Application analysis of distributed combined cooling heating and power system based on gas internal combustion engine

Exergoeconomic performance optimization for real regenerative Brayton cogeneration plant—Part Ⅱ.Optimal heat conductance allocation and pressure ratio

The exergoeconomic performance of a real regenerative Brayton cogeneration plant coupled to constant-temperature heat reservoirs is investigated using finite time thermodynamics.

Environmental protection questions existed in the development of combined heat and power and its countermeasures;

It analyzes the unreasonable way of using steam in iron and steel enterprises at present,namely the quality loss situation of temperature and pressure reduction,and proposes the improvable measures of combined heat and power.

The combined heat and power is a kind of effective energy conservation measure.

Survey of security pre-appraisement for a new project of cogeneration;

Steam supply reliability analysis of Dayabay petrochemical zone gas turbine cogeneration project;

Performance test of a Stirling cogeneration system;