Steam source connection optimization system for high-pressure and low-pressure heat supply pipelines
By optimizing the steam source liaison system of high and low pressure heating pipelines, the problem that the low-pressure industrial heating system under the unit’s deep peak shaving cannot meet user needs is solved, and stable heating is achieved under the deep peak shaving situation.
Patent Information
- Application Number
- CN202420784936.7
- Authority / Receiving Office
- CN · China
- Patent Type
- Utility models(China)
- Current Assignee / Owner
- Filing Date
- 2024-04-16
- Publication Date
- 2025-05-02
- Estimated Expiration
- 2034-04-16
AI Technical Summary
The deep peak shaving of the unit causes the low-pressure industrial heating system to fail to meet the needs of all users. The designed maximum flow of the existing high-pressure heating joint box to the low-pressure heating joint box is insufficient, and it is impossible to cope with the actual heating capacity exceeding the actual heating capacity.
A high- and low-pressure heating pipeline steam source liaison optimization system is designed. By removing the existing reheating heating bus pipes to the second-pulse heating bus pipes, a new high-pressure heating bus pipe connection box is added to the second-pulse Baililian high-pressure heating pipe and the current high-pressure to low-pressure connecting box to the partial fracture of the steam pipes and the sealing head is installed.
In the case of deep peak shaving of the unit, the high and low pressure industrial heating system can meet the needs of various heat users and provide stable heating services.
Smart Images
Figure CN222824130U_ABST
Abstract
Description
Technical Field
[0001] The utility model relates to the field of high- and low-pressure heating pipelines, in particular to a steam source connection optimization system for high- and low-pressure heating pipelines. Background Art
[0002] Due to the influence of the power grid, the units are frequently deeply peaked, and the low-load operation of the units during peak load adjustment causes the four-stage steam extraction to be unable to supply heat (low-pressure industrial heating). At present, low-pressure industrial heating adopts the operation mode of supplying steam from the high-pressure heating header to the low-pressure heating header. However, due to the connection pipeline, the high-pressure side interface is φ377×22, the low-pressure side interface is φ426×25, and the maximum design flow is 100t / h. The actual heat supply has exceeded the design value, resulting in the low-pressure industrial heating system being unable to meet the needs of various users under the condition of deep peak load adjustment of the units. Utility Model Content
[0003] The utility model aims to provide a high- and low-pressure heating pipeline steam source connection optimization system to solve the problems raised in the above-mentioned background technology.
[0004] To achieve the above-mentioned purpose, the utility model provides the following technical solutions: a high-low pressure heating pipeline steam source connection optimization system, comprising a #1 furnace and a #2 furnace, wherein the output end of the #2 furnace is connected with a stop valve 002, an electric valve 003, a stop valve 004 and a stop valve 006, the output end of the #1 furnace is connected with a stop valve 009, a stop valve 010, a stop valve 011 and an electric valve 014, the electric valve 003 and the electric valve 014 are both connected with a hydraulic check valve 015, the stop valve 002 is connected with the stop valve 001, the stop valve 006 is connected with the stop valve 007, the stop valve 007 is connected with the stop valve 005, the stop valve 010, the stop valve 011, the stop valve 013 and the stop valve 191, the stop valve 009 The hydraulic check valve 015 is connected to the stop valve 012, the stop valve 016, the stop valve 020, the stop valve 024, the stop valve 028, the stop valve 030, the stop valve 034, the electric gate valve, the stop valve 040, the stop valve 044 and the electric valve 046. The stop valve 016 is connected to the stop valve 017 and the stop valve 019. The stop valve 017 is connected to the stop valve 018. The stop valve 020 is connected to the stop valve 021 and the stop valve 023. The stop valve 021 is connected to the stop valve 022. The stop valve 024 is connected to the stop valve 025 and the stop valve 027. The stop valve 025 is connected to the stop valve 026. The stop valve 030 is connected to the stop valve 031 and the stop valve 033 The stop valve 031 is connected to the stop valve 032, the stop valve 034 is connected to the stop valve 035 and the stop valve 037, the stop valve 035 is connected to the stop valve 036, the stop valve 040 is connected to the stop valve 041 and the stop valve 043, the stop valve 