Introduction
Industrial device instrumentation and calibration department is a unit directly under the direction/control of ICEA Institute. The This/our department is currently implementing a series of scientific research projects at all levels. With a robust research team, the Department has successfully carried out many studies with high applicability in industry. Many articles published in national and foreign magazines and conferences have been conducted from this department.
Duties: Undertake research - development of equipment and measurement methods used in automatic production lines. Calibrating measuring devices and giving the ability to automate processes of adjusting control systems in industry. More Specifically:
- Researching and designing wireless intelligent measuring devices for industrial applications.
- Researching and implementing multi-purpose measurement systems for environmental monitoring and supervision.
- Coordinate with domestic and foreign units to verify industrial measuring equipment. Specifically:
+ Assess and test electrical measuring equipment
+ Standardize non-electrical measuring devices (temperature, pressure, flow, pH, Tss, COD, BOD ...) in environmental monitoring and measurement systems
+ Standardize other measuring devices in industry
- Consulting, assessing and appraising systems of industrial equipment (Hydropower, Thermal Power, Oil and Gas, Chemicals, Paper, ...)
New Publications
- Thanh Ngo Ngoc, Eleonora Riva Sanseverino, Ninh Nguyen Quang, Pietro Romano, Fabio Viola, Binh Doan Van, Hoang Nguyen Huy, Thang Tran Trong, Quang Nguyen Phung, "A hierarchical architecture for increasing efficiency of large photovoltaic plants under non-homogeneous solar irradiation", Solar Energy, Volume 188, pp. 1306-1319, July 2019.
- PH Pham, KT Hoang, Dich Quang Nguyen, "Trapezoidal-shaped electrostatic comb-drive actuator with large displacement and high driving force density", Microsystem Technologies, January 2019.
- Tri-Vien Vu, Truong Van Vu, Dang Thanh Bui, "Numerical study of deformation and breakup of a multi-core compound droplet in simple shear flow", International Journal of Heat and Mass Transfer, Volume 131, pp. 1083-1094, March 2019