Water power
Utility Power
Global electricity demand is set to treble by 2050, driven by modern-day industries needing ever more power, such as data storage, AI and electric vehicles.
Within the same timeframe, the world’s electricity generation needs to transition to carbon-free sources to hit Net Zero goals and halt the acceleration of climate change.
Our patented Hydrokinetic Solar (HKS) technology generates large scale, carbon-free electricity close to the areas that need it. HKS energy farms can be connected to national grid infrastructures. They can also provide large-scale decentralised power for dedicated offtakers.
Already accounting for 1% of global electricity use and often located near water for use in cooling systems.
Forecast to represent 0.5% of global electricity demand by 2027, driven by huge behind-the-meter demand.
Need for widely distributed EV charging points will benefit from autonomous decentralised clean energy sources.
2.5% p.a.
Forecasted annual growth rate in global electricity demand to 2050.
1,000GW
Additional renewable capacity needed each year to achieve 1.5C warming.
40%
Current global CO2 emissions caused by electricity generation.
58TWh/yr
Estimated hydrokinetic power potential of the world’s rivers.
Hydrokinetic Solar (HKS) energy farms have the potential to deliver 100% renewable, constant, baseload electricity to both national domestic energy utility companies and large-scale private commercial consumers.
From the earliest wooden watermills, to today's multi-megawatt tidal lagoons, humans have long-understood the power held in our rivers and oceans. Hydrokinetic energy capture harnesses this power to generate renewable energy, whilst minimising impact on our precious ecosystems.
100% predictable clean energy
No dams, no damage.
Autonomous, decentralised power