041 is connected to the stop valve 042, the stop valve 044 is connected to the stop valve 045, the electric valve 046 is connected to the high-pressure industrial gas supply manifold, the high-pressure industrial gas supply manifold is connected to the stop valve 138, the angle safety valve 142, the electric valve 143, the stop valve 166, the stop valve 165 and the stop valve 155, the stop valve 138 is connected to the stop valve 139 and the stop valve 141, the stop valve 139 is connected to the stop valve 140, the electric valve 046 is connected to the high-pressure industrial gas supply manifold The valve 143 is connected to the electric regulating valve 148, the stop valve 144, the stop valve 099 and the stop valve 103, the stop valve 166 is connected to the stop valve 167 and the stop valve 170, the stop valve 155 is connected to the stop valve 213, the stop valve 213 is connected to the stop valve 156 and the stop valve 162, the stop valve 167 is connected to the regulating valve 168, the regulating valve 168 is connected to the stop valve 169, the stop valve 169 is connected to the stop valve 159, the stop valve 159 is connected to the stop valve 160, the stop valve 170 is connected to the regulating valve 171, the regulating valve 171 is connected to the stop valve 172, the stop valve 156 is connected to the regulating valve 157, the regulating valve 157 is connected to the stop valve 158,The stop valve 158 is connected to the stop valve 161, the stop valve 162 is connected to the regulating valve 163, the regulating valve 163 is connected to the stop valve 164, the electric gate valve is connected to the electric regulating valve, the electric regulating valve is connected to the manual butterfly valve 1, the manual butterfly valve 1 is connected to the stop valve 137, the stop valve 133, the stop valve 132, the stop valve 128, the stop valve 194, the manual butterfly valve 2, the stop valve 071 and the stop valve 196, the stop valve 133 is connected to the stop valve 134 and the stop valve 136, the stop valve 134 is connected to the stop valve 135, the stop valve 128 is connected to the stop valve 131 and the stop valve 129, the stop valve 129 is connected to the stop valve 130, the stop valve 194 is connected to the stop valve 195 is connected, the stop valve 196 is connected to the stop valve 197, the stop valve 071 is connected to the stop valve 072, the stop valve 074 and the stop valve 198, the stop valve 072 is connected to the stop valve 073, the manual butterfly valve 2 is connected to the electric valve 110, the electric valve 111, the stop valve 117 and the stop valve 112, the stop valve 112 is connected to the stop valve 113, the stop valve 115 and the stop valve 116, the stop valve 113 is connected to the stop valve 114, the stop valve 137 is connected to the four-pump gas supply manifold, the four-pump gas supply manifold is respectively connected to the stop valve 178, the stop valve 154, the stop valve 179, the stop valve 180, the stop valve 181 and the stop valve 182, the angle safety valve 199 and the stop valve 209 The stop valve 182 is connected to the stop valve 183, the stop valve 185 and the stop valve 200, the stop valve 183 is connected to the stop valve 184, the stop valve 185 is connected to the stop valve 186, the stop valve 186 is connected to the stop valve 187, the stop valve 184, the stop valve 185 and the stop valve 186 are all connected to the stop valve 188 and the stop valve 207, the stop valve 207 is connected to the stop valve 208, the stop valve 200 is connected to the stop valve 202 and the stop valve 201, the stop valve 154 is connected to the stop valve 150, the stop valve 149, the stop valve 175 and the stop valve 177, the stop valve 175 is connected to the stop valve 176, the stop valve 176 and the stop valve 177 are all connected to the stop valve The stop valve 203 is connected to the stop valve 204 and the stop valve 206, the stop valve 204 is connected to the stop valve 205, the stop valve 150 is connected to the stop valve 151 and the stop valve 153, the stop valve 151 is connected to the stop valve 152, the stop valve 149 is connected to the electric regulating valve 148, the electric regulating valve 148 is connected to the stop valve 144, the stop valve 099 and the stop valve 105, the stop valve 144 is connected to the stop valve 145 and the stop valve 147, the stop valve 145 is connected to the stop valve 146, the stop valve 104 and the stop valve 105 are both connected to the stop valve 106 and the stop valve 173, the stop valve 106 is connected to the stop valve 107 and the stop valve 109,The stop valve 107 is connected to the stop valve 108, the stop valve 173 is connected to the stop valve 174, the stop valve 099 is connected to the stop valve 100 and the stop valve 102, and the stop valve 100 is connected to the stop valve 101.
