The PHFC-200 is optimized for rugged performance and high reliability in diverse environments.
Feature | Specification |
Power Output | 100 W to 2000 W and Multiple Stacks for Higher Power |
Nominal Voltage | 24 V DC or 12 V DC |
Operating Temperature | -25C to +55C |
Start-up Temperature | +5 C to +55 C |
Inclination Tolerance | 35 Degree Roll axis (Permanent); 30 Degree Lateral axis (Permanent) |
Warranty | 24 months or 3000 operating hours |
Operational Intelligence & Configuration
The system is designed to work in parallel with an external battery and the primary load, serving as a smart, automated charger.
- Automated Activation: The system stack activates and begins power generation when the battery voltage drops to a user defined lower threshold.
- Environmental Protection: To protect the internal stack, the system automatically activates for thermal management if ambient temperatures fall below +5 Degree C.
- Scalability: For high power applications, multiple PHFC units can be clustered to provide increased total wattage.
- Hybrid Integration: The unit is connected in parallel with both the load and the battery, ensuring seamless power transitions.
Control and Interface
The PHFC offers comprehensive on site and management capabilities.
On-Site LCD Interface
The system includes an integrated LCD screen with a password-protected setting menu Users can monitor:
- Bat V / Bat I: Real-time battery voltage and current.
- Net P: Net power output in watts.
- BKM: System activity count in seconds.
- Err CODE: Real-time status and error diagnostic codes.
Certifications
- EMI / EMC Qualification
- Environmental Test qualifications
- CQAV Registration & Qualification Clearance
- CQAL Registration & Qualification clearance.
- GEM Seller Registration
- ISO 9001:2015 Certified Company
- ISO 14001:2015 Certified Company
- OHAS 18001 Certified Health & Management Systems
- CPCB IV+ Compliant DG sets