Advanced Tidal Energy Device Completes Hydrodynamic Blade Testing

Inyanga Marine Energy Group has successfully completed hydrodynamic testing of the Passive Pitch Unit for its HydroWing technology, validating its ability to automatically regulate pitch using a self-adjusting system By William Mackenzie / 18 Oct 2024

Connect with Leading Marine Technology Innovators

Discover cutting-edge solutions from leading global suppliers
SUPPLIER SPOTLIGHT
Advanced Tidal Energy Device Completes Hydrodynamic Blade Testing
Follow OS&T

Inyanga Marine Energy Group has successfully completed hydrodynamic testing of the Passive Pitch Unit for its patented HydroWing technology.

The test results confirm that the cutting-edge blade rotor on HydroWing’s tidal energy device can automatically regulate its own pitch using its innovative, self-adjusting system. 

This breakthrough validates the HydroWing technology and is the culmination of two years of intensive development by HydroWing’s R&D team.

Richard Parkinson, CEO of Inyanga Marine Energy Group, explained, “With this new pitch regulation system, the blade rotors can now scale to twice the swept area, whilst ensuring safety and efficiency, even in the harshest ocean conditions. This technology advance unlocks new possibilities for harnessing marine energy at a larger scale and paves the way for future innovations in predictable sustainable power generation. 

“The passive pitch mechanism not only regulates the output of the device but protects the device from adverse conditions such as wave loadings, grid loss and storm surges. Passive pitch has major benefits over active pitch in terms of reliability, cost and load damping, while also achieving increased energy yield.”

The hydrodynamic testing was conducted at the Kelvin Hydrodynamics Laboratory at the University of Strathclyde in Scotland. The project has been supported by the IDCORE Programme through which HydroWing have engaged two engineers as part of their EngD thesis.

Richard Parkinson added, “These exciting test results mark a major milestone in our mission to deliver low cost, efficient and reliable tidal energy arrays. Our engineering team have excelled in delivering a game-changing turbine and blade solution which doubles annual energy production, making our Morlais 20MW project highly investable.”

George Dadd, Lead Turbine Engineer at HydroWing, commented,“The tests on the passive pitch technology have behaved exactly as calculated, validating the ‘proof of concept.’ We will now continue the validation process with a full scale test rig.”

HydroWing was recently awarded what is reportedly the largest tidal energy project in the UK, as part of Allocation Round 6 of the UK government’s Contracts for Difference scheme. The company is now on course for deploying a 20MW tidal energy project at Morlais in Wales, in addition to other projects around the world.

Posted by William Mackenzie Edited by William Mackenzie, Junior Editor and Copywriter practised in digital content creation and writing about defense and marine technology. Connect & Contact

Latest Articles

Advanced USV to Boost Maritime Surveillance for Kuwait Coast Guard

Ocean Infinity has launched its NeedleFish USV with the Kuwaiti Coast Guard, enhancing Kuwait’s maritime surveillance through advanced autonomous technology

Jul 10, 2025
Overcoming Challenges in Commercial Marine Electronics

Discover how Actisense helps commercial marine operators overcome regulatory, cost, and connectivity challenges with reliable, future-ready electronic and remote monitoring solutions

Jul 10, 2025
Voyis Launches Academy & Protect Services Enhancing ROV Camera Platform

Voyis has released the Voyis Academy and Voyis Protect service programs to support the technology and users of the underwater Discovery Stereo Vision System ensuring optical excellence

Jul 09, 2025
New Unmanned Surface Vessel Outfitted with Voyager AI Survey System

Robosys Automation’s Voyager AI Survey has been integrated onboard Uncrewed Survey Solutions’ USS Accession, enhancing the vessel with advanced autonomous navigation and control capabilities

Jul 09, 2025
AGISTAR BX-USV Supports University Research & Development in Autonomous Marine Systems

AGISTAR explains how the BX-USV provides an accessible, modular platform for university research, helping students build, test, and operate autonomous systems in real-world marine environments

Jul 09, 2025
Smarter Battery Management for Long-Term Underwater Monitoring

Learn how SubC Imaging improves long-term underwater monitoring with a smart power-saving feature that greatly extends camera deployment times

Jul 09, 2025

Featured Content

Deploying a Professional-Grade Inspection ROV with Minimal Setup

Oceanbotics outlines how inspection-class ROVs can be deployed quickly and efficiently across marine, defense, and energy sectors, with setup completed in under three minutes

Jul 04, 2025
Teledyne Marine Opens Entries for its 2025 Photo & Data Contest

Teledyne Marine’s 2025 Photo & Data Contest invites global participants to submit visuals and data showcasing its technologies for a chance to win prizes

Jul 01, 2025
The Role of Marine Autopilots in USV Operations: Q&A with Dynautics

Dynautics CEO Dr. Henry Robinson discusses the evolution of marine autopilots, custom USV technologies, and the future of autonomy in ocean operations

Jun 27, 2025