The NAT Advanced Tactical Nanogrid system represents a revolution in mobile and decentralized energy management. Designed for autonomy, efficiency and safety, the NAT system is the ideal solution for military, emergency and industrial applications that require a reliable and flexible energy infrastructure.
The advanced tactical nanogrid NAT system has been specifically developed for critical electrical loads that require very high quality power and very high energy availability.
Availability refers to the accessibility of the required energy at a given instant of time or in a given period of time for a specific purpose and is measured as:
For critical infrastructures, the typical benchmark availability ranges from 99.999% (“five nines”) to 99.9999% (“six nines”).
The U.S. Department of Defense (DoD) mandates the design and installation of primary and backup power systems, including emergency, standby, and critical operations power systems, as well as the necessary infrastructure, equipment, and fuel to support critical energy requirements.
The mobile solution can deliver 6 or 12 KVA, while for higher power needs, the Nanogrid is housed in a mini-container.
As storage, lead-carbon accumulators are used, a hybrid between lead-acid batteries and supercapacitors, classified as NON-HAZARDOUS CARGO. They can be transported by air, operate within a broad temperature range, and do not pose a fire risk even if hit by bullets, unlike lithium accumulators.
Solar panels are mounted on synthetic material supports for outdoor use under all weather conditions. They are resistant to acids and ultraviolet rays, stackable for transport, each base weighs less than 5 kg, and they can be installed in minutes using just a hex key.
The specific layout allows installation on any flat surface using ballast, ground stakes, or concrete bolts. Configurations such as 4×2, 2×4, or 1×8 panels minimize power loss due to shading compared to traditional layouts.
Fluid dynamics simulations indicate that using 2x1m solar panels, the structure can withstand winds up to 33 m/sec with a 10 kg ballast.
The NAT Advanced Tactical Nanogrid system represents a revolution in mobile and decentralized energy management.
Designed for autonomy, efficiency and safety, the NAT system is the ideal solution for military, emergency and industrial applications that require a reliable and flexible energy infrastructure.
Advantages
✔ Modularity and Scalability
Thanks to its modular structure, NAT easily adapts to different operational needs, allowing for rapid and customized expansion of the energy system.
✔ High Energy Efficiency
Advanced optimization of energy flows minimizes losses and ensures optimal use of available resources.
✔ Resilience and Security
Designed to operate in extreme conditions, NAT offers protection against voltage variations, faults and cyber threats, ensuring operational continuity in any scenario.
✔ Mobility and Ease of Installation
The compact and lightweight design allows for easy transportation and rapid installation, reducing implementation times and increasing field responsiveness.
✔ Sustainability and Integration with Renewable Sources
NAT supports integration with solar panels and other renewable energy sources, ensuring reduced environmental impact and greater operational autonomy.
Thanks to its advanced technology and ability to adapt to dynamic operating scenarios, NAT Advanced Tactical Nanogrid stands out as the definitive solution for those who need efficient, safe and flexible energy management.
Full Hybrid Power: mains/genset/photovoltaic panels/wind turbine/batteries for power supply of critical loads in absolute continuity and with highest energy reliability.
NAT can be transported by any means, including air transport, as special lead carbon batteries are classified as NON dangerous goods.
Interoperable: Can be powered from 90 to 264 V 50 and from 47 to 63 Hz. Output 230 V 50 Hz or 48 V DC output.
Outside the range the load is powered trough batteries and PV panels.
Absolute continuity, double conversion: the electrical load is never connected to the power grid or generator set.
It allows the use of highly unstable power grids.
Its dynamic optimization features enable significant savings in fuel use that go far beyond the contribution of renewable energy.
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NAT DATA SHEET |
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Input: 90-264 V and 47-63 Hz |
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Output: single phase 230 V 50 Hz – 6/12 KVA e/o 48V CC |
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Voltage and frequency stabilization |
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Absolute Continuity |
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Isolated loads in standalone mode and/or integrated into FOB network |
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Very high reliability, redundant internal units in N+1 and Fail-Soft configuration |
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Interoperable |
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3,2/6,4 KW of solar photovoltaic panels or wind turbine |
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Both ONGRID and OFFGRID= NANOGRID |
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Fully automatic |
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Critical and non-critical load |
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Dynamic battery charging |
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Genset Efficiency optimization |
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HVAC management and optimization of the powered shelter/tent |
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Extended autonomy in day time and for genset fault |
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Genset operating hours reduced more than 50%, fuel saving and reduced logistical support |
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Remote monitoring/remote diagnostic and maintenance support |
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Air Cargo shipment allowed. |
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Indoor & Outdoor |
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Koblend PV bases, 4.2 Kg, wind to 120 km/h, stackable, for installation on flat surfaces. Secured to ground with ballast or pegs or bolts |
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Solar panel layout to reduce shading. Low voltage (75 V DC) |