However, a path for additional progress in energy saving exists if we seek to approach the building energy problem by engineering the building as a non-equilibrium thermal system, rather than only engineering HVAC supply systems to meet demands. The two-step process assumption-based design, ...
Assume that the LMI optimization problem (23) admits a solution at time t. 4. Case study A thermal power plant simulation model of a 600 MW sliding pressure type boiler–turbine system [12] created in MATLAB SIMULINK is used as the plant to be controlled in this paper. This simulation pl...
The project was implemented within the framework of the scientific area of focus, which is "Reduction of the Risk and Mitigation of Consequences of Natural and Man-made Disasters" ("Studying Economical, Political, and Social Consequences of Global Climate Changes" problem). 原文传递 原文传递并...
In contrast, silicon has higher charge carrier mobility and is free from the problem of polarization. The mature manufacturing process and comparably low cost are also its advantages. But silicon has limitations that CdTe/CZT does not have. Silicon sensors must be very thick to compensate for its...
The usage of HP’s and PCM can keep the temperature of the battery system in the desirable limit for a longer duration compared to other traditional and passive methods. More emphasis is made on how one can achieve a suitable cooling system design and structure, which may tend to enhance ...
However, as in residential buildings, air conditioning is rarely used and indoor humidity is a resultant variable this problem should be investigated in a separate study. The 5R1C model consists of five thermal resistances and one capacitance (Figure 1). Figure 1. The 5R1C thermal network ...
The goal of maintaining users’ thermal comfort conditions in indoor environments may require complex regulation procedures and a proper energy management. This problem is being widely analyzed, since it has a direct effect on users’ productivity. This paper presents an economic model-based predictive...
This article uses Simulink to build a coupling model of the transformer circuit-magnetic field. The transformer adopts the Y–Δ connection method, as shown in Figure 3. UHA, UHB, and UHC are the three-phase voltages on the high-voltage side; LHAO, LHB, LHC, LLA, LLB, and LLC are ...
However, there is currently no effective way to solve this problem, which is the focus of this work. We hope to design a new and efficient controller whose structure is different from those widely used at present. In the face of complex nonlinear systems such as EVTMS, it can not only ...
Concerning the experiment data, stage 2 is the evaluation of the temperature data at the TEG using MATLAB Simulink. First, real-time data were used in the simulation process. Then, the simulation protocol was designed to determine the TEG’s open-circuit voltage at variable loads (90, 125, ...