00006485 Proposal Scores.xlsx
XLSX spreadsheet 20 KB Posted
- Solicitation number
- S-73000-00006485
- Issued by
- Marion County, Oregon
About this file
This document appears to be a summary of proposal scores for a battery backup power systems contract opportunity issued by the Oregon Department of Transportation (ODOT). The contract is seeking a qualified supplier to provide scalable battery backup power systems for ODOT's wireless microwave and two-way communication sites on an as-needed basis. The evaluated proposals were submitted by American Power Systems, LLC and ZeroBase Energy, LLC. The proposal scoring criteria included factors such as duration of backup power, cost comparisons, and guaranteed stack capacity. The contract opportunity involves jurisdictions in Marion County and the City of Salem, Oregon.
The summary shows the total scores and breakdowns for the two proposers across various criteria. ZeroBase Energy, LLC received the highest overall score of 233.2 out of 265 total points. The document provides detailed comparisons of the proposers' solutions in terms of backup power duration and cost per day of backup power for both large and small power system sizes. ZeroBase Energy, LLC's solution had the lowest cost per day of backup power for both system sizes.
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Other files
| File | Type | Posted |
|---|---|---|
| 00006485_Att B_Disclosure exemption~1.docx | DOCX document | |
| 00006485_Att D4_Exp Qual Cert Serv.docx | DOCX document | |
| 00006485_Att D3_Performance Guarantee Requirements.docx | DOCX document | |
| 00006485_Att F_Scoring Criteria.docx | DOCX document | |
| Power System PA - Agenda.docx | DOCX document | |
| 00006485_Att C_.Proposer Info and Certs.docx | DOCX document | |
| 00006485_Att D1_Mandatory Technical Requirements.docx | DOCX document | |
| 00006485_Att D2_System Solution Scenarios.docx | DOCX document | |
| 00006485_Att E_Price Proposal.xlsx | XLSX spreadsheet | |
| Pre-proposal attendees.docx | DOCX document | |
| ad to bid powers.pdf | ||
| 00006485_Att A_Sample PA.docx | DOCX document | |
| 00006485_RFP.docx | DOCX document |
Show all 13
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Text version
Sheet1
| Total Scores | |
| NOTE: A Proposal from Delta Electronics (USA) Inc. was received but not scored as it did not contain all required information and was determined non-responsive. |
| Proposers | |||||
| American Power Systems, LLC | ZeroBase Energy, LLC | ||||
| Scored Criteria & Total Points | Total Points Per Criteria | Answer | Points Obtained | Answer2 | Points Obtained3 |
| Browser-Based Vs. Application Based or Both | 5 pts | Both | 5 | Both | 5 |
| Ability to offer Converters and Inverters | 5 pts Converters |
5 pts Inverters
| Total 10 pts | Both | 10 | Both | 10 | ||
| Power System Solution Large: | ||||||
| Duration of backup power in days | 50 pts | 90.40 days = 97% | 48.4 | 93.42 days = 100% | 50 | |
| Power System Solution Small: | ||||||
| Duration of backup power in days | 50 pts | 4.74 days = 100% | 50 | 2.72 days = 57% | 28.7 | |
| Power System Solution Large: | ||||||
| Cost Comparison | 50 pts | $4,409.06 = 54% | 27 | $2,380.56 = 100% | 50 | |
| Power System Solution Small: | ||||||
| Cost Comparison | 50 pts | $15,681.36 = 89% | 44.6 | $13,989.71 = 100% | 50 | |
| Guaranteed Stack Capacity at 10 Years - Percentage | 50 pts | 83.80% | 41.9 | 79% | 39.5 | |
| Totals: | 265 | 226.9 | 233.2 |
| Table 1 | |||
| System Solution Large | |||
| Proposer Name | Longest to Shortest Duration | Cost | Power System Cost per Day of Backup Power |
| ZeroBase | 93.42 | $ 222,392.00 | $ 2,380.56 |
| APS | 90.40 | $ 398,579.47 | $ 4,409.06 |
| Table 2 | |||
| System Solution Small | |||
| Proposer Name | Longest to Shortest Duration | Cost | Power System Cost per Day of Backup Power |
| APS | 4.74 | $ 74,329.63 | $ 15,681.36 |
| ZeroBase | 2.72 | $ 38,052.00 | $ 13,989.71 |
| Power System Cost per Day of Backup Power - Lowest to Highest | |||
| System Solution Large | |||
| Proposer Name | Lowest to Highest Cost | Percentage | Score |
| ZeroBase | $ 2,380.56 | 1 | 50 |
| APS | $ 4,409.06 | 54% | 27.0 |
| Power System Cost per Day of Backup Power - Lowest to Highest | |||
| System Solution Small | |||
| Proposer Name | Lowest to Highest Cost | Percentage | Score |
| ZeroBase | $ 13,989.71 | 1 | 50 |
| APS | $ 15,681.36 | 89% | 44.6 |
| Power System Duration of Backup Power in Days - Highest to Lowest | |||
| System Solution Large | |||
| Proposer Name | Highest to Lowest Duration | Percentage | Score |
| ZeroBase | 93.42 | 100% | 50 |
| APS | 90.40 | 97% | 48.4 |
| Power System Duration of Backup Power in Days - Highest to Lowest | |||
| System Solution Small | |||
| Proposer Name | Highest to Lowest Duration | Percentage | Score |
| ZeroBase | 4.74 | 100% | 50 |
| APS | 2.72 | 57% | 28.7 |
File details come from the government source that posted it. Updated .