3kW Inverter Charger Compatible with Lithium Batteries, Remote Monitoring and Synchronization for Higher Power, 48Vdc Operation
- $ 16,699.00
- Brand: GROWATT
- Availability: In stock
- SKU: SPF3000TLLVM48P
3kW Inverter Charger Compatible with Lithium Batteries, Remote Monitoring and Synchronization for Higher Power, 48VDC Operation AC Charger Charging current 40A AC input voltage: 120VAC Voltage range: 65 - 140VAC...
Tags: categoria:Energía / Herramientas , marca:GROWATT , proveedor:Syscom , sku:SPF3000TLLVM48P , supplier:Syscom , syscom
3kW Inverter Charger Compatible with Lithium Batteries, Remote Monitoring and Synchronization for Higher Power, 48VDC Operation
AC Charger
- Charging current 40A
- AC input voltage: 120VAC
- Voltage range: 65 - 140VAC
- Frequency range: 50Hz / 60Hz auto-sensing
Inverter Output
- Output power 3kW
- Output Voltage Regulation: 120VAC ± 5%
- Parallel connection up to 6 units
- Maximum efficiency 93%
- Transfer time 10ms
- Output Frequency: 50Hz / 60Hz (default)
- DC Cut-off Low Voltage (lead-acid only): 42.0VDC @ load < 20% 40.8VDC@20%≤load<50% 38.4VDC @ load ≥ 50%
Solar Charger
- Max. PV Power 4.5kW
- MPPT Voltage Range: 60VDC - 115VDC
- Maximum Open Circuit Voltage: 145VDC
- Maximum Charging Current 80A
- Maximum efficiency 97%
- Standby Power Consumption: 2W
HOW DOES IT WORK?
The Growatt SPF 3000TL LVM series inverter has a pure sine wave power output at 120VAC.
It is perfect for off-grid, backup power, and self-consumption applications, although it is not a grid-tie inverter. The SPF3000TLLVM48P is capable of generating savings on our CFE bill because it powers output loads from the photovoltaic array whenever there is sufficient power to do so, thus mitigating energy consumption during effective sunlight hours.
Thanks to our monitoring system, we can track generation, consumption, and battery levels remotely, all from the ShinePhone application or from the server.
The SPF3000TLLVM48P can be connected in parallel for up to 6 units, to achieve arrays of up to 18kW. We can perform this configuration in 110VAC, 220VAC split-phase, or 220VAC three-phase arrays, depending on the connection we make and the configurations set in the equipment.
*Batteries not included; the battery bank is mandatory and requires a 48VDC operating voltage.