Is a 100-MW power-to-gas plant feasible?
Fig. 10. The CO 2 emission per unit MWh energy produced of various power generation technologies . This study evaluated the feasibility of a hypothetical 100-MW Power-to-Gas plant, which converts surplus renewable electricity into gas form and converts it back to electricity when necessary.
How much does it cost to build a 100-MW power-to-gas plant?
Overall, the capital costs of the hypothetical 100-MW Power-to-Gas plants are 185.4, 196.8 and 208.5 million US$ for the Power-to-H 2, Power-to-CH 4 and Power-to-Power cases, respectively. The referenced 100-MW NG plant costs around 89.1 million US$ to build.
What is the electrical efficiency of power to methane (PTG) plant?
In the system level, the PtG plant overall efficiency has been investigated by modeling studies. It was found that the electrical efficiency of power to methane ranges from 71.64% to 81.08%, varies with thermal management strategies .
Is a contract price of 130 US$/MWh feasible?
Based on the local electricity market price, a contract price of 130 US$/MWh is feasible and competitive, which corresponds to the payback period of 13 and 15 years for the Power-to-H2 and Power-to-Power scenario.
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