ABR-1000 Output
NOTICE!
The output given at the bottom of this page is not the standard output. It will change based on the user input!
Explanation of the Output
Reading User input
This section reads any changed user inputs, with the three required changed parameters (reference reactor, MWth, and MWe) being the first ones presented.
Extracting User Changed Variables
This section prints an easy to observe chart of all the user changed variables, their value, and their unit.
Extracting Affected Cost Elements
This section takes the user changed variables and prints them into an itemized list of what cost elements were affected by which variables.
Updating Cost Elements
This section uses various algorithms to update the cost of the affected cost elements.
Roll Up Cost Elements
This section “rolls up” all the cost elements from the lowest level to the highest level. This allows for the charts generated to make more sense with the levels.
Summing Cost Elements for Direct Cost
This section sums up the cost elements.
Updating Account Table
This section updates the final account table based on the changed cost elements.
Rolling Up Account Table
This section “rolls up” all the code of accounts from the lowest level to the highest level. This allows for the final generate chart to make logical sense by level.
Summing Up Account Table
This section sums up both the calculated direct cost and the total direct cost.
Generating Results Table for Review
This section prints out the final result table with all the code of accounts, their costs in millions, and whether or not they have been changed.
NOTICE!
At the end, ACCERT also prints off three different excel files for the outputs.
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======================================== Reading user input ========================================
[USER_INPUT] Reference model is "ABR1000"
Parameter "mwe" is required for cost elements:
241_fac,242_fac,245_fac,246_fac,241_lab,242_lab,245_lab,246_lab,241_mat,242_mat,245_mat,246_mat
Parameter "mwth" is required for cost elements:
213_fac,220A.224_fac,222.11_fac,222.12_fac,222.13_fac,222.14_fac,222_fac,226.4_fac,213_lab,222.11_la
b,222.12_lab,222.13_lab,222.14_lab,222_lab,213_mat,222.11_mat,222.12_mat,222.13_mat,222.14_mat,222_m
at
[USER_INPUT] Thermal power is 1000 MW
[USER_INPUT] Electric power is 380 MW
[Updating] Total cost of account 216
[Updated] Changed from 40,938,300.00 dollar to 36,750,000.00 dollar
=================================Extracting user changed variables==================================
+----------+-----------------+-----------+----------+
| var_name | var_description | var_value | var_unit |
+----------+-----------------+-----------+----------+
| mwe | user_input MWE | 380.00 | MW |
| mwth | user_input mwth | 1,000.00 | MW |
+----------+-----------------+-----------+----------+
================================ Extracting affected cost elements =================================
variable "mwe" affects cost element(s):
241_fac,242_fac,245_fac,246_fac,241_lab,242_lab,245_lab,246_lab,241_mat,242_mat,245_mat,246_mat
variable "mwth" affects cost element(s):
213_fac,220A.224_fac,222.11_fac,222.12_fac,222.13_fac,222.14_fac,222_fac,226.4_fac,213_lab,222.11_la
b,222.12_lab,222.13_lab,222.14_lab,222_lab,213_mat,222.11_mat,222.12_mat,222.13_mat,222.14_mat,222_m
at
====================================== Updating cost elements ======================================
[Updating] Cost element [222_mat], running algorithm: [MWth_scale],
[Updating] with formulation: cost_of_ref*(thermal_power/thermal_power_of_ref)^thermal_power_scale
[Updated] Reference value is : $523,270 , calculated value is: $523,270
[Updating] Cost element [222.14_mat], running algorithm: [MWth_scale],
[Updating] with formulation: cost_of_ref*(thermal_power/thermal_power_of_ref)^thermal_power_scale
[Updated] Reference value is : $8,217 , calculated value is: $8,217
[Updating] Cost element [222.13_mat], running algorithm: [MWth_scale],
[Updating] with formulation: cost_of_ref*(thermal_power/thermal_power_of_ref)^thermal_power_scale
