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This system utilizes voltage sensing leads and a remote temperature probe to detect the actual battery voltage and temperature, which is used to determine optimal charging and discharging battery voltages. Which maximize use of battery capacity, life, and system safety. These values can be adjusted to accommodate any battery chemistry. This can be added into existing infrastructure with minimal effort, or it can be included in new installations. The system is designed to integrate with batteries, solar charge controllers, DC-DC converters, fused external communications, computers, modems, and other customer electronics. We also provide engineering support to minimize the life-cycle cost for each application.
Internal combustion generators, which have large moving assemblies and a significant noise signature, the only moving parts in the fuel cell are the small internal cooling fans.
This gives the fuel cell the noise signature of a computer. The user interface is built into the tethered battery which can be used as a battery charger and is equipped with hybrid power source for specific applications. A push of a button commands the system to turn on and provide power in a wide range of environments.
We also provide engineering support to minimize the life-cycle cost for each application.
It is our indigenous developed product. It has a hybrid system to provide pure sinewave output backed up by a battery (optional), wind turbine low start-up wind speed and a solar panel set all integrated in a small metal box fitted with wheels and stroller. It also comes in other variants with battery replaced with Lead Acid battery and solar power modules up to peak capacity. Different variant with output provisions for communication, surveillance system. It is being used to charge batteries by our Defence Forces.
To equip military operations and task forces with a reliable and self-contained power source to meet operational requirements, this system features an intelligent Hybrid system supported by a battery bank, a natural gas (LPG/CNG)-based Fuel Cell System, and a customized solar panel set, all integrated into a compact and rugged box designed for portability by personnel. It also offers various configurations, including different In-Built battery banks, Fuel Cell Systems, and solar power modules with varying peak capacities. Additionally, we offer a specially ruggedized variant that provides Multiple outputs for defense communication needs. Our defense forces use it to charge batteries for radios, satellites, SVL systems, and communication systems
MVR-60A is indigenously designed and developed Modular-in-Design for higher capacity ultimate load.
Application:
Its versatile applications span across various domains, including tactical communication and network systems, C4I tactical communication for military command and control, navigation systems, broadcasting infrastructure, surveillance devices or RADAR for security and monitoring purposes, and integration within mobile tactical vehicles. This modular approach ensures flexibility, scalability, and ease of maintenance, making it a valuable asset for a wide range of critical operations, particularly in military and strategic contexts where secure and reliable communication and advanced monitoring capabilities are paramount.
This is an automated and unattended solution and can be added into existing infrastructure with minimal effort, or it can be included in new installations. The system is designed to integrate with batteries, solar charge controllers, DC-DC converters, fused external communications, computers, modems, and other customer electronics. We also provide engineering support to minimize the life-cycle cost for each application like Rail signals and controls Telecommunications ,Pipeline monitoring and protection ,Remote Security/ Svl , Weather stations ,Traffic monitoring and management , LiDar, SCADA.
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