E-Mobility Flexibility Pilot Italy
X Lab 1 is the testing eld for medium-scale solutions (e. g. middle residential, small commercial and industrial). The laboratory is composed of 2 interconnected microgrids (MGs): 20 kW scale DC MG at 48 VDC that can reach 300 kW if operated at 750 VDC (the nominal voltage is adjustable in the range 48 V – 750 V). 64 kVA scale AC MG.
O-grid (the tested solution is not connected to the main grid) and on-grid (the tested solution is connected to the main grid) testing modes, AC/DC hybrid testing, testing of any AC or DC devices, and interoperability testing are available. Any type of solution/device can be tested: power conveers, EESS, e-car charging stations, etc. The lab is completed by two 12 kWp photovoltaic (PV) plants with innovative bifacial Enel 3SUN panels that can reach 14.5 kWp in bifacial way and two (1 AC and 1 DC) regenerative grid simulators.
X Lab 3 is the test ¬eld for small scale solutions (e. g. small residential, very small commercial and industrial).
The laboratory is composed of 4 interconnected microgrids (MGs): two 9 kW scale DC MGs at 48 VDC that can reach 140 kW if operated at 750 VDC (the nominal voltage is adjustable in the range 48 V – 750 V). two 15 kVA scale AC MGs. O-grid (the tested solution is not connected to the main grid) and on-grid (the tested solution is connected to the main grid) testing modes, AC/DC hybrid testing, testing of AC or DC devices, and interoperability testing are available. Any type of solution/device can be tested: power conveers, EESS, e-car charging stations, etc. The lab is completed by two 3.7 kWp photovoltaic (PV) plants with innovative bifacial Enel 3SUN panels that can reach 4.5 kWp in bifacial way and four (2 AC and 2 DC) regenerative grid simulators.
X Lab 5 is the place where large-scale solutions are tested (e.g. large residential, medium commercial and industrial). The Lab architecture is composed by: 132 kVA – 274 kWh Li-Ion electrical energy storage system (EESS).
150 kVA – 150 kWh energy intensive supercapacitor EESS. 102 kWp PV plant with innovative bifacial Enel 3SUN panels, that can reach 125 kWp in bifacial way. This special architecture allows several test congurations, such as High Power Charging station (HPC) integration with energy intensive supercapacitors, large-scale solution integration (PV, EESS, e-mobility), energy exibility management and building energy management