[Updated] Reference value is : $61,390 , calculated value is: $61,390
[Updating] Cost element [222.12_mat], running algorithm: [MWth_scale],
[Updating] with formulation: cost_of_ref*(thermal_power/thermal_power_of_ref)^thermal_power_scale
[Updated] Reference value is : $326,175 , calculated value is: $326,175
[Updating] Cost element [222.11_mat], running algorithm: [MWth_scale],
[Updating] with formulation: cost_of_ref*(thermal_power/thermal_power_of_ref)^thermal_power_scale
[Updated] Reference value is : $127,488 , calculated value is: $127,488
[Updating] Cost element [213_mat], running algorithm: [MWth_scale],
[Updating] with formulation: cost_of_ref*(thermal_power/thermal_power_of_ref)^thermal_power_scale
[Updated] Reference value is : $12,070,728 , calculated value is: $12,070,728
[Updating] Cost element [222_lab], running algorithm: [MWth_scale],
[Updating] with formulation: cost_of_ref*(thermal_power/thermal_power_of_ref)^thermal_power_scale
[Updated] Reference value is : $5,288,233 , calculated value is: $5,288,233
[Updating] Cost element [222.14_lab], running algorithm: [MWth_scale],
[Updating] with formulation: cost_of_ref*(thermal_power/thermal_power_of_ref)^thermal_power_scale
[Updated] Reference value is : $82,173 , calculated value is: $82,173
[Updating] Cost element [222.13_lab], running algorithm: [MWth_scale],
[Updating] with formulation: cost_of_ref*(thermal_power/thermal_power_of_ref)^thermal_power_scale
[Updated] Reference value is : $613,897 , calculated value is: $613,897
[Updating] Cost element [222.12_lab], running algorithm: [MWth_scale],
[Updating] with formulation: cost_of_ref*(thermal_power/thermal_power_of_ref)^thermal_power_scale
[Updated] Reference value is : $3,317,279 , calculated value is: $3,317,279
[Updating] Cost element [222.11_lab], running algorithm: [MWth_scale],
[Updating] with formulation: cost_of_ref*(thermal_power/thermal_power_of_ref)^thermal_power_scale
[Updated] Reference value is : $1,274,883 , calculated value is: $1,274,883
[Updating] Cost element [213_lab], running algorithm: [MWth_scale],
[Updating] with formulation: cost_of_ref*(thermal_power/thermal_power_of_ref)^thermal_power_scale
[Updated] Reference value is : $11,873,274 , calculated value is: $11,873,274
[Updating] Cost element [226.4_fac], running algorithm: [MWth_scale],
[Updating] with formulation: cost_of_ref*(thermal_power/thermal_power_of_ref)^thermal_power_scale
[Updated] Reference value is : $34,304,867 , calculated value is: $34,304,867
[Updating] Cost element [222_fac], running algorithm: [MWth_scale],
[Updating] with formulation: cost_of_ref*(thermal_power/thermal_power_of_ref)^thermal_power_scale
[Updated] Reference value is : $2,409,023 , calculated value is: $2,409,023
[Updating] Cost element [222.14_fac], running algorithm: [MWth_scale],
[Updating] with formulation: cost_of_ref*(thermal_power/thermal_power_of_ref)^thermal_power_scale
[Updated] Reference value is : $4,380 , calculated value is: $4,380
[Updating] Cost element [222.13_fac], running algorithm: [MWth_scale],
[Updating] with formulation: cost_of_ref*(thermal_power/thermal_power_of_ref)^thermal_power_scale
[Updated] Reference value is : $21,901 , calculated value is: $219,007
[Updating] Cost element [222.12_fac], running algorithm: [MWth_scale],
[Updating] with formulation: cost_of_ref*(thermal_power/thermal_power_of_ref)^thermal_power_scale
[Updated] Reference value is : $1,280,778 , calculated value is: $1,280,778
[Updating] Cost element [222.11_fac], running algorithm: [MWth_scale],
[Updating] with formulation: cost_of_ref*(thermal_power/thermal_power_of_ref)^thermal_power_scale
[Updated] Reference value is : $1,101,964 , calculated value is: $1,101,964
[Updating] Cost element [213_fac], running algorithm: [MWth_scale],
[Updating] with formulation: cost_of_ref*(thermal_power/thermal_power_of_ref)^thermal_power_scale
[Updated] Reference value is : $660,389 , calculated value is: $660,389
[Updating] Cost element [246_mat], running algorithm: [MWe_scale],
[Updating] with formulation: cost_of_ref*(electric_power/electric_power_of_ref)^electric_power_scale
