Fuel Cell Systems

Advait Infratech: Leading Provider of Green Fuel Cell Systems and Energy Solutions in India

Advait Infratech Limited is a leading manufacturer of fuel cell systems and an EPC contractor for Green Hydrogen and Green ammonia projects in India. Our state-of-the-art facilities and skilled workforce enable us to produce efficient, cost-effective, and eco-friendly fuel cell systems that
meet international standards. Recently we have signed an MOU with Jiangsu HuaDe Hydrogen Energy Technology Co., Ltd, a renowned technology partner in the fuel cell industry. This collaboration will help us to bring the latest technology to our customers and offer them the best solutions for their energy needs.

In addition to manufacturing fuel cell systems, Advait Infratech Limited is also committed to providing sustainable energy solutions through EPC projects for Green Hydrogen and Green ammonia. We are dedicated to reducing carbon emissions and providing reliable and efficient energy solutions that align with the Indian Government’s vision of achieving net-zero carbon emissions.

Our expertise in fuel cell technology and EPC projects enables us to offer our customers a comprehensive range of solutions for their energy needs. We strive to provide the highest quality products and services, and our commitment to excellence and customer satisfaction drives us to provide you with the best value for your investment.

Choose Advait Infratech Limited for reliable and sustainable energy solutions that meet your energy needs, from fuel cell systems to Green Hydrogen and Green ammonia EPC projects.

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Elevate your vision with Advait Infra – where expertise meets innovation. Request a quote and let us build the future together.

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    Need more help?

    Have questions or need assistance? Reach out to our  team for personalized support and expert guidance.

    Ms. Rutvi Sheth

    rutvi.sheth@advaitinfra.com
    info@advaitinfra.com

    Product Technology

    •  Utilizes proprietary low-voltage low-temperature PEM stacks developed in-house.
    • Enhanced proton exchange membranes reduce membrane degradation and catalyst loss, prolonging stack service life.
    • Features load optimization membrane electrodes for improved long-term power generation.
    • Controlled by safety PLC with multiple safety chains and integrated hydrogen and smoke detectors.
    • Programmed safety response functions for early warning and automatic system shutdown in case of abnormalities.
    • Operates at low voltage with reactor pressure of 8-14 kPa, minimizing hydrogen leakage risk and ensuring safety.
    • Controlled by safety PLC with multiple safety chains and integrated hydrogen and smoke detectors.
    • Programmed safety response functions for early warning and automatic system shutdown in case of abnormalities.
    • Operates at low voltage with reactor pressure of 8-14 kPa, minimizing hydrogen leakage risk and ensuring safety.
    • Equipped with a cold start unit capable of achieving -20℃ fast start, enhancing usability in cold climates.
    • Comprises fuel cell, control, electrical control, and thermal management modules for easy operation and maintenance.
    • Allows for parallel operation of multiple systems, compact in design, and plug-and-play installation.
    • Sealed box design ensures safe and stable operation, suitable for closed environments like basements.
    • Features intelligent control design with one-key start and shutdown functionality.
    • User-friendly interface displays system parameters such as temperature and pressure curves.
    • Supports curve power adjustment mode, allowing users to tailor power output according to requirements.
    • Operates in a 24-hour cycle based on user-set parameter curves, providing flexibility and ease of use without requiring complex theoretical knowledge.
    Technical Specifications
    Operating Pressure MPa (G)
    Rated Current A(DC)
    DC Power consumption Kwh/(Nm3 H2)
    DI Water Consumption L/H
    KOH Electrolyte Concentration Wt%

    AGPL Unveils Cutting-Edge Fuel Cell Manufacturing Unit in Kadi, Gujarat, Advancing the Green Energy Revolution

    We are thrilled to announce the opening of AGPL’s state-of-the-art fuel cell manufacturing and assembly unit located at Kadi, Gujarat location.

    • With an impressive annual production capacity of 50MW, which will be developed in three phases , this facility solidifies our position as a leading provider in the fuel cell industry.

    • At AGPL, we are committed to driving the global transition towards clean and sustainable energy solutions, and our new manufacturing unit plays a crucial role in achieving this vision.

    • Equipped with advanced technologies and operated by a team of skilled professionals, we are dedicated to producing high performance fuel cells that offer reliable and efficient power generation.

    • We aim to revolutionise the energy landscape and pave the way for a greener future with our innovative fuel cell manufacturing and assembly unit

    Infratech's Milestone: Inauguration of 300 kW Green Hydrogen Plant and 70 kWh PEM Fuel Cell in Rishikesh

    We, AGPL, a leading player in the renewable energy sector, are thrilled to declare the successful completion and inauguration of a groundbreaking 300 kW Green Hydrogen Production plant and a 70 kWh PEM Fuel Cell at the THDC India Limited (THDCIL) office complex in Rishikesh. This accomplishment marks a significant stride in India’s journey towards sustainable energy solutions and a cleaner, greener future.
    Commencing on January 5, 2023, the project has been executed with impressive efficiency, showcasing our steadfast commitment to delivering cutting-edge technology solutions. The inauguration of this hydrogen plant on January 26, 2024, is not only a historic moment for us but also for the region and the renewable energy industry as a whole.

    Key Features of the Hydrogen Plant

    Our pioneering microgrid system incorporates a 300 kWh Alkaline Electrolyser, capable of generating 50 kg of high-purity hydrogen during daylight hours. This hydrogen is stored in a state-of-the-art 24m3 storage tank, pressurized at 30 bar, ensuring its availability when needed. During nighttime, the stored hydrogen seamlessly powers a 70 kWh fuel cell, contributing to THDC’s grid and enhancing a more stable and sustainable power supply.

