Google llc (20240288122). Hydrogen Fueling and Storage Optimization Model simplified abstract
Contents
Hydrogen Fueling and Storage Optimization Model
Organization Name
Inventor(s)
Dhruv Gupta of San Jose CA (US)
Hariharan Subramanian of Everett WA (US)
Priya Chhiba of Atlanta GA (US)
Varun Sakalkar of Redwood City CA (US)
Hydrogen Fueling and Storage Optimization Model - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240288122 titled 'Hydrogen Fueling and Storage Optimization Model
The patent application focuses on an optimization model for storing liquid hydrogen to power fuel cells in data centers. The model considers factors such as hydrogen fuel consumption rates, refueling rates, response time, storage tank area constraints, and logistical refueling constraints.
- The optimization model aims to provide sufficient fuel within a constrained space for backup power in data centers during emergencies.
- It takes into account the specific needs and constraints of data centers to ensure efficient and reliable power supply.
- By optimizing the storage and refueling processes, the model can help enhance the overall performance and resilience of data centers.
- The technology can contribute to reducing downtime and improving the sustainability of data centers by utilizing hydrogen fuel cells.
- Implementing this optimization model can lead to cost savings and environmental benefits for data center operators.
Potential Applications: The technology can be applied in various data centers, especially those seeking to enhance their backup power systems and sustainability efforts.
Problems Solved: The technology addresses the challenges of storing and utilizing liquid hydrogen for powering fuel cells in data centers efficiently and effectively.
Benefits: The technology offers improved backup power capabilities, increased sustainability, cost savings, and reduced environmental impact for data centers.
Commercial Applications: The technology can be utilized by data center operators, energy companies, and sustainability-focused organizations to optimize hydrogen fuel storage and utilization for backup power systems.
Questions about the technology: 1. How does the optimization model for storing liquid hydrogen benefit data centers during emergencies?
- The model ensures sufficient fuel supply within a constrained space for backup power, enhancing data center resilience.
2. What are the potential cost savings associated with implementing this technology in data centers?
- The technology can lead to cost savings through efficient hydrogen fuel storage and utilization processes.
Original Abstract Submitted
aspects of the disclosure are directed to an optimization model for storing liquid hydrogen to power fuel cells in data centers. the optimization model can be based on hydrogen fuel consumption rates in the data center, refueling rates from vendors, refueling response time, storage tank area constraints in the data center, and/or logistical refueling constraints. the optimization model can allow for providing sufficient fuel within a constrained space for backup power in the data center, such as when an emergency arises.