[0005] Preferably, the electric valve 143 is also connected to the stop valve 081, the stop valve 082 and the stop valve 095, the stop valve 081 is connected to the electric regulating valve 080, the electric regulating valve 080 is connected to the stop valve 079, the stop valve 082 and the stop valve 079 are both connected to the stop valve 083, the stop valve 086, the stop valve 087, the stop valve 047, the stop valve 054, the stop valve 067, the stop valve 064, the stop valve 120, the stop valve 061, the electric valve 04 8 is connected to the electric valve 055, the electric valve 048 is connected to the stop valve 049, the stop valve 047 and the stop valve 049 are both connected to the stop valve 050, the pneumatic valve 052 and the stop valve 053, the stop valve 050 is connected to the stop valve 051, the electric valve 055 is connected to the stop valve 056, the stop valve 054 and the stop valve 056 are both connected to the pneumatic valve 059, the stop valve 057 and the stop valve 060, and the stop valve 057 is connected to the stop valve 058.
[0006] Preferably, the stop valve 083 is connected to the electric regulating valve 084, the electric regulating valve 084 is connected to the stop valve 085, the stop valve 082 is also connected to the stop valve 075, the stop valve 075 is connected to the stop valve 076 and the stop valve 078, the stop valve 076 is connected to the stop valve 077, the stop valve 087 is connected to the stop valve 088 and the stop valve 090, the stop valve 088 is connected to the stop valve 089, the stop valve 067 is connected to the stop valve 068 and the stop valve 070, the stop valve 068 is connected to the stop valve 069, the stop valve 064 is connected to the stop valve 065, the stop valve 065 is connected to the stop valve 066, the stop valve 120 is connected to the stop valve 121 and the stop valve 123, the stop valve 121 is connected to the stop valve 122, the stop valve 123 is connected to the stop valve 063, and the stop valve 061 is connected to the stop valve 062.
[0007] Preferably, the manual butterfly valve 2 is also connected to the stop valve 071, the stop valve 124, the stop valve 192 and the stop valve 118, the stop valve 071 is connected to the stop valve 072, the stop valve 074 and the stop valve 198, the stop valve 072 is connected to the stop valve 073, the stop valve 124 is connected to the stop valve 125 and the stop valve 127, the stop valve 125 is connected to the stop valve 126, the stop valve 192 is connected to the stop valve 193, and the stop valve 118 is connected to the stop valve 119.
[0008] Preferably, the electric valve 055 is connected to the second stage heat extraction and supply of the #1 unit, the electric valve 110 is connected to the fourth stage heat extraction and supply of the #1 unit, the stop valve 117 is connected to heating and heat supply, the electric valve 111 is connected to the fourth stage heat extraction and supply of the #2 unit, and the electric valve 048 is connected to the second stage heat extraction and supply of the #2 unit.
