Description of Electrolyser Smart Switching Sample Clauses

Description of Electrolyser Smart Switching. Control of EMEC’s 11kV switching and storage system is the scope for the industrial load in SMILE. This would involve improving the switching mechanism and electrolyser production to work more intelligently than the existing system in operation. Since the production of Deliverable 2.1 the scope of this has been amended. SMILE infrastructure will incorporate the connection to a 11kV bus bar at the EMEC site rather than directly switching between the electrolyser and the WTG. As a summary of the capacity of each part of the system that will be located on Eday: ● Wind 900kW (curtailed on ANM system); ● Tide 4000kW (no curtailment but limited to this capacity). Current maximum peak generation as of November 2017 around 2000kW on spring tides (during tidal ebb and flood cycles); ● Electrolyser 500kW; and ● Potential additional energy storage. The existing switching between wind and tide is solely off-grid and is controlled by a switch that can be operated manually or via the Programmable Logic Controller (PLC). By improving the control of the switching between the two forms of generation, it will help to maximise the amount of hydrogen that is produced. It will also future-proof access for the 900kW wind Turbine Generator (WTG) to the electrolyser if/when tidal generation exceeds 4MW, based on the predictable tidal cycles, and providing the potential for the large demand assets to be more flexible through smart grid connection. Figure 25, below, demonstrates the architecture of the industrial load within the SMILE infrastructure.
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Related to Description of Electrolyser Smart Switching

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