NTPC Renewable Energy has invited bids for the construction of a hydrogen refueling station as part of its green hydrogen mobility project in Kandla, Gujarat.
The project’s specifications reveal high technical demands, underscoring India’s intent to establish robust and efficient infrastructure that supports hydrogen fuel cell technology. At the core of the project is the intricate design and development of a hydrogen refueling station, with mandates for a wide spectrum of operations. Crucially, the successful bidder must not only design and construct the facility but also manage its operation and maintenance for a substantial term of 20 years. This long-term commitment is aligned with ensuring the station’s sustainability and reliability.
Key equipment roles include an electrolyser system capable of producing 18 kg of hydrogen per hour. This focus on sizeable hydrogen production is indicative of the strategic goals to enhance the capacity and efficacy of hydrogen-powered mobility solutions. Integrating this with a comprehensive hydrogen compression system that boasts a rated capacity of 20 kg/hour at 500 bar, the facility ensures that hydrogen is stored effectively and dispensed efficiently.
The storage solution is equally ambitious, accommodating 420 kg of hydrogen at high pressure within cascade storage units. These technical requirements highlight the project’s advanced engineering challenges and the importance placed on safety and scalability. Concurrently, the installation of a dispenser system aligns with facilitating the refueling needs of fuel cell electric vehicles, which are at the heart of green transportation initiatives.
Supporting these operations, the station will incorporate an 80 kW/600 kWh battery energy storage system. This addition addresses the need for stable energy supply management, enabling the smooth operation of critical equipment and providing necessary backup power outside solar production windows. Complementary to this is the integration of a 25 kW hydrogen fuel cell for emergency power, signaling a commitment to renewable power options even during non-solar hours.
In an ambitious fusion of renewable energy technologies, the project also includes a 40 kW solar rooftop and a 20 kW vertical wind turbine. Such a combination underscores a multifaceted approach to attaining energy self-sufficiency and minimizing environmental impact. This installation not only highlights technological innovation but also sets a precedent in expanding the use of decentralized renewable energy systems.
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