XxXxx Battery - Daikin Heat Pump Interaction Sample Clauses

XxXxx Battery - Daikin Heat Pump Interaction. In regards to the hardwired infrastructure of the XxXxx Battery Energy Storage Solution (XXXX), there are two scenarios which exist: Scenario 1 is based on indirect communication between the XxXxx XXXX and ASHP; and Scenario 2 is based on direct communication between XxXxx XXXX and ASHP. The provision of the two implementation scenarios mitigates against the potential of time lost in further development if priorities or functionality change as a result of ongoing whole system R&D. Scenario 1: The XxXxx XXXX will be connected to the ASHP on the AC side as it is illustrated in Figure 15. XxXxx system will indirectly communicate with the ASHP through VNet interface. The advantage of this solution is smarter control (e.g. recharging battery system in time instances of low energy price, the better utilisation of the wind power). However, a disadvantage to this might be related to latency in the control of the battery. Scenario 2: The XxXxx XXXX will be connected to the ASHP on the AC side as it is illustrated in Figure 16. The XxXxx system will directly communicate with ASHP power meter in order to implement load following functionality. In this approach, the VNet interface is not needed for XxXxx system control but it might still exist due to telemetry. Main advantage is faster control resulting in better ASHP load following. Disadvantage is the loss of flexibility and higher cost (e.g. recharging of battery at high energy prices). Both control scenarios are possible from XxXxx side and both are expected to be tested in the field in terms of latency and performance. Scenario 1 offers higher control flexibility. However, if ASHP power demand is changing dynamically, then Scenario 2 is expected to provide better results in terms of load following. In either scenario, a power export limiter should be implemented in order to remove the chance of power being exported to the grid. This would be counterproductive to the aims of the project, and also require export permitting from SSEN, the local DNO.
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