Instream Tidal Energy Research (InTER) Project
Lead Participant:
ITPE LTD
Abstract
The aim of the Instream Tidal Energy Research (InTER) project is to design, build and test a 100 kW tidal energy
device featuring two vertical axis turbines on a floating research platform. The project will develop a new
platform technology that will enable Instream Energy Systems (Instream) to make the step from inland
hydrokinetics and access tidal resources in the UK. Deployment and system testing of the prototype will take
place in an appropriate marine environment with a simulated grid interface. Instream's technology aims to
overcome many of the existing challenges in the tidal sector including high installation costs and access to
shallow water resources to achieve lower-risk, cost-effective commercial projects. The InTER project builds on
Instream and IT Power’s (ITP) recent platform concept design work and Instream’s existing rotor design. The
resulting 'Turbine Deployment Unit' (TDU) will support 2 rotors. The key phases of the project will include,
numerical and physical modelling, design, fabrication, assembly, deployment, commissioning, demonstration,
and recovery. The consortium assembled has the expertise necessary to internally carry out the project phases.
device featuring two vertical axis turbines on a floating research platform. The project will develop a new
platform technology that will enable Instream Energy Systems (Instream) to make the step from inland
hydrokinetics and access tidal resources in the UK. Deployment and system testing of the prototype will take
place in an appropriate marine environment with a simulated grid interface. Instream's technology aims to
overcome many of the existing challenges in the tidal sector including high installation costs and access to
shallow water resources to achieve lower-risk, cost-effective commercial projects. The InTER project builds on
Instream and IT Power’s (ITP) recent platform concept design work and Instream’s existing rotor design. The
resulting 'Turbine Deployment Unit' (TDU) will support 2 rotors. The key phases of the project will include,
numerical and physical modelling, design, fabrication, assembly, deployment, commissioning, demonstration,
and recovery. The consortium assembled has the expertise necessary to internally carry out the project phases.
Lead Participant | Project Cost | Grant Offer |
---|---|---|
ITPE LTD | £341,787 | £ 239,255 |
  | ||
Participant |
||
GOODWIN ELECTRONICS LIMITED | £43,467 | £ 30,427 |
UNIVERSITY OF PLYMOUTH | ||
A&P FALMOUTH LIMITED | £2,104 | £ 1,052 |
INSTREAM ENERGY SYSTEMS UK | £158,439 | £ 110,907 |
WALKER SUBSEA ENGINEERING LTD | ||
TTI MARINE RENEWABLES LTD | ||
TENSION TECHNOLOGY INTERNATIONAL LIMITED | £98,094 | £ 68,665 |
UNIVERSITY OF PLYMOUTH | £61,780 | £ 61,780 |
LEASK MARINE LIMITED | £666,054 | £ 466,238 |
People |
ORCID iD |
Gino Bawn (Project Manager) |