ESTIMATING THE EFFECT OF EQUIPMENT RELIABILITY INDICES, SCHEDULES, AND REGULAR OVERHAUL SCOPES ON RELIABILITY AND EFFICIENCY OF COMBINED HEAT AND POWER PLANTS

Estimating the effect of equipment reliability indices, schedules, and regular overhaul scopes on reliability and efficiency of combined heat and power plants

Estimating the effect of equipment reliability indices, schedules, and regular overhaul scopes on reliability and efficiency of combined heat and power plants

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We have developed a technique and a programming-computing suite (PCS) to estimate the effect of equipment reliability indices, schedules, and regular overhaul scopes on reliability and efficiency of combined heat and power plants (CHPPs).We describe rumchata proof the approach to predict heat and electric loads for the olea europaea montra investigated CHPP operation period, taking into account the features of the power cogeneration.We performed optimization studies of two operation periods (different in overhaul resources) for an industrial-heating CHPP.

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