The production of energy from waves is gaining attention. In its expansion strategy, technical, environmental and socioeconomic aspects should be taken into account to identify suitable areas for development of wave energy projects. In this research we provide a novel approach for suitable site identification for wave energy farms. To achieve this objective, we (i) developed a conceptual framework, considering technical, environmental and conflicts for space aspects that play a role on the development of those projects, and (ii) it was operationalized in a Bayesian Network, by building a spatially explicit model adopting the Spanish and Portuguese Economic Exclusive Zones as case study. The model results indicate that 1723 km2 and 17,409 km2 are highly suitable or suitable for the development of wave energy projects (i.e. low potential conflicts with other activities and low ecological risk). Suitable areas account for a total of 2.5 TWh∙m−1 energy resource. These areas are placed between 82 and 111 m water depth, 18–30 km to the nearest port, 21–29 km to the nearest electrical substation onshore, with 143–170 MWh m−1 mean annual energy resource and having 124–150 of good weather windows per year for construction and maintenance work. The approach proposed supports scientists, managers and industry, reducing uncertainties during the consenting process, by identifying the most relevant technical, environmental and socioeconomic factors when authorising wave energy projects. The model and the suitability maps produced can be used during site identification processes, informing Strategic Environmental Assessment and ecosystem approach to marine spatial planning.
Main Outputs / Results:
- Integrated model for suitable site identification for future wave energy farms.
- A spatially explicit model for the Spanish and Portuguese Economic Exclusive Zones.
- Technical, environmental and socioeconomic aspects have been considered.
- 17.7% of the area is suitable, accounting for 2.5 TWh∙m−1 energy resource.
- Suitability maps can reduce uncertainties when authorising wave energy projects.
Ibon Galparsoro: firstname.lastname@example.org
Access to this full article is subject to subscription or fees. If you have difficulties accessing the scientific literature, please contact your institution or the author(s) listed above.