Energy from tidal currents—Kick-starting a new marine industry with huge potential
We are investigating whether generating electricity from the strong tidal currents within Cook Strait is viable for Aotearoa New Zealand.
Project leader: Brett Beamsley, MetOcean Solutions
Duration: Nov 2017 – June 2019
Cook Strait, which is in the focal area for the Sustainable Seas Challenge, is potentially one of the best sites in the world for generating power from tidal currents. Tidal currents are a highly predictable renewable energy source. Our research is exploring how many tidal turbines would be enough to generate energy to power a major city like Auckland (about 1000 megawatts).
One major barrier to industry investment in tidal current energy is lack of knowledge about the scale of investment required. We are using computer models to estimate power output from tidal flows within Cook Strait and determine the best locations within the Strait and the size required for a tidal turbine farm that could generate 1000 megawatts of electricity. We have also developed novel tools and methods to make it possible to rapidly estimate the power output from tidal energy.
Another potential barrier to development is whether farms will affect the natural tidal flows, so we are also analysing their impact on tidal flows.
Our research aims to provide the tools and quantitative data to stimulate industry investment and kick-start a new sector of the marine economy.
Latest news and updates
We are pleased to release the Phase II Core Research Project Portfolio for 2019-2024.
We want to hear from people who work with, or for, marine-based Māori enterprises, particularly those involved in commercial, customary or recreational fishing.