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VideoRay drives safe, effective underwater exploration leveraging AI and today’s newest technologies
Vicor Powering Innovation podcast discusses the proliferation of ROV applications and how VideoRay is responding to new underwater missions
Case study: Surveillance UAVs
Effective surveillance requires uninterrupted sensing and communication to ensure the safety and security of valued property, equipment, and assets. UAVs are used to surveille wide areas that may be hard to reach or when those spaces are not in a fixed location. The best surveillance UAVs stay in the air for as long as possible and are equipped with high-resolution cameras, thermal imaging sensors and communication links. The key goals were:
A surveillance drone must maximize productivity while also being able to carry high-performance cameras and sensors. Vicor high-density power modules support all these power-hungry functions without adding unnecessary size and weight to the UAV, extending flight time allowing for more functionality.
DCM best-in-class power density
High efficiency extends flight time
Keeps backup battery charged
Power dense Vicor DCM™ DC-DC converter modules are ideal for surveillance UAVs. They convert the 48V battery to a manageable voltage that can be matched to the UAV system loads using compact Zero-Voltage Switching (ZVS) Buck and Buck-Boost regulators. The DCM converter modules can also keep the UAV backup battery charged to ensure safety through redundancy.
VideoRay drives safe, effective underwater exploration leveraging AI and today’s newest technologies
Vicor Powering Innovation podcast discusses the proliferation of ROV applications and how VideoRay is responding to new underwater missions
Next generation hydrogen powered drones are doing search and rescue, saving lives
Doosan Mobility’s life-saving drones using hydrogen fuel cells and high-density power modules, enabling 5x longer flight time than lithium ion batteries
Ampaire社の環境に優しい空の旅
Ampaire社は、CO²排出量を削減する、環境に優しいハイブリッド電動航空機を開発しています。
High-efficiency, high-density modules free up space for advanced communications and extend range
High-efficiency class of UAV depend on solar power to meet its long flight time requirements