The Experts below are selected from a list of 8925 Experts worldwide ranked by ideXlab platform
M. A. Nirenshtein - One of the best experts on this subject based on the ideXlab platform.
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An analysis of indicators characterizing the reliability of Auxiliary Equipment of power units
Thermal Engineering, 2011Co-Authors: K. E. Aronson, Yu. M. Brodov, P. N. Plotnikov, A. Yu. Ryabchikov, B. E. Murmanskii, M. A. NirenshteinAbstract:We consider indicators characterizing the reliability of power station Auxiliary Equipment obtained by processing the results from routine and special tests, various studies, replies to questionnaires given to specialists of thermal power stations, official statistical data on the damageability of thermal power station Equipment, and studies of repair documentation. We also present procedures for processing, analysis, and generalization of obtained information.
K. E. Aronson - One of the best experts on this subject based on the ideXlab platform.
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An analysis of indicators characterizing the reliability of Auxiliary Equipment of power units
Thermal Engineering, 2011Co-Authors: K. E. Aronson, Yu. M. Brodov, P. N. Plotnikov, A. Yu. Ryabchikov, B. E. Murmanskii, M. A. NirenshteinAbstract:We consider indicators characterizing the reliability of power station Auxiliary Equipment obtained by processing the results from routine and special tests, various studies, replies to questionnaires given to specialists of thermal power stations, official statistical data on the damageability of thermal power station Equipment, and studies of repair documentation. We also present procedures for processing, analysis, and generalization of obtained information.
Zhou Hong - One of the best experts on this subject based on the ideXlab platform.
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Statistics and Analysis of Operation Reliability of Main Auxiliary Equipment for Nation-Wide 200 MW and above Thermal Power Generator Unit in 2007
Electrical Equipment, 2006Co-Authors: Zhou HongAbstract:Through the reliability analysis and assessment of main Auxiliary Equipment for nation-wide 200 MW and above thermal power generator unit in 2005, the reliability index for near 5 years were compared and analyzed, the changing tendency of major indices, such as operation, availability and un-planning outage, was put forward for 5 kinds of major Auxiliary Equipments (coal mill, feed pump, draft fan, induced draft fan and high voltage heater), which can offer the beneficial basis for the reliability management of power enterprise and the product quality management of production profession.
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Statistics Analysis on Operation Reliability of Main Auxiliary Equipment for 200 MW and the Above Thermal Power Generation Unit in Nation-Wide in 2004
Electrical Equipment, 2005Co-Authors: Zhou HongAbstract:Through the analysis and assessment of operation reliability of main Auxiliary Equipment for 200 MW and the above thermal power generation unit in nation-wide in 2004, the indices for near 5 years were compared, and the change tendency of reliability indices of 5 main Auxiliary Equipments were put forward, which can offer the beneficial basis for the reliability management of power enterprise and the quality management of manufacturing.
R. Abedini - One of the best experts on this subject based on the ideXlab platform.
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The Energy and Exergy Analysis of Integrated Hydrogen Production System Using High Temperature Steam Electrolysis with Optimized Water Path (RESEARCH NOTE)
International Journal of Engineering, 2019Co-Authors: H. Raeissi Jelodar, G. R. Salehi, R. AbediniAbstract:In this research, solar-drived integrated Hydrogen production (HP) using high-temperature steam electrolysis (HTSE) is thermodynamically evaluated. This system includes an organic Rankine cycle (ORC), Rankine cycle, Brayton cycle, solar tower, and High Temperature Steam Electrolysis (HTSE). Solar energy supplies thermal energy. This heat source is applied for generating power. This energy is used for HTSE due to its demand in the form of electricity. First, we calculated inlet and outlet energy and their rates for whole subsystems. The results showed 50.77% overall and 31.63% exergy efficiencies related to power generation section and 92.85% overall energy and 91% exergy efficiencies related to hydrogen production section. Also in this research we found the importance of Auxiliary Equipment. Auxiliary Equipment helps that significant amount of hydrogen production to be saved. This amount at 577 K is equal that produces 0.093 kg H2/s
Li Shao-hu - One of the best experts on this subject based on the ideXlab platform.
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Design of Management System for Web-Based Power Plant Auxiliary Equipment
Computer Simulation, 2015Co-Authors: Li Shao-huAbstract:The Auxiliary Equipment of thermal power station has many characteristics such as the huge number of parts,complex structure,large information of Equipment,and maintenance complex process,etc. How to make a scientific and efficient management of Equipment maintenance has important significance for the safety and economic operation of thermal power station. Aiming at the above problems,a kind of station Auxiliary Equipment management system of power is put forward based on virtual reality. Firstly,a precise model of the Auxiliary Equipment is established,and the 3D model information is hooked with the database through virtual reality technology. Then the system is designed based on Web platform,and professional assessment of Equipment status is achieved by using data mining methods. Finally,the 3D simulation is used to reflect the Equipment maintenance process. The Software has been widely used in a power plant of DATANG,which improves the efficiency of Equipment management and maintenance optimization.