This paper introduces a fundamental graph-and-math based methodology to develop engineering-economic models of cogeneration systems. It focuses on developing a set of linear equations in "the Combined-Heat-and-Power or CHP space." The underlying geometric models are building blocks to conduct ...
cogenerationuneven active load of the synchronous generatorThe influence of uneven active electric load of diesel generator system with heat recovery of the secondary heat fluxes and the electric heater on the pa-rameters of the diesel is examined. The results of series of experiments on the in-...
PROBLEM TO BE SOLVED: To guide the processing contents of monitoring, a fault, and waning contents with a voice by monitoring respective monitor items of the primary-side and secondary-side systems of the cogeneration system on the screen of a display means in real time through communication ...
International Journal of System Assurance Engineering and ManagementDev, N., Samsher, Kachhwaha, S. S. and Attri, R., (2014a), "Development of Reliability Index for Cogeneration Cycle Power Plant Using Graph Theoretic approach", Int. J. Sys. Ass. Engg. Manage., DOI: 10.1007/s13198-...
The present invention further comprises a method for employing the system calculates possible run interval. 本发明可用于大型热电联产单抽机组及双抽机组的运行计算,安排供热机组参与调峰大大有益于热电厂以及电网调度。 The present invention may be used for pumping large single CHP unit and double pumping ...
PROBLEM TO BE SOLVED: To monitor respective monitor items in the primary-side system and secondary-side system of the cogeneration system in real time on the screen of a display means by communication with a sequencer board. SOLUTION: A temperature information display process means 26, a ...
PROBLEM TO BE SOLVED: To solve the problem of possible degradation of energy efficiency of a cogeneration system due to disagreement of predicted load demand and actual load demand. SOLUTION: This operation planning device includes a load demand predictor 104, an operation planner 107 for planning ...
The graph demonstrates a decrease in MTAC as wind speed increases. This reduction in MTAC is attributed to the decrease in the size of the HRP/BH subsystem, resulting in lower TAC and exergy destruction cost for the integrated system. Interestingly, the impact of low wind speeds on MTAC ...
It also increases substantially in each city going into and out of the summer months, though it should be noted that this heating progressively exceeds the heating demanded, which will cause the GSHP system’s cooling to be triggered (although not depicted in this graph) and thus consuming ...
2.3. The Underground Thermal Energy Storage The installation of intermediate heat storage on a seasonal basis greatly adds to the overall profitability of a district heating system, as the energy produced in periods of limited consumption is not dispersed to the environment. Additionally, it can ...