Easy Hydro

Low-cost, Modular
Hydropower
Energy Recovery

Generate low-cost electricity
from existing water infrastructure

Find the Best Solution for Your Site

Generating green electricity

Green renewable energy for self-consumption or grid sale from 1 kW to 1+ MW

Reducing operating costs

Low purchase and maintenance costs for efficient energy recovery

Enabling
CO2 reduction

Harness water flow to reduce carbon emissions sustainably

Modular PAT turbine for small-scale hydropower

How?

Modular Water Turbines for Efficient Energy Recovery

Easy Hydro specialises in the design and supply of modular water turbines up to 1 MW of nominal power.

Our machines are built using components of standard water pumps, before being tested in the factory and shipped to our customers. The technology is sometimes referred to as Pumps As Turbines (PAT).

With low purchase and maintenance costs, they are ideal to recover energy from water flowing inside pipes and achieve considerable energy savings.

Our turbines are comparable with fixed-geometry Francis and Kaplan turbines, and can either discharge water at atmospheric pressure or with a residual pressure at the outlet for maximum flexibility.

Competitive advantages

In comparison with a conventional custom-made hydropower turbine (Francis, Crossflow, Pelton…) our technology presents the following advantages:

Modular Hydropower in mining

Unlock the Power of Sustainable Hydropower Today

Easy Hydro offers low-cost, modular water turbines designed for efficient energy recovery. Reduce operating costs, cut carbon emissions, and generate green electricity from your existing water infrastructure. Let us help you find the perfect solution for your site and start generating clean energy today.

Our Services

GENERATE ELECTRICITY FROM YOUR EXISTING WATER INFRASTRUCTURE

Process Diagram

1. Feasibility Analysis

Evaluate the economic, technical, and environmental viability of prospective sites.

2. Engineering & Design

Customization, equipment selection, and design of the installation.

3. Equipment Supply

Hydraulic turbine, electric generator, valves, control panels, telemetry...

4. Commissioning

Construction supervision and/or commissioning.

5. Optimization

Remote monitoring and optional set-up of the equipment to maximize performance.

Our Services

GENERATE ELECTRICITY FROM YOUR EXISTING WATER INFRASTRUCTURE

1. Feasibility Analysis

Evaluate the economic, technical, and environmental viability of prospective sites.

2. Engineering & Design

Customization, equipment selection, and design of the installation.

3. Equipment Supply

Hydraulic turbine, electric generator, valves, control panels, telemetry…

4. Commissioning

Construction supervision and/or commissioning.

5. Optimization

Remote monitoring and optional set-up of the equipment to maximize performance.

GENERATE ELECTRICITY FROM YOUR EXISTING WATER INFRASTRUCTURE

Key Benefits of Our Modular Hydropower Solutions

Green renewable energy for self-consumption or grid sale from 1 kW to 1+ MW

Negligible environmental impacts using the existing water infrastructure

Quick return on investment and simplified maintenance

Our centrifugal and axial PATs
are Made in Italy

Quick lead time
(2-6 months)

Plug-and-play turbines, easy installation and commissioning

Applications

Our turbines are suitable for existing pipe systems where water pressure needs to be reduced or where water flows by gravity into a reservoir or tank.

This technology allows water-intensive organizations (e.g. water, irrigation, mining companies) to exploit an untapped energy source in a cost-effective way.

Modular Hydropower in drinking water network

Water Networks

Sustainable hydropower system reducing carbon emissions

Hydropower

Case Studies

Easy Hydro offers a service to analyse your site, select the optimum turbine and design a full installation & control package that will optimise your energy generation.

Head:
Flow:
Maximum output:
Head:
Flow:
Maximum output:

Latest news

Stay Tuned

Subscribe to receive updates on new projects, innovations, and insights into sustainable hydropower.