[0009] Compared with the prior art, the beneficial effects of the utility model are:
[0010] Through the setting of the system of the utility model, the existing connecting pipes and valves from the reheat heating main pipe to the second extraction heating main pipe are removed, and new high-pressure heating pipes from the high-pressure heating manifold to the second extraction Baililian high-pressure heating pipe and the existing high-pressure to low-pressure steam supply pipe are partially cut and capped, so that the high and low pressure industrial heating can meet the needs of various heat users and provide benefits under the condition of deep peak regulation of the unit. BRIEF DESCRIPTION OF THE DRAWINGS
[0011] Figure 1 The system of the utility model Figure 1 ;
[0012] Figure 2 The system of the utility model Figure 2 ;
[0013] Figure 3 The system of the utility model Figure 3 ;
[0014] Figure 4 The system of the utility model Figure 4 . DETAILED DESCRIPTION
[0015] The following will be combined with the drawings in the embodiments of the utility model to clearly and completely describe the technical solutions in the embodiments of the utility model. Obviously, the described embodiments are only part of the embodiments of the utility model, not all of the embodiments. Based on the embodiments in the utility model, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the utility model.
[0016] Example
[0017] See also Figure 1-4The utility model provides a high-low pressure heating pipeline steam source connection optimization system, including #1 furnace and #2 furnace, the output end of #2 furnace is connected with stop valve 002, electric valve 003, stop valve 004 and stop valve 006, the output end of #1 furnace is connected with stop valve 009, stop valve 010, stop valve 011 and electric valve 014, electric valve 003 and electric valve 014 are both connected with hydraulic check valve 015, stop valve 002 is connected with stop valve 001, stop valve 006 is connected with stop valve 007, stop valve 007 is connected with stop valve 005, stop valve 010, stop valve 011, stop valve 013 and stop valve 191, stop valve 009 is connected with stop valve 008, hydraulic check valve 015 is connected with stop valve 01 2. Stop valve 016, stop valve 020, stop valve 024, stop valve 028, stop valve 030, stop valve 034, electric gate valve, stop valve 040, stop valve 044 and electric valve 046 are connected, stop valve 016 is connected to stop valve 017 and stop valve 019, stop valve 017 is connected to stop valve 018, stop valve 020 is connected to stop valve 021 and stop valve 023, stop valve 021 is connected to stop valve 022, stop valve 024 is connected to stop valve 025 and stop valve 027, stop valve 025 is connected to stop valve 026, stop valve 030 is connected to stop valve 031 and stop valve 033, stop valve 031 is connected to stop valve 032, stop valve 034 is connected to stop valve 035 and stop valve 0 37, stop valve 035 is connected to stop valve 036, stop valve 040 is connected to stop valve 041 and stop valve 043, stop valve 041 is connected to stop valve 042, stop valve 044 is connected to stop valve 045, electric valve 046 is connected to the high-pressure industrial gas supply manifold, the high-pressure industrial gas supply manifold is connected to stop valve 138, angle safety valve 142, electric valve 143, stop valve 166, stop valve 165 and stop valve 155, stop valve 138 is connected to stop valve 139 and stop valve 141, stop valve 139 is connected to stop valve 140, electric valve 143 is connected to electric regulating valve 148, stop valve 144, stop valve 099 and stop valve 103, stop valve 166 is connected to stop valve 167 and stop valve 17 0, stop valve 155 is connected to stop valve 213, stop valve 213 is connected to stop valve 156 and stop valve 162, stop valve 167 is connected to regulating valve 168, regulating valve 168 is connected to stop valve 169, stop valve 169 is connected to stop valve 159, stop valve 159 is connected to stop valve 160, stop valve 170 is connected to regulating valve 171, regulating valve 171 is connected to stop valve 172, stop valve 156 is