NASA GRC - AM0 Solar Simulator Purchase
ID: 80GRC025PA001Type: Combined Synopsis/Solicitation
Overview

Buyer

NATIONAL AERONAUTICS AND SPACE ADMINISTRATIONNATIONAL AERONAUTICS AND SPACE ADMINISTRATIONNASA GLENN RESEARCH CENTERCLEVELAND, OH, 44135, USA

NAICS

Analytical Laboratory Instrument Manufacturing (334516)

PSC

LABORATORY EQUIPMENT AND SUPPLIES (6640)

Original Source

https://sam.gov/opp/41baa3920c804de9bb2db243462009d8/view
Timeline
    Description

    NASA's Glenn Research Center is seeking quotes for the acquisition of an AM0 Solar Simulator, a critical tool for testing solar photovoltaic technologies. The simulator must accurately replicate the AM0 solar spectrum and meet stringent performance specifications, including maintaining spectral accuracy within +/- 25% and providing precise irradiance control across multiple spectral zones. This procurement is vital for advancing space solar technology and ensuring compliance with federal regulations, including the "Buy American Act." Interested vendors must submit their proposals by November 15, 2024, and can direct inquiries to Ian C. Park at ian.park@nasa.gov or by phone at 216-433-3130.

    Point(s) of Contact
    Ian C. Park
    (216) 433-3130
    ian.park@nasa.gov
    Files
    Title
    Posted
    AM0 Solar Simulator SOW Clarification - Technical.pdf
    The document outlines the specifications for an AM0 Solar Simulator as part of a government RFP, focusing on the technical requirements related to its performance. The simulator must be capable of simulating AM0 solar spectra per IEC 60904-9 and ASTM-E 927 standards, maintaining a spectral accuracy within +/- 25% per spectral bin. It should have an illumination field larger than 21mm x 21mm and be equipped for spectral tuning suitable for multijunction space solar cells with precision irradiance control of +/- 2% across each junction. The system must accommodate five dedicated filtration optics for specific wavelength ranges: 275-600nm, 580-720nm, 727-890nm, 886-1089nm, and 1046-1850nm, while being capable of housing additional optics. Performance requirements include temporal stability and spectral non-uniformity of less than +/- 2%, alongside a collimation feature to ensure beam divergence remains below 3 degrees. This detailed specification underlines the government's commitment to advancing space solar technology through precise and customizable simulation capabilities.
    RFQ - Solar Simulator.pdf
    NASA's John H. Glenn Research Center is soliciting quotes for the acquisition of an AM0 Solar Simulator via a Request for Quotation (RFQ) under solicitation number 80GRC024PA001. The RFQ outlines requirements for a highly collimated, steady-state Xenon-based solar simulator designed to replicate the solar spectrum accurately, essential for testing solar photovoltaic technologies. The simulator must meet AAA Class standards and feature at least five tunable spectral zones for dynamic adjustment of spectral content. Offers must adhere to specific federal regulations, including compliance statements related to the "Buy American Act." Evaluation of bids will utilize the lowest price technically acceptable (LPTA) method to select the offer that meets quality and delivery criteria. All proposals must include necessary representations and certifications and be submitted by the stipulated deadline. The contract type is firm fixed price with inspections and acceptance occurring upon delivery at NASA GRC. Suppliers must ensure comprehensive documentation, including detailed descriptions and compliance with various federal clauses to facilitate transparent procurement and contract administration. This procurement emphasizes NASA's emphasis on innovation and rigorous standards to advance aerospace technology effectively.
    Lifecycle
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    NASA GRC - AM0 Solar Simulator Purchase
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    Combined Synopsis/Solicitation
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