BlueSpan Floating Solar

Our Mission

OceanSparx is dedicated to deploying utility-scale floating solar (BlueSpan) on reservoirs, lakes, and water bodies worldwide. We generate clean electricity that can be used directly or converted to green hydrogen and ammonia, creating sustainable energy solutions with significant environmental co-benefits including water conservation and improved water quality.

Our Vision

To become the global leader in floating solar deployment, enabling countries to achieve renewable energy targets while conserving precious water resources and creating economic value through electricity, hydrogen, and ammonia production.

BlueSpan Floating Solar

• Global deployment plan derived from regional reservoir and water body assessments.
• Capacity factor (CF) varies by region based on solar irradiance; nameplate capacity calculated as MWp = (TWh × 1e6) / (CF × 8,760).
• Power density: 60 MWp per km² of PV floating arrays; total array area = MWp / 60.
• Strict environmental constraint: ≤15% surface coverage per water body; total water area needed = array area / 0.15.
• Average output capacity (GW) = Annual generation (TWh) / 8.76.
• Economic projections use electricity price range AUD 70–100/MWh and PV capital cost $0.60/Wp.
• Regional water availability continuously validated; all deployments honor the ≤15% coverage limit.

Hydrogen & Ammonia Conversion

• Green hydrogen production via PEM or alkaline electrolysis using BlueSpan electricity.
• Specific energy consumption (SEC): 43-55 kWh/kg H₂ depending on electrolyzer technology and scale.
• Ammonia synthesis via Haber-Bosch process: 1 kg H₂ → 5.6 kg NH₃.
• Economics depend on electricity cost, electrolyzer efficiency, and hydrogen/ammonia market pricing.

Note: All figures updated as site assessments are completed and technology specifications are finalized. Environmental compliance and water resource protection remain paramount in all deployments.