connected to regulating valve 157, regulating valve 157 is connected to stop valve 158, stop valve 158 is connected to stop valve 161, stop valve 162 is connected to regulating valve 163, regulating valve 163 is connected to stop valve 164, electric gate valve is connected to electric regulating valve, electric regulating valve is connected to manual butterfly valve 1,Manual butterfly valve 1 is connected to stop valve 137, stop valve 133, stop valve 132, stop valve 128, stop valve 194, manual butterfly valve 2, stop valve 071 and stop valve 196, stop valve 133 is connected to stop valve 134 and stop valve 136, stop valve 134 is connected to stop valve 135, stop valve 128 is connected to stop valve 131 and stop valve 129, stop valve 129 is connected to stop valve 130, stop valve 194 is connected to stop valve 195, stop valve 196 is connected to stop valve 197, stop valve 071 is connected to stop valve 072, stop valve 074 and stop valve 198, stop valve 072 is connected to stop valve 073, manual butterfly valve 2 is connected to electric Valve 110, electric valve 111, stop valve 117 are connected to stop valve 112, stop valve 112 is connected to stop valve 113, stop valve 115 and stop valve 116, stop valve 113 is connected to stop valve 114, stop valve 137 is connected to a four-pump gas supply manifold, the four-pump gas supply manifold is respectively connected to stop valve 178, stop valve 154, stop valve 179, stop valve 180, stop valve 181 and stop valve 182, angle safety valve 199 and stop valve 209, stop valve 182 is connected to stop valve 183, stop valve 185 and stop valve 200, stop valve 183 is connected to stop valve 184, stop valve 185 is connected to stop valve 186, stop valve 186 is connected The stop valve 187 is connected, the stop valve 184, the stop valve 185 and the stop valve 186 are all connected to the stop valve 188 and the stop valve 207, the stop valve 207 is connected to the stop valve 208, the stop valve 200 is connected to the stop valve 202 and the stop valve 201, the stop valve 154 is connected to the stop valve 150, the stop valve 149, the stop valve 175 and the stop valve 177, the stop valve 175 is connected to the stop valve 176, the stop valve 176 and the stop valve 177 are all connected to the stop valve 203, the stop valve 203 is connected to the stop valve 204 and the stop valve 206, the stop valve 204 is connected to the stop valve 205, the stop valve 150 is connected to the stop valve 151 and the stop valve 153, the stop valve Valve 151 is connected to stop valve 152, stop valve 149 is connected to electric regulating valve 148, electric regulating valve 148 is connected to stop valve 144, stop valve 099 and stop valve 105, stop valve 144 is connected to stop valve 145 and stop valve 147, stop valve 145 is connected to stop valve 146, stop valve 104 and stop valve 105 are both connected to stop valve 106 and stop valve 173, stop valve 106 is connected to stop valve 107 and stop valve 109, stop valve 107 is connected to stop valve 108, stop valve 173 is connected to stop valve 174, stop valve 099 is connected to stop valve 100 and stop valve 102, stop valve 100 is connected to stop valve 101.
[0018] The electric valve 143 is also connected to the stop valve 081, the stop valve 082 and the stop valve 095. The stop valve 081 is connected to the electric regulating valve 080. The electric regulating valve 080 is connected to the stop valve 079. The stop valve 082 and the stop valve 079 are connected to the stop valve 083, the stop valve 086, the stop valve 087, the stop valve 047, the stop valve 054, the stop valve 067, the stop valve 064, the stop valve 120, the stop valve 061, the electric valve 04 8 is connected to electric valve 055, electric valve 048 is connected to stop valve 049, stop valve 047 and stop valve 049 are both connected to stop valve 050, pneumatic valve 052 and stop valve 053, stop valve 050 is connected to stop valve 051, electric valve 055 is connected to stop valve 056, stop valve 054 and stop valve 056 are both connected to pneumatic valve 059, stop valve 057 and stop valve 060, and stop valve 057 is connected to stop valve 058.
