Military mission complexity leads military vehicles to incorporate more and more equipment, and the power supply of these vehicles has to meet the demand of mobility, lethality, survivability. Mission critical consumers such as CBNR equipment, and C4ISR systems but also standard services such as vehicle air conditioning, heating, metrics, drive control, rely on high quality power.
These complex vehicle platforms, once procured, often evolve through several upgrade and modernization steps and by consequence, can hardly ever be configured from scratch or bought «off the shelf» in the final configuration. To support this trend and to avoid severe system failures during operation, modular and expandable power system solutions are needed.
Thales Next Generation Power Management Solution
Be in control of your vehicles' electrical Power
Thales Power Management System puts the vehicle crew in control of their energy use, enabling them to monitor and manage not only the secondary vehicle power system but primary power system as well.
The system helps to minimize equipment malfunctions, power spikes and shutdowns, and proactively optimize your power on-board a vehicle. It provides real-time monitoring of electrical parameters, and alerts the crew to any anomalies, that helps them to identify and address potential problems before the power goes out. These kind of functions are critical in helping the crew on-board a vehicle with issues ranging from improving energy efficiency and reducing power consumption during Silent Watch missions.
The modular and scalable architecture allows to support MIL-PRF 32565 compliant 24V Lithium-ion batteries or with the addition of a Thales Battery Sensor 12VDC Lead-acid batteries, as well as multiple power sources including alternators, APUs, Solar panels, external chargers, etc.
Features & Benefits
A comprehensive and scalable power management solution from Thales can help provide several key power and operational benefits to a military vehicle fleet, including:
- Centralized supervision, and control of vehicle Power Generation, Power Storage and Power Distribution System;
- Precise information of battery State-of-Charge (SoC), battery State-of-Health (SoH), and remaining Time-to-Go (TtG);
- Hard-wired override modes for emergency operation;
- Simple integration to NATO Generic Vehicle Architecture (NGVA), or VICTORY;
- Extended lifetime for Li-Ion and lead-acid batteries due to optimized load balancing and charging algorithms;
- Economies on fuel and batteries even under demanding mission conditions.
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