Non-Torque Loading System for Electrical Machine Testing Including Drive System
PipelineHighlights
- Deadline
- —
- Estimated value
- —
- Location
- UKM75
Details
- Published
- 6 Jul 2026
- Deadline
- —
- Value
- —
- Location
- UKM75
- Source
- Find a Tender
- Source notice ID
- 063130-2026
- OCID
- ocds-h6vhtk-06c426
- CPV codes
- 31161000
Description
We seek a system to allow us to test electrical machines with a minimum power-rating of 20 kW and ideally higher powers. Our researchers design, develop and test small electrical machines (at full scale), as well as downscaled prototypes of electrical machines for large offshore renewable energy applications.
Similar opportunities
- 2026 WS3282950901 Maintenance, Repairs and Operations Goods (MRO) (Interim)TenderAnglian Water ServicesCloses 14 Oct 2026
- Derby Diocesan Academy Trust - Dynamic market for the supply of energyTenderDerby Diocesan Academy Trust—
- Escalator Programmable Logic Controllers, Drives, inverters and interfacesTenderTransport for LondonCloses 23 Oct 2026
- Supply and Maintenance of Water CoolersTenderChesterfield Borough CouncilCloses 8 Oct 2026
- Property Maintenance & Construction MaterialsTenderGreat Places Housing Group LimitedCloses 2 Oct 2026
More from University Of Edinburgh
View all- Curriculum Management SystemPipelineUniversity Of Edinburgh—
- Integrated Hospitality Technology platform (EPOS, Digital Ordering, Kiosk & CRM Solutions)TenderUniversity Of EdinburghCloses 16 Oct 2026
- Integrated Hospitality Technology platform (EPOS, Digital Ordering, Kiosk & CRM Solutions)TenderUniversity Of EdinburghCloses 16 Oct 2026
- Procurement of Equine CT and GantryAwardUniversity Of EdinburghAwarded
- Procurement of Equine CT and GantryAwardUniversity Of EdinburghAwarded £1,100,000
Lots (1)
| Lot | Title | Value |
|---|---|---|
| 1 | We seek a system to allow us to test electrical machines with a minimum power-rating of 20 kW and ideally higher powers. Our researchers design, develop and test small electrical machines (at full scale), as well as downscaled prototypes of electrical machines for large offshore renewable energy applications. To date, we have used an in-house drivetrain test rig, rated at 20kW and with variable speed capability up to 100rpm. This effectively means that we can control torque or rotational speed aWe seek a system to allow us to test electrical machines with a minimum power-rating of 20 kW and ideally higher powers. Our researchers design, develop and test small electrical machines (at full scale), as well as downscaled prototypes of electrical machines for large offshore renewable energy applications. To date, we have used an in-house drivetrain test rig, rated at 20kW and with variable speed capability up to 100rpm. This effectively means that we can control torque or rotational speed and the effective electrical load on the electrical machine under test. In our current and future work, we are interested in applying the non-torque loads that might be present in full scale environments to the electrical machines under test. In particular we would like to understand how air-gaps of the electrical machine under test will vary when subjected to those non-torque loads, and hence impact on electrical performance and mechanical integrity. Ideally this system would allow a complete electrical machine to be tested, without separation of and independent mounting of the rotor and stator of the electrical machine under test. The minimum power-rating we desire for the new system is 20 kW, and the minimum speed is 100 rpm, but we are interested in solutions that provide higher power and speed ranges beyond these values. System foot print: 5 m by 2 m Typical electrical machine under-test: 1m outer diameter and 0.4m in axial length Maximum height (when electrical machine under test is mounted): 2 m Power electrical machine under test: 20kW Rotational speed electrical machine under test: 100rpm Vertical force: 50kN Horizontal force: 50kN Moment about vertical: 25 kNm Moment about horizontal: 25 kNm | — |