EVOLVE Project reveals positive role for wave energy in Europe’s future low carbon energy system

With official results from the EVOLVE Project due for release later this year.

With official results from the EVOLVE Project due for release later this year, initial findings indicate wave energy will positively impact Europe’s future low carbon energy system.

The €1million initiative – which stands for Economic Value of Ocean Energy – aims to build a firm evidence base to support the introduction of – ocean energy in Europe’s future energy system.

Granted through the OCEANERA-Net Cofund initiative, the collaboration brings together research institutions, technology developers and industry organisations. Key players include Aquatera as project manager WavEC Offshore Renewables, Research Institutes of Sweden (RISE), University of Edinburgh, Orbital Marine Power and CorPower Ocean.

CorPower Ocean, which has contributed significant internal wave energy data to support the analysis, recently caught up with EVOLVE Technical Manager Dr Shona Pennock to unpick the latest findings.

“In recent years there’s been lots of talk about the potential benefits of adding wave and tidal to the energy system, but there are limited quantifiable studies demonstrating the benefit of ocean energy,” said Shona, who also serves as a Research Associate in Marine Energy within Edinburgh University’s Policy & Innovation Group. “The EVOLVE project aims to address this by producing quantifiable results in terms of the costs and carbon savings associated with deploying ocean energy into future low-carbon energy mixes.

“Our country-scale modelling covers three regions: Great Britain, Ireland and Portugal – all located on the West Coast of Europe with some of the highest ocean energy resources. Initial results have found a consistent pattern when including wave and tidal deployments in high renewable 2030 future energy scenarios. For each of the three regions, increasing the deployed capacity of commercial-scale ocean energy arrays results in a decrease in system dispatch costs (the cost of delivered fuel, and other variable operation and maintenance) and in annual carbon emissions. This is due to the offsetting in time of wave and tidal resource with more established renewable energy solutions such as wind and solar PV.

“It has been found that this offsetting results in a more consistently available renewable generation profile with higher proportions of ocean energy deployments, enabling lower dispatch requirements for expensive, carbon-intensive fossil fuel generation. Wave energy, in particular, has also been found to correlate better to peak demand than wind, solar or tidal, and could improve overall system security. This is particularly pertinent given the current climate and broad demand to ease reliance on gas imports.”

Screenshot 2022 05 06 at 09.21.28

Following stakeholder workshops the EVOLVE consortium is now refining its analysis associated with future deployment scenarios, fossil fuel generation, and alternative energy vectors such as storage and hydrogen generation. It is expected to release a detailed project report in Autumn 2022.

“We have several different work packages addressing spatial and temporal aspects of ocean energy,” added Shona. “For instance, Aquatera is focusing on identifying where the greatest ocean energy resources lies, across the three regions, while calculating additional constraints on the energy system. Using a bespoke GIS tool, created and developed by Aquatera,   we are able to pinpoint locations for future wave and tidal arrays based on a series of parameters including distance from shore, bathymetry, presence of shipping lanes and aquaculture etc…This spatial analysis is helping identify for example how much wave energy can be deployed across the regions, and where it can be positioned to generate the highest value.

“In addition, temporal analysis is being carried out by the University of Edinburgh and RISE in Sweden, using hourly dispatch models to represent power systems in GB, Ireland and Portugal. We have built models based on established future scenarios across the regions, before conducting sensitivity studies to understand how these scenarios change when adding more wave and tidal into the system. We can then assess how this impacts the hourly marginal price of energy, which represents the wholesale cost of energy – and therefore the total cost of energy to the consumer.

“Furthermore, in Portugal, WavEC Offshore Renewables has been carrying out detailed microgrid modelling looking specifically at island systems, using the Orkney archipelago in Scotland as a case study. This work is looking to understand the role of wave and tidal energy within the optimal combination of renewable energy, to meet demand through 100pc renewables, plus storage.”

While green energy continues to be implemented at pace across Europe, Shona added that the key challenge in the race to 100pc renewables lies in providing a ‘consistent and stable’ supply of power.

“We already have a good amount of wind in the UK renewable energy system and we will see plenty more as we move to net zero,” added Shona. “However, if we are to also introduce ocean energy, our findings indicate it will be highly complementary and offset the time periods when we have lower wind resource.

“By modelling future power system scenarios across Europe, the EVOLVE project aims to quantify how ocean energy can not only supply power to our electricity grids, but also enable a more diverse energy mix and cost-effective matching of energy supply and demand. In this respect, the project will deliver a business case for future ocean energy developments as an integral part of Europe’s future energy system.”

*THE EVOLVE Project has received support under the framework of the OCEANERA-NET COFUND project, with funding provided by the following national/regional funding organisations: Scottish Enterprise, Swedish Energy Agency and Fundação para a Ciência e a Tecnologia. The contents and views expressed in this material are those of the authors view and do not necessarily reflect the views of the OCEANERA-NET COFUND consortium. Any reference given does not necessarily imply endorsement by OCEANERA-NET COFUND. The OCEANERA-NET COFUND consortium is not responsible for any use that may be made of the information it contains



What we do


Our Company

Wave power.
To power the planet.

CorPower Ocean brings high-efficiency Wave Energy technology enabling reliable and cost-effective harvesting of electricity from ocean waves.

With our research and development spanning decades, our innovations are inspired by the pumping principle of the human heart. Ocean energy brings stability to the clean energy mix, accelerating the transition to zero-carbon energy.

Headquartered in Sweden, with offices in Portugal, Norway and Scotland, we design, build and install turnkey solutions that allow our customers to power the planet with clean energy from ocean waves.

CorPower Ocean
© 2024 All rights reserved

Headquarters: Stockholm, Sweden.
CorPower Ocean AB.
Västberga Allé 60, 126 30 Hägersten Sweden.
Corporate number: 556584-9824

What we do

Our Company

Copyright © 2024 CorPower Ocean. Headquarters:
Stockholm, Sweden. All rights reserved. CorPower Ocean
AB. Västberga Allé 60, 126 30 Hägersten Sweden.
Organisation number: 556584-9824