- Home
- azerbaijan
- Equipment
Refine by
Celly H2 Energy Equipment & Supplies In In Azerbaijan
5 equipment items found
Manufactured by:Celly H2 based inWillis, TEXAS (USA)
Celly H2 specializes in high-pressure hydrogen buffer modules designed to optimize hydrogen storage capabilities. These modules provide compact solutions for storing hydrogen at high pressures, significantly improving space efficiency and storage capacity in various applications. Engineered for reliability and performance, they integrate seamlessly into smart storage systems and can be utilized ...
Manufactured by:Celly H2 based inWillis, TEXAS (USA)
The MAHRS-LTE is a modular hydrogen dispensing solution designed for small-scale fleet operations, particularly those with up to five vehicles requiring 350-bar pressure. It features a pneumatic-driven compression system capable of consolidating up to 100 kg of hydrogen per day, given adequate inlet pressures. Engineered for simplicity, safety, and compliance, it adheres to standards such as HGV ...
Manufactured by:Celly H2 based inWillis, TEXAS (USA)
The MAHRS-LTE+ from Celly H2 offers a sophisticated solution for hydrogen refueling, featuring a hydraulically driven, two-stage hydrogen compression booster. It efficiently consolidates up to 400 kg of hydrogen per day at 520 bar. Its ability to perform simultaneous cascade filling and support fleets of 10 or more vehicles makes it ideal for comprehensive, back-to-back refueling operations. The ...
Manufactured by:Celly H2 based inWillis, TEXAS (USA)
The MAHRS-PRO is a comprehensive hydrogen refueling solution that is adaptable to a wide range of fueling applications. Engineered to integrate seamlessly into various operations, this station ensures high performance and reliability. It complies with standards such as HGV 4.1:20 & 4.9:20, NFPA2, and J2601. The station features IR communication, integrated venting, and fire detection systems ...
Manufactured by:Celly H2 based inWillis, TEXAS (USA)
The Hydrogen Smart Storage System from Celly H2 is engineered to enhance hydrogen refueling operations through a modular and scalable design. By integrating simultaneous cascade filling with hydrogen consolidation, this system optimizes storage and refueling efficiencies, enabling improved performance and reduced infrastructure needs. The design facilitates reduced energy consumption and quicker ...