The future of clean energy belongs to those who can deliver dependable, high-density power without exhausting our oceans or resources. CorPack is built for that future.
We deliver turnkey solutions for project developers, utilities, and energy companies ready to build, own, and operate wave energy farms. Each CorPack includes an array of high-performance Wave Energy Converters (WECs), balance-of-plant systems such as interconnecting cables, and a floating collection hub. Farms can scale from a single CorPack to a full commercial array – tailored to site conditions and market needs.
Compact, high-efficiency units delivering maximum power per tonne for low-cost generation.
Robust, low-impact systems ensuring stability and longevity in all sea states.
Integrated, modular infrastructure for rapid grid connection and reliable performance.
Each CorPack Wave Cluster delivers 10–30 MW of clean firm power from a compact footprint. Designed to optimise use of ocean space, its modular design lowers capital risk, speeds installation, and allows phased growth – scaling renewable power without overextending investment.
Multiple clusters form commercial-scale farms can achieve 15 MW/km² with a low profile of less than 10 m above the sea surface. This delivers large-scale renewable output without dominating the horizon, opening opportunities in regions where other offshore solutions are limited.
Like battery cells packaged in modules, our clusters combine many identical wave devices. This high-density configuration provides 3–5 times more power per area than typical offshore wind developments, while driving industrial efficiency, and enabling economies of scale early. By using local supply chains for construction, installation, and service, projects deliver high local content and long-term community benefits.
By assembling and testing CorPack systems at local ports and fabricating composite buoy hulls through our mobile factory concept, we cut transport costs, speed up deployment, and create skilled local jobs – driving ESG leadership at every step.
The spherical composite hulls are fabricated using a unique Mobile Factory concept. An automated additive process is used to build up the strong and lightweight structures, adding fibres layer by layer with a method optimized for low-cost volume manufacturing.
Delivering wave energy farms, we will be moving these mobile factory cells to our customer sites, to produce the number of buoy hulls needed for the project, before moving the cells over to the next customer site. This saves significant cost and reduces the carbon footprint by eliminating transport. It is also key for creating local jobs and delivering high local content in projects.
CorPower Ocean delivers a utility-grade monitoring and SCADA platform that supervises every CorPack asset from its 24/7 control centre – enabling secure remote start/stop, mode switching (Maintenance, Survival, Derated, Tuned), and closed-loop optimisation with full shore-based control. The system fuses real-time telemetry with model-based optimal control and farm-level communications to ensure safe operation while maximising power capture.
It turns live signals into action: continuous condition monitoring flags anomalies early, while monthly performance reporting distils energy output, availability, downtime root causes, component health, and alarm histories into clear KPIs and recommendations for owner–operator reviews. A dedicated Farm Control Engineer runs remote monitoring and control as a core function, supported by data analysts who extract trends to optimise WEC performance.
Under the hood, CorPower’s SCADA stack supports secure over-the-air and fibre-based control-software updates (including security hardening), predictive-maintenance features, adaptive control enhancements, and alignment with evolving industry standards— while a Balance-of-Plant engineer maintains the electrical and IT infrastructure that underpins the SCADA at the substation and control centre.
Wave farms based on CorPack technology have little visual impact, with devices protruding less than 10m above sea level. This increases social acceptance from local communities as farms located only a few kilometres offshore offshore do not impact the view from land.
