II.1)
[QuantityScopeContract]
This tender is for the acquisition of marine ROV systems by the University of Limerick suitable for inspection and intervention on Marine Renewable Energy (MRE) infrastructure.
[Fileref]:
LEE068C
[Supplies]
The acquired ROV should be a vehicle with good thrust to drag ratio developed
for sub-sea applications in off shore wind or similar. The system is required to
have: high precision positioning and navigation systems; camera and lighting
systems, sonar (including accommodation of sonar systems already in the
possession of the University of Limerick) and other sensors; robot manipulator
systems for intervention tasks on energy converter devices, cables, moorings,
risers, anchorage, etc.
The tender is broken into three related Lots.
[DivisionLots]:
[Yes]
[ValueExclVat]:
2083947.00
EUR
Marine Renewable Energy ROV for High Energy Sites
[LotNumber]:
1
34514800
-
34933000
-
35512000
-
35512400
-
38110000
-
38113000
-
38290000
-
38820000
-
42141410
-
43131100
-
43134000
-
45244100
-
63724100
-
71354500
-
73112000
-
76520000
-
76521000
-
98360000
-
II.2.3)
[PlacePerformance]
II.2.4)
[DescrProcurement]
This Lot 1 lists specification requirements for the base MRE ROV system including: base vehicle platform; thrusters; control systems; power systems, camera and lighting systems; hydraulic systems, manipulator systems; ROV cabling; umbilical winch for free swimming operation; pilot control cabin; etc. The MRE ROV will have payload and integration options for high precision navigation systems through Lot 2 and tether management and launch & recovery systems through Lot 3.
[AwardCriteriaBelow]
[AwardLowestCost]
-
[AwardCriterionName]:
Ultimate Cost
/
[Weighting]:
35
[Options]:
[Yes]
[OptionsDescr]:
Please see options as described in Appendix 1.
[EuProgrRelated]:
[Yes]
[EuProgrRef]:
SFI
II.2.14)
[InfoAdditional]
This tender is for the acquisition of marine ROV
systems by the University of Limerick suitable for
inspection and intervention on Marine Renewable
Energy (MRE) infrastructure, which are by design
located in areas with high energy waves, currents
and strong winds above the sea surface.
Navigation system for MRE ROV
[LotNumber]:
2
34514800
-
34933000
-
35512000
-
35512400
-
38110000
-
38113000
-
38290000
-
38820000
-
42141410
-
43131100
-
43134000
-
45244100
-
63724100
-
71354500
-
73112000
-
76520000
-
76521000
-
98360000
-
II.2.3)
[PlacePerformance]
II.2.4)
[DescrProcurement]
The navigation system consists of inertial navigation system (INS) with aiding sensors (DVL, Pressure sensor, GPS, USBL, LBL), installed, calibrated and tested on the base vehicle of Lot 1.
[AwardCriteriaBelow]
[AwardLowestCost]
-
[AwardCriterionName]:
Ultimate Cost
/
[Weighting]:
50
[Options]:
[Yes]
[OptionsDescr]:
As detailed in Appendix 1
[EuProgrRelated]:
[Yes]
[EuProgrRef]:
SFI
II.2.14)
[InfoAdditional]
This tender is for the acquisition of marine ROV
systems by the University of Limerick suitable for
inspection and intervention on Marine Renewable
Energy (MRE) infrastructure, which are by design
located in areas with high energy waves, currents
and strong winds above the sea surface.
Launch and Recovery System (LARS) and Tether Management System (TMS) for MRE ROV of Lot1.
[LotNumber]:
3
34514800
-
34933000
-
35512000
-
35512400
-
38110000
-
38113000
-
38290000
-
38820000
-
42141410
-
43131100
-
43134000
-
45244100
-
63724100
-
71354500
-
73112000
-
76520000
-
76521000
-
98360000
-
II.2.3)
[PlacePerformance]
II.2.4)
[DescrProcurement]
Lot 3 consists of a Launch and Recovery Systems (LARS) and a Tether Management System (TMS) suitable for the base vehicle of Lot 1.
[AwardCriteriaBelow]
[AwardLowestCost]
-
[AwardCriterionName]:
Ultimate Cost
/
[Weighting]:
40
[Options]:
[Yes]
[OptionsDescr]:
As detailed in Appendix 1
[EuProgrRelated]:
[Yes]
[EuProgrRef]:
SFI
II.2.14)
[InfoAdditional]
This tender is for the acquisition of marine ROV
systems by the University of Limerick suitable for
inspection and intervention on Marine Renewable
Energy (MRE) infrastructure, which are by design
located in areas with high energy waves, currents
and strong winds above the sea surface.