[Updated] Reference value is : $13,355,963 , calculated value is: $13,355,963
[Updating] Cost element [245_mat], running algorithm: [MWe_scale],
[Updating] with formulation: cost_of_ref*(electric_power/electric_power_of_ref)^electric_power_scale
[Updated] Reference value is : $7,921,309 , calculated value is: $7,921,309
[Updating] Cost element [242_mat], running algorithm: [MWe_scale],
[Updating] with formulation: cost_of_ref*(electric_power/electric_power_of_ref)^electric_power_scale
[Updated] Reference value is : $546,787 , calculated value is: $546,787
[Updating] Cost element [241_mat], running algorithm: [MWe_scale],
[Updating] with formulation: cost_of_ref*(electric_power/electric_power_of_ref)^electric_power_scale
[Updated] Reference value is : $161,981 , calculated value is: $161,981
[Updating] Cost element [246_lab], running algorithm: [MWe_scale],
[Updating] with formulation: cost_of_ref*(electric_power/electric_power_of_ref)^electric_power_scale
[Updated] Reference value is : $21,514,838 , calculated value is: $21,514,838
[Updating] Cost element [245_lab], running algorithm: [MWe_scale],
[Updating] with formulation: cost_of_ref*(electric_power/electric_power_of_ref)^electric_power_scale
[Updated] Reference value is : $32,970,390 , calculated value is: $32,970,390
[Updating] Cost element [242_lab], running algorithm: [MWe_scale],
[Updating] with formulation: cost_of_ref*(electric_power/electric_power_of_ref)^electric_power_scale
[Updated] Reference value is : $2,861,071 , calculated value is: $2,861,071
[Updating] Cost element [241_lab], running algorithm: [MWe_scale],
[Updating] with formulation: cost_of_ref*(electric_power/electric_power_of_ref)^electric_power_scale
[Updated] Reference value is : $1,107,205 , calculated value is: $1,107,205
[Updating] Cost element [246_fac], running algorithm: [MWe_scale],
[Updating] with formulation: cost_of_ref*(electric_power/electric_power_of_ref)^electric_power_scale
[Updated] Reference value is : $2,902,734 , calculated value is: $2,902,734
[Updating] Cost element [245_fac], running algorithm: [MWe_scale],
[Updating] with formulation: cost_of_ref*(electric_power/electric_power_of_ref)^electric_power_scale
[Updated] Reference value is : $0 , calculated value is: $0
[Updating] Cost element [242_fac], running algorithm: [MWe_scale],
[Updating] with formulation: cost_of_ref*(electric_power/electric_power_of_ref)^electric_power_scale
[Updated] Reference value is : $33,563,126 , calculated value is: $33,563,126
[Updating] Cost element [241_fac], running algorithm: [MWe_scale],
[Updating] with formulation: cost_of_ref*(electric_power/electric_power_of_ref)^electric_power_scale
[Updated] Reference value is : $20,635,161 , calculated value is: $20,635,161
[Updating] Cost element [220A.224_fac], running algorithm: [MWth_lmfbrscale],
[Updating] with formulation: cost_of_ref*(thermal_power/thermal_power_of_LMFBR)^thermal_power_scale
[Updated] Reference value is : $1,379,368 , calculated value is: $2,291,911
====================================== Roll up cost elements =======================================
[Updating] Roll up cost elements from level 3 to level 2
[Updated] Cost elements rolled up
============================== Summing cost elements for direct cost ===============================
[Updating] Summing cost elements
[Updated] Sum of 2C_fac is: 737,352,926
[Updated] Sum of 2C_lab is: 330,453,960
[Updated] Sum of 2C_mat is: 158,792,756
[Updated] Cost elements summed
====================================== Updating account table ======================================
[Updating] Updating account table by cost elements
[Updated] Account table updated from cost elements
===================================== Rolling up account table =====================================
ABR1000 model only roll up level 3 to 2
[Updating] Rolling up account table from level 3 to level 2
[Updated] Account table rolled up
===================================== Summing up account table =====================================
[Updated] Account table summed up for calculated direct cost.
