Hydrogen Storage

The cost of the component was explained in component costs or emissions page. The reference size is the maximum storage capacity \(E_{H_2S,max}\). The storage equation described in storage systems page are used.

The power for charging and discharging the heat storage is implemented as follows:

\[\sum P^t = P_{ch,h_2s}^t\cdot\eta_{ch} - \frac{P_{dis,h_2s}^t}{\eta_{dis}}\]

The maximum discharge rate is limited as follows:

\[P_{dis,h_2s}^t \leq f_{dis}^t \cdot E_{H_2S,max}^{[\frac{t}{l_{yr}}]}\]

The maximum charge rate is limited as follows:

\[P_{ch,h_2s}^t \leq f_{ch}^t \cdot E_{H_2S,max}^{[\frac{t}{l_{yr}}]}\]