Fill Details

Get free expert guidance within 24 Hours

Mechanical Design of Hydral Energy Generation System using Pelton Turbine Prototype

  • 20% Off
    Project Pack with
    Online / Onsite Training Program

    253
    Shipping Cost Extra
    What you will get
Project Description

The main working of this project is to convert the fluid flow energy or water flow energy into electricity. The main components used in this project are dynamo mechanical modal of pelton turbine and led’s for indicating the electricity generation. The turbine converts the fluid flow energy into rotational mechanical energy. In this project when a fluid or water fall on the turbine with high pressure the turbine starts rotating, this rotates the dynamo connected to the turbine through shaft. The dynamo converts this rotational motion into the electricity. The electricity generated by dynamo can be stored, which is indicated by led’s. With the generation of the electricity the led’s starts glowing. The rate of generation of electricity depends on the speed or pressure of the falling fluid or water on the turbine

Modules Used
MM12_img
Core Mechanical
MM6_img
Gear Drives
MM3_img
Mechatronics/Robotics
MM5_img
Pulleys
Block Diagram | Project Work Flow Diagram
Block Diagram will be Uploaded Soon
Related Training Modules
  • img
    Industrial Automation

    The word “Industrial automation” implies automatically working organizations, which make use programmable logic controllers (PLC). Process control is a branched statistics and engineering discipline that deals with various controlling methods of output for a specific industrial automated process (architecture, controlling). It was a replacement invented the systems that required numbers of timers; relays etc and increase the cost also. PLCs are a combine package of multiple inputs and outputs, operating under various temperature ranges, even have immunity to noise. As the enhancements made year and year over, sequential relay control, motion control, process control, distributed control systems and networking are included into PLC. The main difference from other computers is that PLCs operate in industrial environments and have multiple (I/O) terminals; those connect the PLC to sensors and actuators. PLCs measure, continuously varied analog input process variables (P, T), and outputs t

    Read More
  • img
    Industrial Automation using PLC, SCADA, HMI and Drives

    The word “Industrial automation” implies automatically working organizations, which make use programmable logic controllers (PLC). Process control is a branched statistics and engineering discipline that deals with various controlling methods of output for a specific industrial automated process (architecture, controlling). It was a replacement invented the systems that required numbers of timers; relays etc and increase the cost also. SCADA is Supervisory Control and Data Acquisition is the systems used to control and Monitor small number of Equipments. They are basically used to perform data collection. It is a collection of HMI (human–machine interface) lock-out tag-out, Remote terminal units, Programmable logic controller, and analytical instrumentation. Various enhancements had been made in the field of SCADA as from 1st generation to 4TH i.e. Monolithic, Distributed, Networked, and Internet of Things.

    Read More
  • img
    Industrial Automation

    The word “Industrial automation” implies automatically working organizations, which make use programmable logic controllers (PLC). Process control is a branched statistics and engineering discipline that deals with various controlling methods of output for a specific industrial automated process (architecture, controlling). It was a replacement invented the systems that required numbers of timers; relays etc and increase the cost also. PLCs are a combine package of multiple inputs and outputs, operating under various temperature ranges, even have immunity to noise. As the enhancements made year and year over, sequential relay control, motion control, process control, distributed control systems and networking are included into PLC. The main difference from other computers is that PLCs operate in industrial environments and have multiple (I/O) terminals; those connect the PLC to sensors and actuators. PLCs measure, continuously varied analog input process variables (P, T), and outputs t

    Read More
  • img
    Industrial Automation using PLC, SCADA, HMI and Drives

    The word “Industrial automation” implies automatically working organizations, which make use programmable logic controllers (PLC). Process control is a branched statistics and engineering discipline that deals with various controlling methods of output for a specific industrial automated process (architecture, controlling). It was a replacement invented the systems that required numbers of timers; relays etc and increase the cost also. SCADA is Supervisory Control and Data Acquisition is the systems used to control and Monitor small number of Equipments. They are basically used to perform data collection. It is a collection of HMI (human–machine interface) lock-out tag-out, Remote terminal units, Programmable logic controller, and analytical instrumentation. Various enhancements had been made in the field of SCADA as from 1st generation to 4TH i.e. Monolithic, Distributed, Networked, and Internet of Things.

    Read More

Sign up to GET 10 to 20% Discount

Close
X
Close
X
Close
X
Close