Mini-Hydroelectric Power Station With Pelton Turbine Computerized

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Mini-Hydroelectric Power Station With Pelton Turbine Computerized Specification

Dimension (L*W*H)
1450x905x1750 Millimeter (mm)

Weight
250 Kilograms (kg)

Accuracy
100 %

Warranty
1 year

Feature
Highly Efficient

Type
MINI-HYDROELECTRIC POWER STATION WITH PELTON TURBINE COMPUTERIZED

Usage
Laboratory

About Mini-Hydroelectric Power Station With Pelton Turbine Computerized

MINI-HYDROELECTRIC POWER STATION WITH PELTON TURBINE COMPUTERIZED

Study the typical parameters of mini hydroelectric power stations be self-sufficient be equipped with various loads to verify the production of energy
Composed of: Support frame: made of painted steel, overall dimensions mm. 1450x900x1120h equipped with wheels Tank made of AISI304 stainless steel overall dimensions: mm Ø 608 x 1225h 200 litres capacity Centrifugal pump driver by three-phase electrical motor power: 2,2 kW max head 3-12 m3/h max flowrate: 4,5 - 2,9 bar Turbine-generator assembly: 500 W max power turbine with six seats for the nozzles set of interchangeable nozzles of different diameter (4.1 to 6 mm)
Set of blind nozzles Electronic control unit N° 2 x 12 V, 75 Ah accumulators, connected in series Electrical loads to simulate the working conditions of the plant: N° 4 resistances freezing unit N°2 incandescent lamps fluorescent lamp d.c. motor Measurement instruments: turbine type water flow rate transducer with analog output water pressure transducer with analog output voltmeter with analog output for the measurement of the output voltage ammeter with analog output for the measurement of the load current input ammeter with analog output for the measurement of the alternator current output frequency meter
Feeding, signal conditioning and A/D conversion with USB interface
The acquisition and analysis software run in MS-Windows environment allow the automatic acquisition of the tranducers signals and the calculation of all the required parameter allow to visualize on the screen or print the acquired data versus time diagrams or the diagrams required for the exercises allow to save the acquired data and the calculated one in ASCII format making simulations typing the data
The software run on a PC with the following minimum characteristics:
Pentium con Hard Disk (> 10Gb) and CD driv Graphic card SVGA 800x600Mouse RAM 32 MB min USB port Graphic printer MS-Windows ver. 95 or following
Supplies electric: 380V, three-phase + neutral, 50/60 Hz; 1kW
Hydraulic: from the mains for tank filling
Dimensions: 1450x905x1750 h mm
Weight: 250 kg

Advanced Educational Laboratory Solution

This mini-hydroelectric power station provides a hands-on experience for students and researchers to understand the underlying principles of hydroelectric power generation. The system is tailored for laboratory environments, ensuring safe and interactive explorations of turbine mechanics and energy conversion.

Compact and Efficient Design

Featuring dimensions of 1450x905x1750 mm and a total weight of 250 kg, the unit is designed for easy installation within modern laboratories. Its compact build does not compromise efficiency, making it a top choice for institutions seeking powerful, space-saving solutions.

User-Friendly and Computerized Operation

Equipped with a computerized interface, this hydropower station simplifies the monitoring and control of experiments. High accuracy and reliable sensors ensure precise data collection, enhancing both the teaching and learning experience.

FAQs of Mini-Hydroelectric Power Station With Pelton Turbine Computerized:

Q: How does the computerized Pelton turbine enhance laboratory experiments?

A: The computerized Pelton turbine allows for precise monitoring, control, and data collection during experiments, making it easier to analyze performance, understand principles, and simulate real-world hydroelectric scenarios in a laboratory setting.

Q: What is the installation process for the Mini-Hydroelectric Power Station in a laboratory?

A: Installation is straightforward due to the units compact design (1450x905x1750 mm, 250 kg). It requires a stable laboratory surface and connection to the necessary water supply and electrical systems, following manufacturers guidelines for optimal setup.

Q: When should this mini-hydroelectric unit be used in academic settings?

A: It is ideal for use during practical laboratory sessions in universities, technical institutes, or research centers whenever students need to study renewable energy, fluid mechanics, or power generation concepts.

Q: Where is the Mini-Hydroelectric Power Station manufactured and available for export?

A: This unit is manufactured in India by a reputed exporter, manufacturer, and supplier, and it is available for export to educational and research institutions globally.

Q: What benefits does this station provide compared to non-computerized models?

A: By offering computerized control and data capture, the station delivers higher learning accuracy, repeatability, and efficiency in experiments, alongside easier monitoring and maintenance.

Q: What are the key features distinguishing this power station?

A: Key features include 100% accuracy, highly efficient performance, a robust computerized interface, compact size, and a one-year warranty, making it suitable for rigorous laboratory use.

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