Three-cylinder three-exhaust steam turbine capable of switching circulating water heat supply and switching method thereof
A three-cylinder, three-exhaust, circulating water technology, which is applied in steam engine installations, mechanical equipment, steam applications, etc., can solve the problems of partial blockage that cannot be mortgaged, and cannot use high back pressure circulating water for heating, etc., to improve energy utilization. efficiency, improving steam utilization, and improving the efficiency of low-pressure cylinders
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Embodiment 1
[0035] Such as Figure 1 ~ Figure 3As shown, the three-cylinder three-exhaust steam turbine with switchable circulating water heating in this embodiment includes a medium and low pressure rotor 1, the other end of the medium and low pressure rotor 1 is connected with a coupling, and the other end of the coupling is connected with a low pressure rotor 2. The medium and low pressure rotor 1 includes a medium pressure section 11 of the medium and low pressure rotor and a low pressure section 12 of the medium and low pressure rotor. The low pressure section 12 of the medium and low pressure rotor is connected with a coupling, and the medium pressure section 11 of the medium and low pressure rotor is arranged with a medium pressure cylinder 3. The low-pressure section 12 of the medium-low pressure rotor is an optical axis, and the low-pressure section 12 of the medium-low pressure rotor is connected with a disc 4, and a steam seal body 5 is connected between the disc 4 and the mediu...
Embodiment 2
[0048] Such as Figure 1~3 As shown, the switching method of the three-cylinder three-exhaust steam turbine that can switch the circulating water heating of the present embodiment includes the following steps:
[0049] S1: Connect the steam seal body 5 between the disc 4 and the medium pressure cylinder 3; set the low pressure section 12 of the medium and low pressure rotor as the rotor of the optical axis, and the low pressure section 12 of the medium and low pressure rotor is connected with the disc 4;
[0050] S2: During the heating period, replace the low-pressure rotor 2 with the low-pressure rotor 2 that removes the last stage and the second-last stage rotor blade; open the shut-off valves on the heating network circulating water pipeline 81 and the intermediate pipeline 93, and close the circulating cooling water pipeline 82 , the shut-off valve on the water outlet pipe 83 on the turbine side and the water inlet pipe 91 on the motor side;
[0051] S3: In the non-heatin...
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