Search

Your search keyword '"Electrical power output"' showing total 2 results
Start Over Descriptor "Electrical power output" Topic 020209 energy
2 results on '"Electrical power output"'

1. Thermoeconomic Analysis And Assessment Of Gaziantep Municipal Solid Waste Power Plant

Author

Aysegul Abusoglu, Emrah Özahi, Alperen Tozlu, and Bayburt University

Subjects
Municipal solid waste, Thermoeconomic analysis, Mobile incinerator, Power station, 020209 energy, General Physics and Astronomy, Waste collection, 02 engineering and technology, Exergy efficiencies, Auxiliary equations, Energy and exergy, Cost benefit analysis, Specific exergy, 0202 electrical engineering, electronic engineering, information engineering, Exergy, Refuse-derived fuel, Electrical power output, Waste management, Solid wastes, Thermal hydrolysis, 021001 nanoscience & nanotechnology, Costs, Step by step procedure, Waste-to-energy, Waste treatment, Environmental science, 0210 nano-technology, Power plant system
Abstract

This paper presents a thermoeconomic analysis and assessment of a municipal solid waste power plant system in Gaziantep. The operation of an existing municipal solid waste power plant is described in detail and a thermoeconomical methodology based on exergoeconomic relations and specific exergy costing (SPECO) method is provided to allocate cost flows through subcomponents of the plant. SPECO method is based on a step by step procedure which begins from identification of energy and exergy values of all states defined in the present system through fuel (F) and product (P) approach and ends at the point of establishing related exergy based cost balance equations together with auxiliary equations. The actual exergy efficiency of the solid waste power plant is determined to be 47.84% which shows that 52.16% of the total exergy input to the plant is destroyed. The net electrical power output of the Gaziantep municipal solid waste power plant is 5.655 MW. The total cost rate of the power plant is evaluated as 18.44$/h as a result of thermoeconomic analyses.

Published
2017

2. Effect of resistive load on the performance of an organic Rankine cycle with a scroll expander

Author

Jie Zhu, Yuying Yan, Hulin Huang, and Ziwei Chen

Subjects
Overall pressure ratio, Materials science, Maximum power principle, 020209 energy, Scroll, 02 engineering and technology, Organic Rankine cycle, 7. Clean energy, Industrial and Manufacturing Engineering, Control theory, 0202 electrical engineering, electronic engineering, information engineering, Scroll expander, Electrical and Electronic Engineering, Electrical power output, Civil and Structural Engineering, Resistive touchscreen, Isentropic process, Mechanical Engineering, Optimal pressure ratio, Rotational speed, Building and Construction, Mechanics, Pollution, General Energy, Resistive load, Working fluid
Abstract

An experimental investigation is performed for an organic Rankine cycle system with different electrical resistive loads. The test rig is set up with a small scroll expander-generator unit, a boiler and a magnetically coupled pump. R134a is used as the working fluid in the system. The experimental results reveal that the resistive load coupled to the scroll expander-generator unit affects the expander performance and power output characteristics. It is found that an optimum pressure ratio exists for the maximum power output. The optimal pressure ratio of the expander decreases markedly as the resistive load gets higher. The optimum pressure ratio of the scroll expander is 3.6 at a rotation speed of 3450 r/min for a resistive load of 18.6 ?. The maximum electrical power output is 564.5 W and corresponding isentropic and volumetric efficiencies are 78% and 83% respectively.

Published
2016

Catalog

Books, media, physical & digital resources
See catalog results