.TransiEnt.Producer.Gas.Electrolyzer.Systems.FeedInStation_CavernComp .TransiEnt.Producer.Gas.Electrolyzer.Systems.FeedInStation_CavernCompThis model represents a feed in station where hydrogen is produced with an electrolyzer, compressed with an ionic compressor, stored in an underground storage (salt cavern) and fed into a natural gas grid. The storage can by bypassed and the hydrogen is fed directly into the grid.
see sub models
see sub models
P_el_set: input for the set value for the electric power
m_flow_feedIn: input for the possible feed-in mass flow into the natural grid etc.
epp: electric power port for the electrolyzer
gasPortOut: outlet of the hydrogen
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For start up, a small hydrogen mass flow for the electrolyzer can be set to allow for simpler initialisation.
Constant mass flow 'm_flow_hydrogenDemand_constant' is pulled from hydrogen storage if storage pressure is above p_min_Low_constantDemand. If pressure falls below 'p_minLow' hydrogen in storage is only used for supply of 'm_flow_hydrogenDemand_constant' and no more hydrogen can be fed in.
Tested in check model "TransiEnt.Producer.Gas.Electrolyzer.Systems.Check.Test_FeedInStation_CavernComp"
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Model created by Lisa Andresen (andresen@tuhh.de) in September 2016
Model revised by Carsten Bode (c.bode@tuhh.de) in Apr 2018 (fixed for update to ClaRa 1.3.0)
Model modified by Oliver Schülting (oliver.schuelting@tuhh.de) in Mar 2020: added boundary for constant internal hydrogen demand
Model modified by Carsten Bode (c.bode@tuhh.de) in May 2020: added option to use isothermal junction
| Name | Description |
|---|---|
 Charline | Calculate the efficiency |
 Dynamics | Dynamic behavior of electrolyser |
 PressureLossAtOutlet | Pressure loss at outlet (can help reducing the system of equations) |
 CostSpecsElectrolyzer | Cost configuration electrolyzer |
 CostSpecsStorage | Cost configuration storage |
 CostSpecsCompressor | Cost configuration compressor |