[Updated] Account table summed up for direct cost.
=============================== Generating results table for review ================================
+-----------------+-------------------------------------------------+------------+---------+-------+------------------+
| code_of_account | account_description | total_cost | unit | level | review_status |
+-----------------+-------------------------------------------------+------------+---------+-------+------------------+
| 2 | TOTAL DIRECT COST | 1,418.75 | million | 0 | Ready for Review |
| 2C | Calculated DIRECT COST | 1,224.60 | million | 0 | Ready for Review |
| 211 | Yardwork | 71.21 | million | 2 | Unchanged |
| 212 | Reactor containment building | 81.43 | million | 2 | Unchanged |
| 213 | Turbine room and heater bay | 24.60 | million | 2 | Ready for Review |
| 215 | Primary auxiliary building and tunnels | 12.47 | million | 2 | Unchanged |
| 216 | Waste processing building | 36.75 | million | 2 | User Input |
| 217 | Fuel storage building | 28.15 | million | 2 | Unchanged |
| 218A | Control Room/Diesel Generator Building | 16.25 | million | 3 | Unchanged |
| 220A.211 | Vessel Structure (NSSS) | 137.00 | million | 3 | Unchanged |
| 220A.2121 | Lower Internals (NSSS) | 45.20 | million | 3 | Unchanged |
| 220A.2122 | Upper Internals (NSSS) | 45.20 | million | 3 | Unchanged |
| 220A.2131 | Control Rods (NSSS) | 1.32 | million | 3 | Unchanged |
| 220A.2132 | Control Rod Drives (NSSS) | 13.45 | million | 3 | Unchanged |
| 220A.221 | Main Coolant Pumps (NSSS) | 55.70 | million | 3 | Unchanged |
| 220A.222 | Reactor Coolant Piping (NSSS) | 7.46 | million | 3 | Unchanged |
| 220A.223 | Steam Generators (NSSS) | 122.09 | million | 3 | Unchanged |
| 220A.224 | Pressurizer (NSSS) | 2.29 | million | 3 | Ready for Review |
| 222 | Main heat transfer transport system | 8.42 | million | 2 | Updated |
| 222.11 | Fluid Circulation Drive System (Field Cost 222) | 2.50 | million | 3 | Ready for Review |
| 222.12 | Reactor Coolant Piping System (Field Cost 222) | 4.92 | million | 3 | Ready for Review |
| 222.13 | Steam Generator Equipment (Field Cost 222) | 0.89 | million | 3 | Ready for Review |
| 222.14 | Pressurizing System (Field Cost 222) | 0.09 | million | 3 | Ready for Review |
| 224 | Radwaste processing | 59.67 | million | 2 | Unchanged |
| 226.4 | Coolant Treatment & Recycle | 34.30 | million | 3 | Ready for Review |
| 226.7 | Aux Cool Sys (Broken Down Further) | 0.00 | million | 3 | Unchanged |
| 227 | Reactor instrumentation and control | 61.42 | million | 2 | Unchanged |
| 231 | Turbine generator | 57.40 | million | 2 | Unchanged |
| 233 | Condensing systems | 29.07 | million | 2 | Unchanged |
| 234 | Feedwater heating system | 0.00 | million | 2 | Unchanged |
| 235 | Other turbine plant equipment | 9.56 | million | 2 | Unchanged |
| 241 | Switchgear | 21.90 | million | 2 | Ready for Review |
| 242 | Station service equipment | 36.97 | million | 2 | Ready for Review |
| 245 | Electric structure and wiring contnr. | 40.89 | million | 2 | Ready for Review |
| 246 | Power and control wiring | 37.77 | million | 2 | Ready for Review |
| 252 | Air, water and steam service systems | 81.85 | million | 2 | Unchanged |
| 262 | Mechanical equipment | 44.78 | million | 2 | Unchanged |
+-----------------+-------------------------------------------------+------------+---------+-------+------------------+
Successfully created excel file ACCERT_updated_account.xlsx
Successfully created excel file ACCERT_variable_affected_cost_elements.xlsx
Successfully created excel file ACCERT_updated_cost_element.xlsx