Attachment-1 Price Schedule - Updated.pdf
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- Solicitation number
- W9128F25RA053
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This document is a Pricing Schedule for a federal contract (OA00106) for transformer supply at Ft Peck and Oahe Dam power plants. The contract covers the design, manufacture, factory testing, delivery, and on-site installation of multiple power transformers, including: 1) a 103,000 kVA, 115 kV three-phase transformer for Oahe Dam, 2) nine 68,667 kVA, 230/132.79 kV single-phase transformers for Oahe Dam, and 3) two 42,000/56,000 kVA, 230 kV three-phase transformers for Fort Peck Dam. The pricing schedule is structured with multiple Contract Line Item Numbers (CLINs) that break down the transformer procurement process into detailed stages such as design approval, tank production, winding construction, core construction, assembly, and testing.
The document includes a unique Economic Price Adjustment (EPA) mechanism that allows for price modifications based on changes in the costs of specific materials: cold rolled steel, standard plate steel, copper, and transformer oil. The pricing will be indexed using Bureau of Labor Statistics indices for these materials. Each transformer order includes comprehensive services beyond manufacturing, such as transportation, offloading, temporary storage, inspection, cleaning, reassembly, oil filling, field testing, and providing an Erecting Engineer. The contract requires bidders to enter prices for all items, with a warning that submissions without individual item pricing will be rejected, and the government will verify all additions.
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Ft Peck/Oahe GSU Transformer Supply
OA00106
SECTION 00 10 00
Pricing Schedule
CLIN Description
Q ua nt ity
U ni t M ea su re
Unit Price Amount Basis
BASE ITEMS
(OA) Design, manufacture and factory test 103,000 kVA, 115 kV Grd. Y high-voltage, 13.8 kV delta low-voltage, cooling class OFAF, three-phase GSU power transformer.
1 JA
0001A
(OA) 60 % design approval of the 103,000 kVA, 115 kV Grd. Y high-voltage, 13.8 kV delta low-voltage, cooling class OFAF, three-phase GSU power transformer.
1 EA $________ $________
Maximum of 5% of total CLIN 0001 Value.
0001B
(OA) Final design approval of the 103,000 kVA, 115 kV Grd. Y high-voltage, 13.8 kV delta low-voltage, cooling class OFAF, three-phase GSU power transformer.
1 EA $________ $________
Maximum of 10% of total CLIN 0001 Value.
0001C
(OA) Tank Production for the 103,000 kVA, 115 kV Grd. Y high-voltage, 13.8 kV delta low-voltage, cooling class OFAF, three-phase GSU power transformer.
1 EA $________ $________
Maximum of 20% of Total CLIN 0001 Value
______lbs of Core Steel @ $________/lbs ______lbs of Plate Steel @ $________/lbs ______lbs of Copper @ $________/lbs ______gal of Transformer Oil @ $________/gal
0001D
(OA) Winding Construction for the 103,000 kVA, 115 kV Grd. Y high-voltage, 13.8 kV delta low-voltage, cooling class OFAF, three-phase GSU power transformer.
1 EA $________ $________
Maximum of 20% of Total CLIN 0001 Value
______lbs of Core Steel @ $________/lbs ______lbs of Plate Steel @ $________/lbs
0001E
(OA)Core Construction for the 103,000 kVA, 115 kV Grd. Y high-voltage, 13.8 kV delta low-voltage, cooling class OFAF, three-phase GSU power transformer.
1 EA $________ $________
Maximum of 20% of Total CLIN 0001 Value
______lbs of Core Steel @ $________/lbs ______lbs of Plate Steel @ $________/lbs
0001F
(OA)Assembly of the 103,000 kVA, 115 kV Grd. Y high-voltage, 13.8 kV delta low-voltage, cooling class OFAF, three-phase GSU power transformer on-site.
1 EA $________ $________
Maximum of 20% of Total CLIN 0001 Value
______lbs of Core Steel @ $________/lbs ______lbs of Plate Steel @ $________/lbs
0001G
(OA)Testing of the 103,000 kVA, 115 kV Grd. Y high-voltage, 13.8 kV delta low-voltage, cooling class OFAF, three-phase GSU power transformer on-site.
1 EA $________ $________ Total Remaining of CLIN 0001 Value
SUB TOTAL CLIN 0001 $_________
(OA)Design, manufacture and factory test 68,667 kVA, 230/132.79 kV high-voltage, 13.8 kV low-voltage, cooling class OFAF, single-phase GSU power transformer.
9 JA
0002A
(OA) 60% design approval of the 68,667 kVA, 230/132.79 kV high-voltage, 13.8 kV low-voltage, cooling class OFAF, single-phase GSU power transformers.
EA $________ $________
Maximum of 5% of total CLIN 0002 Value.
0002B
(OA) Final design approval of the 68,667 kVA, 230/132.79 kV high-voltage, 13.8 kV low-voltage, cooling class OFAF, single-phase GSU power transformers.
1 EA $________ $________
Maximum of 10% of total CLIN 0002 Value.