[0019] The stop valve 083 is connected to the electric regulating valve 084, the electric regulating valve 084 is connected to the stop valve 085, the stop valve 082 is also connected to the stop valve 075, the stop valve 075 is connected to the stop valve 076 and the stop valve 078, the stop valve 076 is connected to the stop valve 077, the stop valve 087 is connected to the stop valve 088 and the stop valve 090, the stop valve 088 is connected to the stop valve 089, the stop valve 067 is connected to the stop valve 068 and the stop valve 070, the stop valve 068 is connected to the stop valve 069, the stop valve 064 is connected to the stop valve 065, the stop valve 065 is connected to the stop valve 066, the stop valve 120 is connected to the stop valve 121 and the stop valve 123, the stop valve 121 is connected to the stop valve 122, the stop valve 123 is connected to the stop valve 063, and the stop valve 061 is connected to the stop valve 062.
[0020] The manual butterfly valve 2 is also connected to the stop valve 071, the stop valve 124, the stop valve 192 and the stop valve 118, the stop valve 071 is connected to the stop valve 072, the stop valve 074 and the stop valve 198, the stop valve 072 is connected to the stop valve 073, the stop valve 124 is connected to the stop valve 125 and the stop valve 127, the stop valve 125 is connected to the stop valve 126, the stop valve 192 is connected to the stop valve 193, and the stop valve 118 is connected to the stop valve 119.
[0021] Electric valve 055 is connected to the second stage extraction and heat supply of #1 unit, electric valve 110 is connected to the fourth stage extraction and heat supply of #1 unit, stop valve 117 is connected to heating and heat supply, electric valve 111 is connected to the fourth stage extraction and heat supply of #2 unit, and electric valve 048 is connected to the second stage extraction and heat supply of #2 unit.
[0022] Connect the high-pressure industrial main pipe with the low-pressure industrial main pipe: install a tee on the reheat heating main pipe (φ720×30, material 20G) to lead it to the four-extraction heating main pipe (φ820×16, material 20G). At the same time, considering the access of a high-pressure heating pipeline, install a tee on the branch pipe to reserve a DN500 high-pressure heating interface.
[0023] Remove the existing connecting pipes and valves from the reheat heating main pipe to the second extraction heating main pipe, add a new high-pressure heating manifold to the second extraction Bailian high-pressure heating pipeline and partially cut off the existing high-pressure to low-pressure steam supply pipeline and install a cap.
[0024] Although the present invention has been described in detail with reference to the aforementioned embodiments, those skilled in the art may still modify the technical solutions described in the aforementioned embodiments, or make equivalent substitutions for some of the technical features therein. Any modifications, equivalent substitutions, improvements, etc. made within the spirit and principles of the present invention shall be included in the protection scope of the present invention.
Claims
1. A high- and low-pressure heating pipeline steam source connection optimization system, including #1 furnace and #2 furnace, characterized in that: The output end of the #2 furnace is connected to a stop valve 002, an electric valve 003, a stop valve 004 and a stop valve 006, the output end of the #1 furnace is connected to a stop valve 009, a stop valve 010, a stop valve 011 and an electric valve 014, the electric valve 003 and the electric valve 014 are both connected to a hydraulic check valve 015, the stop valve 002 is connected to a stop valve 001, the stop valve 006 is connected to a stop valve 007, the stop valve 007 is connected to a stop valve 005, a stop valve 010, a stop valve 011, a stop valve 013 and a stop valve 191, the stop valve 009 is connected to a stop valve 008, the hydraulic check valve 015 is connected to a stop valve 012, a stop valve 016, a stop valve 020, a stop valve 024, a stop valve The valve 028, the stop valve 030, the stop valve 034, the electric gate valve, the stop valve 040, the stop valve 044 and the electric valve 046 are connected, the stop valve 016 is connected to the stop valve 017 and the stop valve 019, the stop valve 017 is connected to the stop valve 018, the stop valve 020 is connected to the stop valve 021 and the stop valve 023, the stop valve 021 is connected to the stop valve 022, the stop valve 024 is connected to the stop valve 025 and the stop valve 027, the stop valve 025 is connected to the stop valve 026, the stop valve 030 is connected to the stop valve 031 and the stop valve 033, the stop valve 031 is connected to the stop valve 032, the stop valve 034 is connected to the stop valve 035 and the stop valve 037, the stop valve 0 35 is connected to the stop