Abstract
The University of Central Florida
invention is a hydrogen-oxygen storage mechanism integrated with an H2/O2-sCO2
direct-fired power cycle enabling long-time energy storage and high-efficient
reconversion of electricity from the storage medium. Current power cycle
systems are designed to produce cheap energy for the commercial, residential,
or industrial sector, which maximizes the use of fuel. However, with increasing
energy production, there is associated pollution and CO2 emission. Renewable
energy sources such as wind and sun can be fossil-free energy alternatives.
Still, the intermittent nature of these sources requires rebalance of the
production and consumption of the power grid.
Benefit
Potential efficient and in-line storage of gasesCompactnessLow capital costH2 O2 separation, storage and fuel efficiency without any NOx emission (green technology)Market Application
Supercritical CO2 power system for utility companiesGas turbine equipment manufacturersBattery energy storagePublications
A
Novel Long-Duration Hydrogen Storage Concept Without Liquefaction and High
Pressure Suitable for Onsite Blending, Proceedings Paper, Turbo Expo: Power
for Land, Sea, and Air; The American Society of Mechanical Engineers, June
7-11, 2021.
