2865a435-0279-4f7e-9dcf-9df5f01cb0c2-EXA

Dimensional measurements instrument

Status
forthcoming
Published
23 Oct 2025
Submission
Electronic submission
Tender summary

In its position of one of the few accredited laboratories to assess world record efficiency PV devices, ESTI aims in reducing its measurement uncertainty of the area in order to improve its measurement capability for the efficiency.

What the buyer needs

  • In its position of one of the few accredited laboratories to assess world record efficiency PV devices, ESTI aims in reducing its measurement uncertainty of the area in order to improve its measurement capability for the…
  • To achieve this target, a tool to precisely measure the dimensions of very small devices is needed.
  • A ten-fold reduction of the uncertainty for the measurement of area is expected.

Procurement signals

  • Procedure: EC-JRC/IPR/2025/LVP/5624-EXA
  • Procedure type: Source procedure code 47396214
  • Contract type: Supply contract (31095499)
  • Submission method: Electronic submission
  • Published: 23 Oct 2025

Procurement categories

CPV 38000000

CPV labels are not yet mapped locally, so the official category codes are shown as source-backed identifiers.

Programme and geography

Programme period 2014 - 2020Programme period 2021 - 2027

Derived from official EU Funding & Tenders portal source fields. Use this as a shortlisting aid; the official tender record remains authoritative.

Source-backed details

Original identifiers and classification fields from the EU tender source.

Procedure identifier
EC-JRC/IPR/2025/LVP/5624-EXA
Business identifier
2865a435-0279-4f7e-9dcf-9df5f01cb0c2-EXA
Procedure type
Source procedure code 47396214
Contract type
Supply contract (31095499)
Authority source ID
47352548
Tender timezone
Europe/Rome
Fetched
17 Jun 2026, 21:04 UTC
Full official description

In its position of one of the few accredited laboratories to assess world record efficiency PV devices, ESTI aims in reducing its measurement uncertainty of the area in order to improve its measurement capability for the efficiency. To achieve this target, a tool to precisely measure the dimensions of very small devices is needed. A ten-fold reduction of the uncertainty for the measurement of area is expected.