0002C
(OA) Tank Production of the 68,667 kVA, 230/132.79 kV high-voltage, 13.8 kV low-voltage, cooling class OFAF, single-phase GSU power transformers.
9 EA $________ $________
Maximum of 20% of Total CLIN 0002 Value
______lbs of Core Steel @ $________/lbs ______lbs of Plate Steel @ $________/lbs
0002D
(OA) Winding Construction of the 68,667 kVA, 230/132.79 kV high-voltage, 13.8 kV low-voltage, cooling class OFAF, single-phase GSU power transformer.
9 EA $________ $________
Maximum of 20% of Total CLIN 0002 Value
______lbs of Core Steel @ $________/lbs ______lbs of Plate Steel @ $________/lbs
0002E
Core Construction of the 68,667 kVA, 230/132.79 kV high-voltage, 13.8 kV low-voltage, cooling class OFAF, single-phase GSU power transformer.
9 EA $________ $________
Maximum of 20% of Total CLIN 0002 Value
______lbs of Core Steel @ $________/lbs ______lbs of Plate Steel @ $________/lbs
0002F
Assembly of the 68,667 kVA, 230/132.79 kV high-voltage, 13.8 kV low-voltage, cooling class OFAF, single-phase GSU power transformer.
9 EA $________ $________
Maximum of 20% of Total CLIN 0002 Value
______lbs of Core Steel @ $________/lbs ______lbs of Plate Steel @ $________/lbs
0002G
Testing of the 68,667 kVA, 230/132.79 kV high-voltage, 13.8 kV low-voltage, cooling class OFAF, single-phase GSU power transformer.
9 EA $________ $________
Total Remaining of CLIN 0002 Value
SUB TOTAL CLIN 0002 $________
(OA)Deliver the 103,000 kVA, 115 kV three-phase power transformer and accessories from the manufacturing facility complete to the Oahe Dam power plant.
1 EA $________ $________ None
(OA)Deliver the 68,667 kVA, 230/132.79 kV single-phase power transformer and accessories from the manufacturing facility complete to the Oahe Dam power plant.
9 EA $________ $________ None
(OA)Offload the 103,000 kVA, 115 kV three-phase power transformer and accessories at the Oahe Dam power plant temporary storage location, perform inspections, perform cleaning, provide temporary storage materials, perform transformer reassembly, furnish oil and perform oil-filling and processing, perform field tests, and provide the of services of an Erecting Engineer.
1 EA $________ $________ None
(OA)Offload the 68,667 kVA, 230/132.79 kV single-phase power transformer and accessories at the Oahe Dam power plant temporary storage location, perform inspections, perform cleaning, provide temporary storage materials, perform transformer reassembly, furnish oil and perform oil-filling and processing, perform field tests, and provide the of services of an Erecting Engineer.
9 EA $________ $________ None
(OA)Move the 103,000 kVA, 115 kV three-phase power transformer from the temporary storage location to the permanent operating location, perform testing, perform inspections, perform cleaning, perform touch-up painting, and provide the of services of an Erecting Engineer and Commissioning Agent.
1 EA $________ $________ None
(OA)Move the 68,667 kVA, 230/132.79 kV single-phase power transformer from the temporary storage location to the permanent operating location, perform testing, perform inspections, perform cleaning, perform touch-up painting, and provide the of services of an Erecting Engineer and Commissioning Agent.
9 EA $________ $________ None
0009 (OA)Furnish spare parts (See Section 48
19 23.05 26) 1 LOT $________ $________
______lbs of Core Steel @ $________/lbs ______lbs of Plate Steel @ $________/lbs
(FP)Design, manufacture and factory test 42,000/56,000 kVA, 230 kV Grd. Y high-voltage, 13.8 kV delta low-voltage, cooling class ONAN/ONAF, three-phase GSU power transformer.
2 JA
0010A
(FP) 60 % design approval of the 42,000/56,000 kVA, 230 kV Grd. Y high-voltage, 13.8 kV delta low-voltage, cooling class ONAN/ONAF, three-phase GSU power transformer.
1 EA $________ $________ Maximum of 5% of total CLIN 0010 Value.
0010B
(FP) Final design approval of the 42,000/56,000 kVA, 230 kV Grd. Y high-voltage, 13.8 kV delta low-voltage, cooling class ONAN/ONAF, three-phase GSU power transformer.
1 EA $________ $________ Maximum of 10% of total CLIN 0010 Value.
0010C
(FP) Tank Production of the 42,000/56,000 kVA, 230 kV Grd. Y high-voltage, 13.8 kV delta low-voltage, cooling class ONAN/ONAF, three-phase GSU power transformer.
2 EA $________ $________
Maximum of 20% of Total CLIN 0010 Value
______lbs of Core Steel @ $________/lbs ______lbs of Plate Steel @ $________/lbs
0010D
(FP) Winding Construction of the 42,000/56,000 kVA, 230 kV Grd. Y high-voltage, 13.8 kV delta low-voltage, cooling class ONAN/ONAF, three-phase GSU power transformer.
