Hydro Energy
Clean Power from Flowing Water
Our AI-optimised micro-hydro turbines generate reliable, round-the-clock clean electricity from rivers and streams — including low-head sites previously considered unviable for hydroelectric development.
Why Hydro?
Hydroelectric power is the world's largest source of renewable electricity — and micro-hydro is its most accessible form. Unlike solar and wind, hydro generates power continuously, day and night, regardless of weather. Energy Core's research has focused on unlocking the vast potential of low-head run-of-river sites: the millions of streams, rivers, and water channels where conventional turbines cannot operate but our AI-optimised Kaplan designs can.
How It Works
Run-of-River Micro-Hydro
Water Intake
A low-impact intake structure diverts a portion of river flow into the turbine channel — designed to minimise disruption to fish passage and river ecology.
AI-Optimised Turbine
Water passes through our Kaplan turbine — its blade geometry AI-optimised for the specific head height and flow rate of your site.
Power Generation
The turbine drives a generator, producing AC electricity continuously — unaffected by cloud cover or wind conditions.
Return Flow
Water exits the turbine and returns to the river downstream — the flow is unchanged, only the energy has been extracted.
Applications
Where It Gets Used
Rural & Estate Power
Continuous on-site generation for farms, estates, and rural properties with access to a watercourse.
Remote Communities
Reliable baseload power for off-grid villages, islands, and communities without grid access.
Industrial Water Users
On-site generation for mills, water treatment works, and industrial facilities on rivers.
Conservation & Rewilding Sites
Low-impact power generation for nature reserves and rewilding projects — minimal ecological footprint.
Our Machine
MicroHydro KL-Series Turbine
Run-of-river power generation — AI-optimised for low-head sites.
Starting from £9,800
Safety & Risk
Does Your Site Have Hydro Potential?
Our engineers can assess your watercourse, head height, and flow rate to determine the generation potential and recommend the right turbine.