Turbular Turbine

A tubular turbine is widely used in hydropower stations with a head of 2-30 meters.

The blades are fixed or can adjust manually.

An efficient turbine of this kind can produce a large quantity of water flow which passes unimpededly.

A tubular water turbine is a type of hydro turbine that is designed to operate in a cylindrical-shaped casing, known as a draft tube. The draft tube helps to increase the efficiency of the turbine by allowing the water to slow down as it exits the turbine, which reduces the pressure and increases the amount of energy that can be extracted from the water.

Tubular water turbines are commonly used in small-scale hydroelectric power systems, such as Mini Hydropower Solutions, as they are relatively simple and cost-effective to manufacture and install. They are also highly efficient, with conversion rates of up to 90% or more.

A tubular hydro generator, on the other hand, is a type of electrical generator that is designed to convert the mechanical energy produced by a tubular water turbine into electrical energy. The generator typically consists of a rotating shaft, magnets, and copper wire coils, and operates on the principles of electromagnetic induction.

As the tubular water turbine rotates, it spins the shaft of the hydro generator, which in turn rotates the magnets inside the generator. As the magnets rotate, they create a magnetic field that induces an electrical current in the copper wire coils, generating electricity.

Tubular hydro generators are highly efficient and reliable and can be used in a range of different hydroelectric power systems, from small-scale Mini Hydropower Solutions to large-scale hydroelectric dams. They are also a clean and renewable source of energy, with no emissions or pollutants produced during operation.