Harnessing the Ocean's Power

Our Mission

OceanSparx is dedicated to transforming the maritime industry through innovative energy solutions that harness the power of vessel operations and natural tidal cycles. We're committed to creating sustainable, efficient, and economically viable energy generation systems for ports and maritime operations worldwide.

Our Vision

To become the global leader in maritime energy innovation, enabling ports and shipping companies to achieve net-zero emissions while creating significant economic value through renewable energy generation.

BlueSpan (Floating Solar)

• Global plan derived from regional targets.
• Capacity factor (CF) set per region; nameplate computed as MWp = (TWh × 1e6) / (CF × 8,760).
• Power density: 60 MWp per km² of PV rafts; PV raft area = MWp / 60.
• Strict environmental guardrail: ≤15% coverage per water body; water area needed = PV raft area / 0.15.
• Average capacity (GW) = Annual generation (TWh) / 8.76.
• Economic examples use electricity price deck AUD 70–100/MWh and PV capex $0.60/W for ROI ranges.
• Regional water‑area availability to be validated; plans will be scaled to honor the ≤15% cap everywhere.

CLER (Cargo‑Loading Energy Recovery)

• Physics‑based, displacement‑capped flow model using P = ρ g Q H η, limited by vessel throughput, berth occupancy, and tide.
• Per‑berth nameplate and CF are site‑specific; figures depend on verified traffic, tidal range, and hydraulic design.
• CLER hybridization with BlueSpan is favored to raise utilization and improve economics.

Note: We will update figures as regional reservoir/lake areas are confirmed and CLER site models are validated. All deployments will adhere to the ≤15% surface coverage constraint per water body.