Floating Lidar System
Molas B300(offshore) 10 Tons Buoyancy Floating Lidar Security Alarm Function
Design life: 10 years Floating Security alarm function: equipped with high-precision original GPS positioning system, equipped with electronic fence, if the electronic fence is exceeded, the system will automatically send alarm information to the user and inform the mobile location. General parameters Powered by 24V DC / 100~240V Power 70W Size 682mm x 520mm x 641mm Weight
Intel Celeron N3160 Processor Floating Wind Lidar 4G Memory 1T SSD Hard Drive
Parameters: Intel® Celeron® N3160 processor, 4G memory, 1T SSD hard drive Measurement height and parameters: 30-300m (height from the sea surface), wind speed and wind direction for a total of 12 floors, set by Party A according to needs; The air pressure, air temperature, and humidity of the buoy sensor installation level (about 3m from the sea surface). General parameters Powered by 24V DC / 100~240V Power 70W Size 682mm x 520mm x 641mm Weight
Dia 5m Wind Measurement Floating Lidar System 0.5m Positioning Accuracy
Set at least two email addresses to receive wind measurement data Lidar System The floating platform includes a body and a dynamic compensation system. The measurement equipment includes 2 wind-measuring lidars (1 wind-measuring lidar is used as a backup radar), barometer, thermometer, and hygrometer. The power supply system usually includes solar photovoltaic panels, small Wind turbines and battery components and fuel cell backup power. All components that make up the
Battery Powered Floating Wind Lidar
Main power source is battery 2.7.2 Status data: The status data and control signals of the transmission device are transmitted every 2 hours. If an alarm occurs, an alarm signal will be sent back immediately. 2.8 Quality assurance period requirements: The equipment quality assurance period is required to be within the wind measurement period.
IALA Navigation Light Floating Lidar
IALA standard navigation light Floating Lidar Data transmission method requirements: The wind measurement tower of this project uses 4G network (domestic Beidou satellites are used when there is no 4G network) to transmit the wind measurement data and status data of the wind measurement device, and the data needs to be encrypted for transmission.