Upgrade of CAS Spectroradiometer system Tender, Italy - 99620257

Procurement Summary

Country : Italy

Summary : Upgrade of CAS Spectroradiometer system

Deadline : 19 Apr 2024

Other Information

Notice Type : Tender

TOT Ref.No.: 99620257

Document Ref. No. : EC-JRC/IPR/2024/LVP/0894-ExA

Competition : ICB

Financier : Self Financed

Purchaser Ownership : Public

Tender Value : Refer Document

Purchaser's Detail

Purchaser : European Commission, Joint Research Centre - Ispra (JRC-IPR)
{'Country': 'ITALY'}[Disclaimer: For Exact Organization/Tendering Authority details, please refer the tender notice.]
Italy
Email :JRC-E-PROCUREMENT@ec.europa.eu
URL :https://etendering.ted.europa.eu/cft/cft-search.html?text=&_caList=1&status=&startDateFrom=&startDateTo=&closingDateFrom=&closingDateTo=&procedureTypeOngoing=&_procedureTypeOngoing=1&procedureTypeForthcoming=&_procedureTypeForthcoming=1&confirm=Searc

Tender Details

Please note that this is not a call for tenders but a publication announcing the Contracting authority-s intention to publish a future negotiated low or middle valueprocedure. The CAS spectroradiometer system actually in use at ESTI is composed by two detectors, covering the spectral range 300-1650 nanometers. After the dismissal of the OL750 instrument, there is no spectroradiometer able to go beyond 2000 nanometers, necessary to characterize the triple-junction solar cells. The present request aims to update the existing system with a third detector to reach 2200 nanometers.
Please note that this is not a call for tenders but a publication announcing the Contracting authority’s intention to publish a future negotiated low or middle valueprocedure. The CAS spectroradiometer system actually in use at ESTI is composed by two detectors, covering the spectral range 300-1650 nanometers. After the dismissal of the OL750 instrument, there is no spectroradiometer able to go beyond 2000 nanometers, necessary to characterize the triple-junction solar cells. The present request aims to update the existing system with a third detector to reach 2200 nanometers.
CPV Descriptions: 38000000

Documents

 Tender Notice