Asian Surveying & Mapping
Breaking News
Astranis clinches $115 million Taiwan deal despite satellite setback
TAMPA, Fla. — Astranis has signed a $115 million...
UAE and Egypt Strengthen Space Collaboration with New MoU
In a milestone development for Arab space collaboration, the...
Seoul launches 4th spy satellite to boost North Korea surveillance
South Korea’s military now operates an increasingly integrated cluster...
Indonesia seeks space defense cooperation with Japan’s military
Jakarta (ANTARA) - The Ministry of Defense of Indonesia...
China Launches 3 Astronauts To Its Space Station
The spacecraft Shenzhou-20 and the crew lifted off atop...
Former Isro chairman K Kasturirangan dies in Bengaluru at 84
Dr. Kasturirangan led the Isro, the Space Commission, and...
South Korea is converting an abandoned coal mine into a moon exploration testing ground
South Korea is transforming abandoned coal mines into testing...
ISRO to Launch Chandrayaan-5 With Japan, Plans Space Station
Dr. V. Narayanan, Chairman of the Indian Space Research...
Russia and China are threatening SpaceX’s Starlink satellite constellation, new report finds
SpaceX's Starlink satellite constellation is facing threats from Russia...
China and Pakistan agree to fly 1st foreign astronaut to Chinese space station
For the first time, the Chinese space program will train...

November 21st, 2011
WINDCUBE v2 Lidar Remote Sensor

The profitability of a wind farm project depends on two major challenges: reducing data uncertainty and reducing project risks. Uncertainties are related to both turbine response and wind resource estimation. The wind industry community agrees that the best practice is the use of a Lidar in combination with a fixed mast . It offers a reduction of several uncertainties according to the following promising practice: one fixed mast for the whole wind ressource assessment period + one moving Lidar for shorter periods of time. Read More