摘要
In this paper, wind velocities and directions （sea and land） are recorded in different days and times. The data collected were compared with the weather data from the Brunei Darussalam Meteorological Service （BDMS） and the findings of other researchers and were found to be in good agreement. The potential of wind energy is predicted from the available data collected. The average generated power （forenoon and afternoon） is found to be 25 （mean） and 18W （median）, 101 （mean） and 73W （median）, 912 （mean） and 660 W （median）, 10137 （mean） and 7331 W （median） for a rotor with a diameter of 2.5, 5, 15 and 50 m, respectively. The power density Pd for wind farming is found to be 0.26 （mean） and 0.19 （median）, 0.31 （mean） and 0.22 （median） for the rotor whose diameter is 2.5 and 50 m, respectively, while the average Pd values are found to be 0.28 （mean） and 0.2 （median） for the rotor whose diameter is 5 and 15 m.
In this paper, wind velocities and directions （sea and land） are recorded in different days and times. The data collected were compared with the weather data from the Brunei Darussalam Meteorological Service （BDMS） and the findings of other researchers and were found to be in good agreement. The potential of wind energy is predicted from the available data collected. The average generated power （forenoon and afternoon） is found to be 25 （mean） and 18W （median）, 101 （mean） and 73W （median）, 912 （mean） and 660 W （median）, 10137 （mean） and 7331 W （median） for a rotor with a diameter of 2.5, 5, 15 and 50 m, respectively. The power density Pd for wind farming is found to be 0.26 （mean） and 0.19 （median）, 0.31 （mean） and 0.22 （median） for the rotor whose diameter is 2.5 and 50 m, respectively, while the average Pd values are found to be 0.28 （mean） and 0.2 （median） for the rotor whose diameter is 5 and 15 m.
作者简介
E-mail： abdus.salam@itb.edu.bn