    Product Type 1 - Natural-gas-reformed Hydrogen Fuel Cell CHP System (H2ES Series)

    H2ES Series Fuel cell CHP system consumes natural gas to supply low-carbon emission electrical energy and thermal energy. It integrates a natural gas reformer inside which can convert methane-rich gas to be Hydrogen-rich gas. Through highly efficientelectrochemical reactions, the system can output 5KW power and 7.5KW heat simultaneously. The power generation efficiency can be up to 40% and the overall energy conversion efficiency rate can reach up to 93.5%.

    Product Features

    01. High energy conversion efficiency

    _____________

    Up to 40% power generation efficiency and 93.5% overall energy conversion efficiency, much higher than other types of power generation systems or CHP technologies

    High energy conversion efficiency

    Up to 40% power generation efficiency and 93.5% overall energy conversion efficiency, much higher than other types of power generation systems or CHP technologies

    02. High safety

    _____________

    generated Hydrogen is used at once without storage which much improves the system safety

    High safety

    generated Hydrogen is used at once without storage which much improves the system safety

    03. Low noise

    _____________

    It is very quiet when running, meeting the requirement for indoor installation

    Low noise

    It is very quiet when running, meeting the requirement for indoor installation

    04. Long Service Life

    _____________

    Designed for 40000h, normal maintenance interval is 15000h

    Long Service Life

    Designed for 40000h, normal maintenance interval is 15000h

    5. Flexible load regulation

    _____________

    support 50%~100% modulation

    Flexible load regulation

    support 50%~100% modulation

    Product Type 2- Pure Hydrogen Fuel Cell CHP Systems (CarNeu Series)

    CarNeu series pure Hydrogen type fuel cell CHP systems consume pure Hydrogen to supply zero-carbon-emission electrical energy and heat energy. Coupled with Hydrogen generation system and/or Hydrogen storage system, small size pure fuel cell systems can supply constant power and heat for villas, multi-family houses and small business buildings, etc. Large size fuel cell systems are suitable for industrial or big commercial buildings use.

    Product Features

    01. Fully eco

    _____________

    No carbon emissions at all

    Fully eco

    No carbon emissions at all

    02. High power generation efficiency

    _____________

    > 50% under on-grid running condition

    High power generation efficiency

    50% under on-grid running condition

    03. Stable and constant power supply

    _____________

    The Hydrogen fuel cell system can convert the fluctuating and intermittent solar and wind power into stable and constant energy unaffected by time and the environment.

    Stable and constant power supply

    The Hydrogen fuel cell system can convert the fluctuating and intermittent solar and wind power into stable and constant energy unaffected by time and the environment.

    04. Good low-temperature performance

    _____________

    The cold start-up time is<10min

    Good low-temperature performance

    The cold start-up time is<10min

    5. Good long-time energy use solution

    _____________

    Hydrogen + fuel cell is a very good solution for
    seasonal/yearly energy storage and use.

    Good long-time energy use solution

    Hydrogen + fuel cell is a very good solution for
    seasonal/yearly energy storage and use.

    Project Name: Developing Green Hydrogen Based Micro Grid with Onsite Hydrogen Generation

    End Client: THDC India Limited
    Project Location: Rishikesh, India

    Advantages of fuel cells for India’s sustainable energy needs

    Fuel cells provide many advantages for India. Some of these are:

    Clean And Efficient

    Fuel cells produce electricity without combustion, resulting in minimal air pollution and reduced greenhouse gas emissions. Additionally, these cells have an efficiency of up to 60 percent, significantly higher than traditional combustion engines.

    Versatility

    Fuel cells offer versatility as they can be applied to various purposes, such as transportation, stationary power generation, and portable electronics.

    Renewable Fuel Sources

    Fuel cells can use various renewable fuel sources, including hydrogen, methane, and biogas, making them a flexible and sustainable energy

    Reliability

    Fuel cells have a long lifespan and require little maintenance, making them a reliable energy source. At the same time, it is also cost-effective.

    Project Cases by Our Technology Partner:

    5KW Fuel Cell CHP system coupled with gas boiler

    Project Place: In Jiangsu Science and Technology University
    Running Conditions:
    Power: 5kw, powering the electrical appliances on grid and surplus fed to the grid Heat: 7.5kw, put hot-water for the public bathroom coupled with gas boiler
    Significance:
    First commercially applied fuel cell CHP system in China as a bench marking and demonstration example in fuel cell field.

    5KW fuel cell CHP coupled with storage batteries

    Project Place:
    Beijing Daxing Hydrogen Energy Demonstration Park
    Running Conditions:
    Power: 5kw, to power the air conditioner and the extra electricity is fed to the grid
    Heat: 7.5kw, absorbed by radiator systems
    Significance:
    First fuel cell CHP system pilot project in China The unique Hydrogen product that is actually running in the demonstration park

    5kW Pure Fuel Cell CHP Coupled With Electrolyzer

    Project place:
    Qinghai Province, China
    Running Conditions:
    Power: 5kw, to power the electrical appliances Heat: 4.5kw, output in the form of hot-water
    Significance:
    company's first attempt to transform from "gray Hydrogen' to 'Green Hydrogen’ further strengthens the independent technical control in the integration of modular small- power fuel cell CHP system, low-pressure pure Hydrogen fuel cell stack and
    distributed energy management system

    Product Certificates

    LVD Directive

    Test Standard : EN 50465

    GAR Directive

    Test Standard : EN 50465

    EMC Directive

    Test Standard : EN 61000-6

    Functional Principle of a Fuel Cell