valve 036, the stop valve 040 is connected to the stop valve 041 and the stop valve 043, the stop valve 041 is connected to the stop valve 042, the stop valve 044 is connected to the stop valve 045, the electric valve 046 is connected to the high-pressure industrial gas supply manifold, the high-pressure industrial gas supply manifold is connected to the stop valve 138, the angle safety valve 142, the electric valve 143, the stop valve 166, the stop valve 165 and the stop valve 155, the stop valve 138 is connected to the stop valve 139 and the stop valve 141, the stop valve 139 is connected to the stop valve 140, the electric valve 143 is connected to the electric regulating valve 148, the stop valve 144, the stop valve 099 and the stop valve 103, the stop valve 166 is connected to the stop valve 167 and The stop valve 170 is connected, the stop valve 155 is connected to the stop valve 213, the stop valve 213 is connected to the stop valve 156 and the stop valve 162, the stop valve 167 is connected to the regulating valve 168, the regulating valve 168 is connected to the stop valve 169, the stop valve 169 is connected to the stop valve 159, the stop valve 159 is connected to the stop valve 160, the stop valve 170 is connected to the regulating valve 171, the regulating valve 171 is connected to the stop valve 172, the stop valve 156 is connected to the regulating valve 157, the regulating valve 157 is connected to the stop valve 158, the stop valve 158 is connected to the stop valve 161, the stop valve 162 is connected to the regulating valve 163, the regulating valve 163 is connected to the stop valve 164,The electric gate valve is connected to the electric regulating valve, the electric regulating valve is connected to the manual butterfly valve 1, the manual butterfly valve 1 is connected to the stop valve 137, the stop valve 133, the stop valve 132, the stop valve 128, the stop valve 194, the manual butterfly valve 2, the stop valve 071 and the stop valve 196, the stop valve 133 is connected to the stop valve 134 and the stop valve 136, the stop valve 134 is connected to the stop valve 135, the stop valve 128 is connected to the stop valve 131 and the stop valve 129, the stop valve 129 is connected to the stop valve 130, the stop valve 194 is connected to the stop valve 195, the stop valve 196 is connected to the stop valve 197, the stop valve 071 is connected to the stop valve 072, the stop valve 074 and the stop valve 198 , the stop valve 072 is connected to the stop valve 073, the manual butterfly valve 2 is connected to the electric valve 110, the electric valve 111, the stop valve 117 and the stop valve 112, the stop valve 112 is connected to the stop valve 113, the stop valve 115 and the stop valve 116, the stop valve 113 is connected to the stop valve 114, the stop valve 137 is connected to the four-pump gas supply manifold, the four-pump gas supply manifold is respectively connected to the stop valve 178, the stop valve 154, the stop valve 179, the stop valve 180, the stop valve 181 and the stop valve 182, the angle safety valve 199 and the stop valve 209, the stop valve 182 is connected to the stop valve 183, the stop valve 185 and the stop valve 200, the stop valve 183 is connected to the stop valve 184, the stop valve The valve 185 is connected to the stop valve 186, the stop valve 186 is connected to the stop valve 187, the stop valve 184, the stop valve 185 and the stop valve 186 are all connected to the stop valve 188 and the stop valve 207, the stop valve 207 is connected to the stop valve 208, the stop valve 200 is connected to the stop valve 202 and the stop valve 201, the stop valve 154 is connected to the stop valve 150, the stop valve 149, the stop valve 175 and the stop valve 177, the stop valve 175 is connected to the stop valve 176, the stop valve 176 and the stop valve 177 are all connected to the stop valve 203, the stop valve 203 is connected to the stop valve 204 and the stop valve 206, the stop valve 204 is connected to the stop valve 205, the stop valve 150 is connected to The stop valve 151 is connected to the stop valve 153, the stop valve 151 is connected to the stop valve 152, the stop valve 149 is connected to the electric regulating valve 148, the electric regulating valve 148 is connected to the stop valve 144, the stop valve 099 and the stop valve 105, the stop valve 144 is connected to the stop valve 145 and the stop valve 147, the stop valve 145 is connected to the stop valve 146, the stop valve 104 and the stop valve 105 are both connected to the stop valve 106 and the stop valve 173, the stop valve 106 is connected to the stop valve 107 and the stop valve 109, the stop valve 107 is connected to the stop valve 108, the stop valve 173 is connected to the stop valve 174, the stop valve 099 is connected to the stop valve 100 and the stop valve 102,The stop valve 100 is connected to the stop valve 101.
