Deploying Advanced Defence Technologies for Strategic Impact
Fuel Cell System
Rohal Technologies delivers advanced, field-proven portable power solutions through its uniquely engineered Solid Oxide Fuel Cells (SOFC) and Proton Exchange Membrane Fuel Cells (PEMFC). Our systems operate on a range of fuels including natural gas (LPG, CNG, biogas) and hydrogen, offering unmatched flexibility and performance. Designed to perform reliably in the harshest environments, these solutions are ideal for mission-critical applications in defence, transportation, telecommunications, and in UAVs / UGVs. Capable of operating in extreme temperatures from -50°C to +60°C, our fuel cells are optimized for deployment in off-grid and remote locations around the world. Compact, cost-effective, and compatible with renewable sources such as solar and wind, they provide consistent and dependable power—anytime, anywhere. Built for durability and seamless integration, Rohal fuel cells ensure operational continuity, delivering power when it matters most—even in the most challenging conditions.
Magna: Tactical Hybrid Power System
This product represents a significant achievement in indigenous development. It features an advanced system designed to deliver a consistent and pure sinewave output from this compact system. Additionally, it offers the convenience of a dual power source, providing both 5/12/24/48 VDC and VAC, thanks to an integrated battery system. This system is further complemented by the inclusion of a fuel cell, a wind turbine, and a solar panel set, all ingeniously integrated into a compact metal box. To enhance stability and minimize vibrations, the box is equipped with an anti-vibration pad. Moreover, we offer various configurations to cater to diverse needs. One option includes a customized battery, This versatile solution ensures reliable and efficient power generation in a compact and user-friendly design
Mini Magna: Energy Management Unit
Mini Magna is a compact, adaptive energy interface designed to meet the evolving needs of tactical operations. Built for maximum interoperability, it streamlines power delivery across diverse mission environments. With its intelligent internal architecture, Mini Magna autonomously manages input and output flow, supporting a wide array of field electronics and operational systems—reducing the need for excess gear and minimizing logistical complexity. Its modular design enables flexible integration with various energy infrastructures, enhancing operational readiness in unpredictable or remote scenarios. Mini Magna is engineered not just to supply power—but to simplify it. Silent, resilient, and mission-focused, it ensures that critical systems remain active, wherever the mission leads.
Portable & Flexible Solar Blanket or Solar Panel
At Rohal Technologies, we take a user-centric approach to solar innovation—translating real-world needs into high-performance solar solutions built for reliability and efficiency. We specialize in the design and development of custom solar modules tailored for energy harvesting, portable deployments, and off-grid applications. Whether foldable, rollable, textile-integrated, or rigid fixed formats, our solutions leverage advanced thin-film or special rear passivation layer and lightweight crystalline PV technologies to meet diverse operational demands. From rugged field operations to remote installations, Rohal solar systems are engineered to deliver dependable power—wherever and whenever it’s needed. The solar panels are fully waterproof, IP67 rated, and constructed with military-grade connectors to provide a portable solar solution for any wet or harsh environment.
Battery System for Energy Storage
We offer rugged, high-performance energy storage solution designed to deliver dependable power across a wide range of mission-critical scenarios. Engineered for both stationary and mobile applications, it integrates seamlessly with hybrid systems, fuel cells, and renewable energy sources such as solar and wind. With a compact, modular form factor and advanced battery management features, it ensures efficient energy delivery in extreme environments ranging from -40°C to +50°C. Its silent operation, high energy density, and rapid deployment capabilities make it ideal for field operations where reliability is non-negotiable. The system is especially valuable for defence applications, offering a dependable power backbone for border monitoring systems, tactical communication units, and long-endurance surveillance setups in remote or off-grid areas. Built for mobility, resilience, and seamless integration, this ensures operational continuity.
Ultralight Passive Ruggedized Integrated Soldier Exoskeleton
Ultralight Passive Ruggedized Integrated Soldier Exoskeleton system is designed to enhance soldier mobility, endurance, and load-carrying efficiency in the most demanding operational environments. Engineered with both passive and active support mechanisms, it reduces musculoskeletal strain during long-duration missions, heavy lifting, and uneven terrain traversal. The exoskeleton integrates seamlessly with combat gear, offering lower-body and spinal support that amplifies strength while preserving agility. Whether used for load carriage, logistics support, or prolonged patrols, it empowers personnel to operate longer, recover faster, and reduce injury risk—making it a mission-ready augmentation platform for modern military and tactical needs.