The Process of Building a Micro Hydro System: A Step-by-Step Guide

:construction:Building a micro hydro system involves carefully planning and installing components such as the diversion wall, penstock, and turbines.

:electric_plug:The installation of an electric transmission line is crucial for efficiently transferring the generated power from the micro hydro system.

:construction_worker:Constructing the diversion wall requires precise positioning and compaction of the stream bed, as well as the installation of a colander screen.

:pick:The placement and burial of the penstock, which carries water to the turbine, is an essential and time-consuming part of the micro hydro system construction process.

:rocket:Proper bedding and alignment of the penstock, as well as the use of warning tapes, ensures its long-term functionality and protection against damage.

What is a micro hydro system?

—A micro hydro system is a renewable energy system that harnesses the power of flowing water to generate electricity on a small scale.

What are the advantages of a micro hydro system?

—Micro hydro systems are environmentally friendly, reliable, and can provide a constant source of clean energy. They are particularly suitable for areas with access to flowing water.

How much power can a micro hydro system generate?

—The power generated by a micro hydro system depends on factors such as the flow rate and head height of the water source. It can range from a few kilowatts to several hundred kilowatts.

Can a micro hydro system be used for off-grid applications?

—Yes, a micro hydro system can be used to provide electricity for off-grid applications, making it a practical solution for remote areas without access to the main power grid.

What are the maintenance requirements for a micro hydro system?

—Regular maintenance, such as checking for any debris or blockages in the system, is necessary to ensure optimal performance. Additionally, periodic inspections and repairs may be required.

00:01Introduction and call to action to like, subscribe, and set alerts for future videos.

00:09Overview of the micro hydro system site boundaries and watercourse.

00:23Details about the penstock diameter and length, as well as the power transmission line.

00:51Explanation of the diversion wall and its purpose in directing the stream flow.

01:58Installation of the coanda screen and burying the diversion wall.

03:11Placing heavy rocks and topsoil to stabilize the diversion wall.

03:25Preparation and burial of the penstock, ensuring proper alignment and protection.

04:16Installation of the discharge chamber and francis turbine with an extended draft tube.