2. A high- and low-pressure heating pipeline steam source connection optimization system according to claim 1, characterized in that: The electric valve 143 is also connected to the stop valve 081, the stop valve 082 and the stop valve 095, the stop valve 081 is connected to the electric regulating valve 080, the electric regulating valve 080 is connected to the stop valve 079, the stop valve 082 and the stop valve 079 are connected to the stop valve 083, the stop valve 086, the stop valve 087, the stop valve 047, the stop valve 054, the stop valve 067, the stop valve 064, the stop valve 120, the stop valve 061, the electric valve 048 and The electric valve 055 is connected, the electric valve 048 is connected to the stop valve 049, the stop valve 047 and the stop valve 049 are both connected to the stop valve 050, the pneumatic valve 052 and the stop valve 053, the stop valve 050 is connected to the stop valve 051, the electric valve 055 is connected to the stop valve 056, the stop valve 054 and the stop valve 056 are both connected to the pneumatic valve 059, the stop valve 057 and the stop valve 060, and the stop valve 057 is connected to the stop valve 058.
3. A high- and low-pressure heating pipeline steam source connection optimization system according to claim 2, characterized in that: The stop valve 083 is connected to the electric regulating valve 084, the electric regulating valve 084 is connected to the stop valve 085, the stop valve 082 is also connected to the stop valve 075, the stop valve 075 is connected to the stop valve 076 and the stop valve 078, the stop valve 076 is connected to the stop valve 077, and the stop valve 087 is connected to the stop valve 088 and the stop valve 090.
4. A high- and low-pressure heating pipeline steam source connection optimization system according to claim 3, characterized in that: The stop valve 088 is connected to the stop valve 089, the stop valve 067 is connected to the stop valve 068 and the stop valve 070, the stop valve 068 is connected to the stop valve 069, the stop valve 064 is connected to the stop valve 065, the stop valve 065 is connected to the stop valve 066, the stop valve 120 is connected to the stop valve 121 and the stop valve 123, the stop valve 121 is connected to the stop valve 122, the stop valve 123 is connected to the stop valve 063, and the stop valve 061 is connected to the stop valve 062.
5. The high- and low-pressure heating pipeline steam source connection optimization system according to claim 1 is characterized in that: The manual butterfly valve 2 is also connected to the stop valve 071 , the stop valve 124 , the stop valve 192 and the stop valve 118 , and the stop valve 071 is connected to the stop valve 072 , the stop valve 074 and the stop valve 198 .
6. A high- and low-pressure heating pipeline steam source connection optimization system according to claim 5, characterized in that: The stop valve 124 is connected to the stop valve 125 and the stop valve 127 , the stop valve 125 is connected to the stop valve 126 , the stop valve 192 is connected to the stop valve 193 , and the stop valve 118 is connected to the stop valve 119 .
7. The high- and low-pressure heating pipeline steam source connection optimization system according to claim 1 is characterized in that: The electric valve 055 is connected to the second stage heat extraction of the #1 unit, the electric valve 110 is connected to the fourth stage heat extraction of the #1 unit, the stop valve 117 is connected to heating, the electric valve 111 is connected to the fourth stage heat extraction of the #2 unit, and the electric valve 048 is connected to the second stage heat extraction of the #2 unit.