2 EA $________ $________
Maximum of 20% of Total CLIN 0010 Value
______lbs of Core Steel @ $________/lbs ______lbs of Plate Steel @ $________/lbs
0010E
(FP) Core Construction of the 42,000/56,000 kVA, 230 kV Grd. Y high-voltage, 13.8 kV delta low-voltage, cooling class ONAN/ONAF, three-phase GSU power transformer.
2 EA $________ $________
Maximum of 20% of Total CLIN 0010 Value
______lbs of Core Steel @ $________/lbs ______lbs of Plate Steel @ $________/lbs
0010F
(FP) Assembly of the 42,000/56,000 kVA, 230 kV Grd. Y high-voltage, 13.8 kV delta low-voltage, cooling class ONAN/ONAF, three-phase GSU power transformer.
2 EA $________ $________
Maximum of 20% of Total CLIN 0010 Value
______lbs of Core Steel @ $________/lbs ______lbs of Plate Steel @ $________/lbs
0010G
(FP) Testing of the 42,000/56,000 kVA, 230 kV Grd. Y high-voltage, 13.8 kV delta low-voltage, cooling class ONAN/ONAF, three-phase GSU power transformer.
2 EA $________ $________ Total Remaining of CLIN 0010 Value
SUB TOTAL CLIN 0010 $________
(FP)Deliver the 42,000/56,000 kVA, 230 kV three-phase power transformer and accessories from the manufacturing facility complete to the Fort Peck Dam power plant.
2 EA $________ $________ None
(FP)Offload the 42,000/56,000 kVA, 230 kV three-phase power transformer and accessories at the Fort Peck Dam power plant temporary storage location, perform inspections, perform cleaning, provide temporary storage materials, perform transformer reassembly, furnish oil and perform oil-filling and processing, perform field tests, and provide the of services of an Erecting Engineer.
2 EA $________ $________ None
(FP)Move the 42,000/56,000 kVA, 230 kV three-phase power transformer from the temporary storage location to the permanent operating location, perform testing, perform inspections, perform cleaning, perform touch-up painting, and provide the of services of an Erecting Engineer and Commissioning Agent.
2 EA $________ $________ None
0014 (FP)Furnish spare parts (See Section 48
19 23.04 26) 1 LOT $________ $________
______lbs of Core Steel @ $________/lbs ______lbs of Plate Steel @ $________/lbs
The following CLIN/PRICE ITEMS is a LOT pricing item to be use for Economic Price Adjustment purposes. This CLIN will be administered in accordance with the Economic Price Adjustment Clause 52.216-2.
Economic Price Adjustment (EPA) FFP 1 LOT XXX
PROJECT NO.: ______________
FOB: DESTINATION
PURCHASE REQUEST NUMBER: ______________
The Government will make an Economic Price Adjustment (EPA) limited to the Steel, Copper, and Transformer Oil listed below, as FAR clause 52.216-
4. In accordance with FAR 52.216-4(a), supporting data shall include, but is not limited to, material invoices.
Cold Rolled Steel: $__________/lb.
Total number of pounds of Steel: __________ lbs.
Total cost of Steel: $__________ Index value at time of final proposal: ________ Steel Index that shall be used to calculate the EPA for Steel:
WPU101707 (Cold Rolled Steel Sheet and Strip - Bureau of Labor Statistics)
Standard Plate Steel: $__________/lb.
Total number of pounds of Steel: __________ lbs.
Total cost of Steel: $__________ Index value at time of final proposal: ________ Steel Index that shall be used to calculate the EPA for Steel:
WPU101704 (Hot rolled steel bars, plates, and structural shapes)
Copper: $__________/lb.
Total number of pounds of copper: __________ lbs.
Total cost of copper: $__________ Index value at time of final proposal: ________ Copper Index that shall be used to calculate the EPA:
WPU102403 (Secondary copper, Alloyed and Unalloyed - Bureau of Labor Statistics)
Transformer OIL: $__________/lb.
Total number of gallons of transformer oil: __________ gal.
Total cost of transformer oil: $__________ Index value at time of final proposal: ________ Transformer Oil that shall be used to calculate the EPA:
WPU057, (Petroleum products, refined - Bureau of Labor Statistics)
Not Separately Priced
TOTAL BASE (Items 0001 thru 0014) $_________________
NOTES:
1. Prices must be entered for all items of the schedule. Total amounts submitted without prices being entered on individual items will be rejected. Additions will be subject to verification by the Government. In case of variation between the Job (lump sum) prices and the total amount, the lump sum prices will be considered the price submitted.
2. A modification to a proposal which provides for a single adjustment to the total amount submitted, should state the application of the adjustment to each respective lump sum price affected. If the modification is not so apportioned, the single adjustment will be applied to Item Nos. 0001 thru 0014.
3. Prices must be entered for each sub-CLIN associated with CLINs 0001, 0002, and 0010. If the total CLIN price does not match the sum of all sub-CLINs, the cost of the sub-CLIN will be considered the price submitted.
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