DARFON AMERICA CORP.’s Post

what is the lipo battery advantage for drones? 1. Lipo batteries are not limited to conventional batteries and can be designed flexibly. 2. Better discharge performance. Lipo batteries use colloidal electrolytes, which have smoother discharge characteristics than liquid electrolytes. Therefore, as a battery for drones, lipo batteries have a much higher unit energy density than other general lithium-ion batteries, and they also have certain advantages in capacity. 3. The internal resistance of the battery is relatively smaller. Lipo batteries use colloidal electrolytes and have smaller internal resistance than liquid batteries. Reduced internal resistance means less self-consumption of battery power, which can extend battery standby time. 4. The battery is not easy to explode. Lipo batteries use aluminum-plastic soft packaging. At most, there will only be bulges, and the safety performance is very high. 5. The finished battery is lighter. Packaging is simplified by eliminating the metal casing due to the gel electrolyte. #lipo batteries #fpv #fpvdrone #Drones #agricultural drone #drone battereis #DIY

Mandatory asset inspection is crucial for utilities but employees are often challenged with hard-to-access areas, heights or risky terrains. Phase One has released a case study explaining how Axpo tackled these challenges by using its latest P3 Payload sensor technology and LINIA's drone software for automated power line inspection. Learn more > > https://hubs.la/Q01-Z2XC0 #unmanned #unmannedsystems #inspection #automated #technology #drone #camera #dronecamera #imaging #software

7 Tips for Electronic Speed Control of Drones Learn more: https://lnkd.in/g7zJzjQW #pcbdesign #circuits #electronic #control #drone #pcbboard #circuitdesign #hardware

Gallium Nitride News Alert! The future of agriculture is taking flight with the help of Gallium Nitride (GaN) motor drive inverters. Revolutionizing UAV drones, EPC GaN technology is propelling agricultural applications. Farmers are optimizing yields with increased efficiency, longer flight times, and enhanced precision. The power of EPC GaN-driven drones saves both time and resources while maximizing productivity. From crop monitoring to spraying and even crop pollination, these cutting-edge drones equipped with EPC GaN motor drive inverters transform farmers' operations. The accuracy and speed at which they can perform tasks are unparalleled, making them an indispensable tool in the modern agricultural landscape. #AgricultureInnovation #GaNRevolution #FutureOfFarming #PrecisionFarming #GalliumNitride #UAVDrones #AgriculturalApplications: https://hubs.ly/Q02c1Xqk0 | #galliumnitride #engineers #drones #drone #BLDC #motordrive #dronetechnology

What is the Future of Drones in the Engineering Industries? Drones have been heralded as the future of so many different aspects of industries. Whether it’s using drones for delivery, warfare drones are poised to play an increasingly important role in many industries, including the engineering and construction ones. It is a component that is...Read More>>> https://buff.ly/459wn5G #Plastics #PlasticsIndustry #Plastic #Polyurethane #polyurethaneproducts #squeegee #WearParts #Bumpers #PrintingMachineParts #Gravure #PolyurethaneFoam #HighDensityFoam #ScreenPrintingSqueegee #Scrapers #RodSheetTubeBar #BeltCleaners #Manufacturing #PolyurethaneManufacturing #Prototyping #vulkollan #urethanemolding

Gallium Nitride News Alert! The future of agriculture is taking flight with the help of Gallium Nitride (GaN) motor drive inverters. Revolutionizing UAV drones, EPC GaN technology is propelling agricultural applications. Farmers are optimizing yields with increased efficiency, longer flight times, and enhanced precision. The power of EPC GaN-driven drones saves both time and resources while maximizing productivity. From crop monitoring to spraying and even crop pollination, these cutting-edge drones equipped with EPC GaN motor drive inverters transform farmers' operations. The accuracy and speed at which they can perform tasks are unparalleled, making them an indispensable tool in the modern agricultural landscape. #AgricultureInnovation #GaNRevolution #FutureOfFarming #PrecisionFarming #GalliumNitride #UAVDrones #AgriculturalApplications: https://hubs.ly/Q02c2kgG0 | #galliumnitride #engineers #drones #drone #BLDC #motordrive #dronetechnology

Gallium Nitride News Alert! The future of agriculture is taking flight with the help of Gallium Nitride (GaN) motor drive inverters. Revolutionizing UAV drones, EPC GaN technology is propelling agricultural applications. Farmers are optimizing yields with increased efficiency, longer flight times, and enhanced precision. The power of EPC GaN-driven drones saves both time and resources while maximizing productivity. From crop monitoring to spraying and even crop pollination, these cutting-edge drones equipped with EPC GaN motor drive inverters transform farmers' operations. The accuracy and speed at which they can perform tasks are unparalleled, making them an indispensable tool in the modern agricultural landscape. #AgricultureInnovation #GaNRevolution #FutureOfFarming #PrecisionFarming #GalliumNitride #UAVDrones #AgriculturalApplications: https://hubs.ly/Q02c1QlW0 | #galliumnitride #engineers #drones #drone #BLDC #motordrive #dronetechnology

Could drones replace $127 billion worth of human labor? Over $127 billion of current business services and labor are likely to be replaced in the near future by drone-powered solutions, according to predictions in a new study from PricewaterhouseCoopers (PwC)—Clarity from Above. According to the study, infrastructure, agriculture, and transport are the industries with the best prospects for drone applications, with a joint value of over $90 billion. There appears to be general agreement that robot automation will transform labor markets, and, as a result, could pose a real threat to some sectors of human labor—however, a great deal of uncertainty remains.

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EPC Gallium Nitride in the News: The future of agriculture is taking flight with the help of Gallium Nitride (GaN) motor drive inverters. Revolutionizing UAV drones, EPC GaN technology is propelling agricultural applications. Farmers are optimizing yields with increased efficiency, longer flight times, and enhanced precision. The power of EPC GaN-driven drones saves both time and resources while maximizing productivity. From crop monitoring to spraying and even crop pollination, these cutting-edge drones equipped with EPC GaN motor drive inverters transform farmers' operations. The accuracy and speed at which they can perform tasks are unparalleled, making them an indispensable tool in the modern agricultural landscape. #AgricultureInnovation #GaNRevolution #FutureOfFarming #PrecisionFarming #GalliumNitride #UAVDrones #AgriculturalApplications: https://hubs.ly/Q02c2yHN0 | #galliumnitride #engineers #drones #drone #BLDC #motordrive #dronetechnology