Energy Storage Hardware Sample Clauses

Energy Storage Hardware. The SMILE partner Lithium Balance (XXXXX) will provide the energy storage hardware for the Madeira pilots. In the concrete case of pilots 1 and 2, the following XXXX will be provided: • 4 single-phase 3kW/8.6kWh residential XXXX, to be deployed in four domestic UPACs as part of the pilot number 1. • 3 single-phase 3kW/8.6kWh residential XXXX, to be deployed on a three-phase commercial UPACs as part of the pilot number 2. Overall, the domestic XXXX provided by XXXXX will consist of the following components: • Interconnected battery cells making up the battery system; • The battery protection unit (BPU) – a set of switching and current sensing devices controlled by the underlying battery management system (BMS) • The BMS, responsible for battery safety, control of BPU, monitoring and diagnostic of the XXXX; • The inverter – a bidirectional power converter DC/AC. Single phase inverters will be used for 3kW/8.6kWh systems. • A site controller – a local controller responsible for inverter control and its safe connection and disconnection, collecting all relevant data and transferring them to the EMS using a third-party system (the VNet, provided by the SMILE partner OVO-Energy [5]), self-diagnostics of the entire XXXX (battery + inverter), and receiving control signals (e.g. active, reactive power set points, operation mode) from the EMS. The following block diagrams represent the different components that will comprise the domestic XXXX. Figure 2.1 represents the single-phase XXXX that will be deployed in pilot number 1, whereas Figure 2.2 represent the 3 single-phase XXXX to be deployed in pilot number 2.
Sample 1
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Energy Storage Hardware. For this pilot, XXXXX will provide the following XXXX: • One 40kW/80 kWh XXXXX XXXX (1 rack) with a three-phase ABB inverter to be deployed on a selected distribution station in Madeira Island. The XXXX provided by XXXXX will consist of: • Interconnected battery cells making up the battery system; • The battery protection unit (BPU) – a set of switching and current sensing devices controlled by the underlying battery management system (BMS) • The BMS, responsible for battery safety, control of BPU, monitoring and diagnostic of the XXXX; • The inverter – a bidirectional power converter DC/AC. A three-phase inverter will be used for this 40kW/80kWh system. • A site controller – a local controller responsible for inverter control and its safe connection and disconnection, collecting all relevant data and transferring them to the EMS using a third-party system (the VNet, provided by the SMILE partner OVO-Energy), self-diagnostics of the entire XXXX (battery + inverter), and receiving control signals (e.g. active, reactive power set points, operation mode) from the EMS. The block diagram in Figure 3.3 presents the XXXX structure: 4 ModBUS TCP/IP, xxxxx://xxx.xxxxxxxxxxxxx.xxx/technologies/modbus-tcpip/ Figure 3.3 – Block diagram of the XXXXX 40kW/80kWh XXXX and communication with EMS (application: grid support) The main parameters of the grid support system are presented in Table 3.3. Table 3.3 – Main parameters of the grid support XXXX Item Value Unit Dimensions (height*width*depth) Not Available cm Battery type NMC - Number of racks 1 - Power 50 kW Nominal battery DC voltage 700.8 V Maximum rack voltage 806.4 V Minimum rack voltage 499.2 V Energy content 80 kWh The grid support BMS will be provided by an ABB ESI-S5 inverter, with the unique function of reducing power losses for improving system economy (very low standby power consumption). XXXXX will provide the inverter together with AC side grid filter and AC contactors. The main parameters of the inverter are presented in Table 3.4 below: Table 3.4 – The main parameters of the ABB ESI-S inverter Item Value Unit Dimensions (height*width*depth) 58.5*32.6*75.5 cm Type ESI-S – IP30 - Mounting type Wall mounted - 5 ABB ESI-S inverter, xxxxx://xxx.xxx.xxx/high-voltage/capacitors/lv/energy-storage-inverters-esi Item Value Unit Nominal power 40 kW Rating 60 Arms Nominal network voltage 400 V DC voltage control range 585 – 830 V Dynamic power control (P) and reactive power control (Q) Individual power control per p...
Sample 1

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