Abstract The temperature on the busbars of electric generators in the end-winding region needs to be monitored continuously. High temperature is associated with curvatures, seams, and
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Enthalpy drop efficiency testing in superheated steam sections is straightforward, requiring accurate measurements of inlet and ex-haust steam temperature and pressure, as illustrated in Figure 1-1.
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In this paper a thermal model is presented that estimates the stator winding temperature of a 2 MW wind turbine generator. The model and the parameter determination are introduced.
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The thermoelectric generator system, as shown in Fig. 4, utilizes SP1848 thermoelectric modules measuring 40*40 mm, operating within a temperature difference range
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This measurement is not a point measurement but rather detects the temperature of the fiber all along its length. The working principle relies on Raman backscattering.
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In this paper, a novel and simple method is proposed for estimating the stator winding real-time temperature of the air-cooled hydrogenerator. Firstly, the structure and temperature...
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Enthalpy drop efficiency testing in superheated steam sections is straightforward, requiring accurate measurements of inlet and ex-haust steam temperature and pressure, as illustrated in Figure 1-1.
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This work provides graphical, as well as numerical results for the dynamical behaviour of the structures under different thermal conditions. Ultimately, a conclusion for the dependence between the
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3. Online generator monitors actors, including machine rating, type of construction and cooling method. These can generally be selected based on the cost and criticality of the generator and this invo ves a
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Generator Field Winding Temperature can be obtained by combining two independent basic measurements consisting of the resistance of a conductor as a function of temperature and the
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