Corpower Ocean develops and delivers wave energy converter systems that turn ocean waves into electricity, focusing on commercial operation, scalable wave farms and long term, cost competitive renewable power.
Corpower Ocean is a Swedish technology company that develops, manufactures and operates wave energy converter systems that produce electricity from ocean waves. The company was founded in 2012 and is headquartered in Stockholm, with additional operations in Norway, Portugal and Scotland. Its activities span the full value chain from research and development to industrial production, installation, operation and servicing of wave energy projects.
The core offering is Corpower’s proprietary Wave Energy Converters, installed offshore and connected to the electricity grid through subsea cables. The technology is based on a point absorber device with an internal mechanism that can be tuned to prevailing wave conditions, aiming to combine efficient energy capture with robust performance in harsh storms. The systems are designed for modular deployment in clusters that together form utility scale wave farms.
Corpower Ocean is currently running commercial scale demonstration projects, including a grid connected installation off the coast of Portugal. These projects are intended to verify energy performance, availability and lifecycle costs, as well as to establish reference sites that can support future project development in multiple regions with favorable wave climates.
Corpower Ocean’s business model is based on being a system provider of wave energy technology for utilities, project developers and industrial customers. The company develops and owns the core technology, including hardware, control systems and methods for design, installation and operation, and can deliver turnkey wave energy solutions or form partnerships within specific projects.
Revenue streams can include equipment sales, technology licensing, engineering and project services, commissioning and long term operations and maintenance contracts, and in some cases ownership stakes or revenue sharing in wave farms. A key element of the model is to build a base of recurring revenues through service agreements, performance optimisation and technology upgrades over the life of the assets.
The company follows a staged scale up approach, moving from single demonstration units to commercial clusters of multiple devices, often referred to as CorPack arrays. Over time these arrays can be combined into larger wave farms and co-located with offshore wind or other marine energy technologies. This creates opportunities for different business structures together with established players in the energy sector, including joint ventures and long term offtake arrangements.
Since inception Corpower Ocean has followed a structured development roadmap, scaling the technology from small scale prototypes to commercial size devices in real sea conditions. The company has carried out extensive testing in wave tanks, on full scale test rigs and at sea, gradually increasing technology readiness and building an empirical data set that supports design improvements and risk management.
In the coming years the company’s development efforts are expected to focus on completing and evaluating commercial scale pilot projects, finalising standardised product platforms and building capacity for serial manufacturing of wave energy converters. Corpower Ocean is also preparing larger projects with international utilities and project developers in markets where wave energy can complement existing wind and solar resources and contribute to a more stable renewable power mix.
Growth is driven by increasing global interest in offshore renewable energy, progress in Corpower’s own technology platform and the gradual scale up of existing partnerships. Future capital requirements are likely to relate to continued technology development, industrialisation, project development and the financing of early reference plants that can support subsequent commercial roll out at larger scale.
Corpower Ocean targets international markets where coastal wave resources are strong and there is demand for low carbon power generation. Priority geographies include parts of Europe, North and South America, Africa and Oceania with suitable wave climates and supportive energy and climate policies. Customers are mainly utilities, independent power producers, project developers and energy intensive industries looking for reliable renewable power close to shore.
Wave energy is at an earlier stage of commercial deployment than wind and solar power, but it addresses a similar need for clean electricity. The competitive landscape includes other wave energy developers with different concepts, as well as alternative marine energy solutions such as offshore wind and tidal energy. Corpower Ocean positions itself through a focus on high energy density relative to equipment mass, robust performance in rough sea states and a modular architecture that can be integrated into larger offshore energy parks.
Large industrial companies and utilities are active as partners, investors or potential customers in the broader offshore energy market, and many of them monitor the development of wave technologies. For Corpower Ocean, long term collaborations with such actors are important to access project pipelines, financing and know how in permitting, construction and operation of large scale offshore assets.
Corpower Ocean’s technology is based on a compact point absorber buoy that moves with the waves and converts this motion into electricity through an internal mechanical drivetrain and generator. A central feature is the company’s patented control solutions that adjust how the buoy responds to the waves, with the aim of maximising energy capture in normal sea states and limiting loads during storms to protect the equipment.
The technology platform also includes solutions for foundations and mooring, subsea connection systems, power export to shore and digital tools for monitoring, diagnostics and performance optimisation. Experience from long term testing in real ocean conditions is an important part of Corpower’s differentiation, as the collected data supports more accurate design, improved models and higher reliability across the life cycle of the projects.
The overall objective of the technology programme is to enable wave energy projects with cost levels that can be competitive with other forms of offshore generation in selected markets, while designing the systems for standardised manufacturing, efficient logistics, rapid installation and safe, predictable maintenance using existing port infrastructure.
Corpower Ocean is a privately held company that has financed its development through a combination of private capital, industrial partnerships and public funding linked to energy and climate innovation. The investor base includes financial investors, industrial actors and public institutions with a focus on renewable energy and decarbonisation technologies.
Capital has primarily been allocated to technology development, test and production facilities, recruitment of specialist competences and the execution of stepwise pilot and demonstration projects. As the project pipeline grows and market interest in wave energy increases, the company is preparing for further capital needs associated with industrial scale manufacturing, larger reference plants and international expansion.
Ahead of a potential future listing, Corpower Ocean offers investors exposure to a specialised technology company in offshore renewable energy, with a validated technology platform and a business that is directly linked to the global transition towards a more resilient and low carbon power system.
How it works in 6 simple steps:
How it works in 6 simple steps:
.avif)
.png)
