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PEM Fuel Cell Test Station

Name: PEM Fuel Cell Test Station
Brand: K-PAS INSTRONIC ENGINEERS INDIA PVT. LTD.
Price: 3000000 INR
Availability: InStock

Price 3000000 INR/ Number

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MOQ : 1 Number

PEM Fuel Cell Test Station Specification

Product Type
PEM Fuel Cell Test Station

Usage
Laboratory/Research & Development/Testing of PEM Fuel Cells

Material
Stainless Steel, Aluminum Alloy, Polycarbonate Panels

Capacity
0-100 A Fuel Cell Current Range (Customizable)

Nominal Capacity
Variable as per configuration

Terminal
Stainless Steel Connectors

Sealed Type
Sealed Cabinet with Viewing Window

Voltage
0-50 V DC (Adjustable)

Surface Finishing
Powder Coated/Anodized

Size
Standard/Customizable

Dimension (L*W*H)
Approx. 700 mm x 500 mm x 450 mm

Weight
Around 45 kg

Pressure Range
0-3 bar (Adjustable)

Flow Range
0-5 LPM (Configurable)

Power Supply
230V AC, 50 Hz

Control System
Programmable Logic Controller (PLC) with PC Interface

Reactant Gas Supply
Hydrogen and Air with Mass Flow Controllers

Test Type
Automated Performance Testing & Data Logging

Display
Touchscreen HMI Display

Connectivity
USB, Ethernet

Safety Features
Emergency Stop, Over Pressure Relief, Leak Detection

Compliance
CE Certified, ISO 9001:2015

Cooling Method
Integrated Water or Air Cooling System

Operating Environment
Indoor, Laboratory use

Temperature Control
Ambient to 120°C (Programmable)

Data Acquisition
Multi-channel, Real-Time Data Display and Storage

Humidification Unit
Integrated with Digital Flow Control

About PEM Fuel Cell Test Station

A PEM Fuel Cell Test Station is a specialized system used for testing and evaluating Proton Exchange Membrane (PEM) fuel cells. It provides a controlled environment for analyzing the performance and characteristics of PEM fuel cells, which are a type of clean energy technology.

Frequently asked questions:

Q: What is a PEM Fuel Cell Test Station?

A: A PEM Fuel Cell Test Station is a laboratory setup that includes components and instruments specifically designed for testing PEM fuel cells. It typically consists of a power supply, load banks, gas management systems, data acquisition equipment, and software for monitoring and analyzing the fuel cell's performance.

Q: What is the purpose of a PEM Fuel Cell Test Station?

A: The primary purpose of a PEM Fuel Cell Test Station is to evaluate the performance, efficiency, and durability of PEM fuel cells. Researchers and engineers use these test stations to simulate real-world operating conditions, measure key parameters such as voltage, current, and temperature, and assess the overall efficiency and stability of the fuel cell.

Q: How does a PEM Fuel Cell Test Station work?

A: A PEM Fuel Cell Test Station supplies the necessary reactant gases (typically hydrogen and oxygen or air) to the fuel cell and controls the flow rates and pressure. It provides a load or electrical demand to the fuel cell, which generates power in response. The station then measures and records various performance parameters, allowing for analysis and optimization of the fuel cell's operation.

Q: What are the benefits of using a PEM Fuel Cell Test Station?

A: PEM Fuel Cell Test Stations offer several benefits for researchers and developers of fuel cell technology. They provide a controlled environment to study and improve fuel cell performance, optimize operating conditions, and assess the impact of different variables on the system. These test stations help advance the understanding and development of PEM fuel cells, enabling their practical application in various industries.

Precision Automation for a Range of Test Types

This test station delivers automated performance testing and real-time data logging, making it suitable for research, development, and quality assurance. The PLC-based control system and integrated digital flow control enable incredibly accurate process regulation, reducing errors and improving repeatability for various PEM fuel cell assessments.

Comprehensive Monitoring and Control Features

Equipped with mass flow controllers, programmable temperature settings, and robust safety features, the system ensures optimal testing conditions and operator safety. The multi-channel data display, adjustable flow and pressure ranges, and HMI touchscreen simplify monitoring and adjustment, making operation intuitive and efficient.

Robust Construction for Laboratory Environments

Built from stainless steel, aluminum alloy, and polycarbonate, the station's powder-coated, sealed cabinet promises longevity and safety. Its standard or customizable sizing fits most laboratory benches, while compliant standards like CE and ISO 9001:2015 further assure quality and regulatory adherence.

FAQ's of PEM Fuel Cell Test Station:

Q: How does the automated performance testing process work on the PEM Fuel Cell Test Station?

A: The test station utilizes a programmable logic controller (PLC) connected to a PC interface, automating the control of reactant flow, temperature, humidification, and data acquisition. Operators can configure test parameters, initiate sequences and monitor performance metrics in real time, with all data stored for post-test analysis.

Q: What safety features are integrated into this test station for laboratory testing?

A: Safety is prioritized through emergency stop functionality, over pressure relief valves, and sensitive leak detection capabilities. These measures help mitigate risks associated with hydrogen handling, high pressure conditions, and ensure a secure testing environment for researchers.

Q: When should researchers select this PEM Fuel Cell Test Station for their experiments?

A: Researchers and test engineers should choose this system for laboratory or R&D scenarios requiring reliable, automated performance evaluations, customizable current and voltage settings, and precise control over environmental variables like temperature and gas flow to ensure repeatable results.

Q: Where can this test station be installed and used?

A: The station is optimized for indoor laboratory environments, especially in research institutions, industrial R&D centers, and university laboratories. Its compact and sealed design allows flexible placement on standard benchtops without compromising safety or operational efficiency.

Q: What benefits does the integrated digital flow control offer during fuel cell tests?

A: Digital flow control ensures accurate and programmable regulation of reacting gases and humidification, enabling better consistency in fuel cell performance data and reducing variability due to manual adjustments during experiments.

Q: How can users log, access, and analyze data from the test station?

A: Multi-channel real-time data is displayed via the touchscreen HMI and can be stored locally or retrieved through USB and Ethernet connections. This facilitates thorough analysis and documentation of each test, supporting advanced research and validation of test results.

Q: What capacity and range options are available for current, voltage, flow, and pressure during testing?

A: The station supports a fuel cell current range of 0-100A, adjustable voltage from 0-50V DC, configurable flow rates between 0 and 5 LPM, and pressure settings from 0 to 3 bar. These parameters can be tailored to match specific fuel cell requirements or experiment protocols.

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