Compact design that achieves a high power density obtaining overall cost reduction by using less PV station units per project.
Design with best-in-class components that guarentees less probability of failure and therefore less operation cost (materials and workforce).
Market leading inverter efficiency of 99%.
Less units needed per project, which results in lower equipment cost.
Reduced costs of transportation, offloading and site preparation.
Solution delivered preassembled, configured and tested, reducing on-site labour cost.
Fully assembled and tested MV solution.
Quick installation on field, reducing installation time and costs.
Easy to support and maintain.
|PV Station 7500||PV Station 3750|
|Number of inverters||2 x Gamesa Electric PV 3750||1 x Gamesa Electric PV 3750|
|DC Voltage Range||915-1500 V|
|DC Voltage Range, MPPT||915-1300 V|
|Maximum DC Voltage||1500 V|
|Maximum DC Current (25ºC)||4 x 2070 A||2 x 2070 A|
|Maximum DC Current (50ºC)||4 x 1990 A||2 x 1990 A|
|Number of DC Ports||Up to 48 fuse +/- monitored
Up to 72 fuse + monitored
|Up to 24 fuse +/- monitored
Up to 36 fuse + monitored
|AC Output Power @ PF=1, 25ºC||7500 kVA||3750 kVA|
|AC Output Power @ PF=1, 50ºC||7200 kVA||3600 kVA|
|Number of Phases||Three-phase|
|MV Switchgear||0L1V/1L1V/2L1V FS6 isolated up to 36 kV|
|Transformer Type||ONAN (KNAN as optional)|
|Transformer Connection Group||7.5 MVA Dyn11yn11||3.75 MVA Dyn11|
|Power Factor||-1 to 1|
|Dimensions (W/H/D)||11400 x 2600 x 2100 mm|
|Operation Temperature*||-20ºC to 60ºC|
|Degree of Protection||IP54, NEMA 3R|
|Cooling||Water & forced air|
|Reactive Control||YES (through external and internal configuration)|
|LVRT Capability||YES, including reactive injection|
|STATCOM Mode for Night Compensation||YES|
|Communication Protocol||Modbus TCP-IP|
* With derating from 25ºC
|-40ºC Low Temperature Kit|
|UPS for Supplying Trackers|
|Motorized MV Switchgear|
|High Corrosion Protection Kit|