on 6 January at the Royal Irrigation Department Mr. Prapit Monday comes Director-General of the Royal Irrigation Department sign a memorandum of cooperation (MoC) between the Royal Irrigation Department of the Kingdom of Thailand and the Ministry of Internal Affairs and Communications of Japan on the improvement of the water management system of the Pa Sak Jolasid Dam with radar system Solid-state Polarimetric X-band which has Mr. Nozaki Masatoshi Director General of the Radio Departmenttelecommunication office The Ministry of Internal Affairs and Communications of Japan is the Japanese signatory. with Dr.Thaweesak ThanadechopolDeputy Director of Maintenance Mr. Hosono Keisuke Digital First Secretary information communication technology science and innovationat the Embassy of Japan in Thailand Mr. Surat Thanu ArtDirector of the Irrigation Office at 10 and relevant officials join to witness the ceremony
Mr. Prapit said signing MoC today This is an initiative of cooperation between the Royal Irrigation Department and the Ministry of Internal Affairs and Communications of Japan. To collaborate in formulating guidelines for improving the efficiency of the water management system of the Pa Sak Jolasid Dam Lopburi–Saraburi with radar system Solid-state Polarimetric X-band by improving the flood management and water management of the Pa Sak Jolasid Dam such as Finding the relationship of rainwater–runoff Estimating the amount of water that will flow into the reservoir This will help support the most efficient and timely water management. Respond to the mission of the Royal Irrigation Department as well as encouraging the Royal Irrigation Department to bring such a system to be a part of Thailand’s disaster prevention plan in the future.
for radar system X-Band The information will be sent systematically. Real time There is a high resolution in estimating the amount of rain. send a signal with the system Dual polarization Send waves both vertically and horizontally. It can increase the potential for more accurate rainfall measurements. Used to estimate the amount of water that will flow into the reservoir. to be used in the management to achieve maximum efficiency in time current The aforementioned weather monitoring station has been completed over 80% by waiting for the installation of weather radar imported from Japan and install different equipment other which is expected to be completed and ready for use within the rainy season of the year 2022 this
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