The optimal device capacity can impose the hybrid combined cooling, heating and power
(CCHP) system integrated with renewable energy on both the significant energy, economy …

Combined cooling, heating and power (CCHP) system integrated with multiple renewable
energies can improve the environmental performance while increasing the dependency on …

The uncertainty and sensitivity analyses for multivariables of the optimal system based on
deterministic parameters are necessary, as multivariables are full of uncertainties in the real …

The optimal design of building integrated energy system is sensitive to the variation of
uncertain parameters. For addressing the tradeoff of uncertainty and optimality-robustness …

With the increasing emphasis on environmental problems and climate change, renewable
energy sources have been developed globally to push modern power systems towards …

Due to its capability to reduce carbon dioxide emission and to increase energy efficiency,
the combined cooling, heating, and power (CCHP) system has attracted great attention …

The economic operation of renewable energy sources (RES) integrated with a combined
cooling, heating, and power system significantly improves energy utilization and reduces …

The uncertainties such as loads and renewable energy sources have significant impacts on
operational performances of hybrid combined cooling, heating, and power (CCHP) systems …

A strong heat-power coupling limitation, uncontrollable renewable energy, and the grid's
limited adjustment capacity deteriorate the operational performance and increase the …

The combined cooling, heating and power (CCHP) micro-grids are getting increasing
attentions due to the realizations of higher energy efficiency etc. The deepening of electricity …