Growatt SPH series is perfectly suited to coping with the electricity demand of a privated household, as a good residential stroage solution.
Hybrid Inverter Mppt Solar Power Inverter
Europe Version SPH Hybrid 10KW Three Phase MPPT Series PV Solar Energy Inverter
There phase all-in-one hybrid inverter ideal for home and small commercial systems, its battery ready design can help reduce initial system investment; stuning IP65 protection level, more durable and flexible for installation; multiple programmable working modes, decide by yourself how to realize self-sufficiency and make the max out of your system; the EPS output can even provide backup supply during grid absence; comprehensive accesories including battery, meter and datalogger optional for different application scenarios.
Product Detail :
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Datasheet
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SPH
4000TL3 BH
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SPH
5000TL3 BH
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SPH
6000TL3 BH
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SPH
7000TL3 BH
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SPH
8000TL3 BH
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SPH
10000TL3 BH
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Input data(DC)
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Max. recommended PV power
(for module STC)
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5200W
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6500W
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7800W
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9100W
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10400W
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13000W
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Max. DC voltage
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1000V
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1000V
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1000V
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1000V
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1000V
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1000V
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Start Voltage
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160V
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160V
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160V
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160V
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160V
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160V
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MPP voltage range / normal voltage
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160V-1000V / 600V
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160V-1000V / 600V
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160V-1000V / 600V
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160V-1000V / 600V
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160V-1000V / 600V
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160V-1000V / 600V
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Max. input current per MPP trackers
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12A/12A
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12A/12A
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12A/12A
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12A/12A
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12A/12A
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12A/12A
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Max. short-circuit current per MPP trackers
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15A/15A
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15A/15A
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15A/15A
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15A/15A
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15A/15A
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15A/15A
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Number of MPP trackers/
strings per MPP tracker
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2/1
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2/1
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2/1
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2/1
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2/1
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2/1
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Output data(AC)
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||||||
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AC nominal power
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4000W
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5000W
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6000W
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7000W
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8000W
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10000W
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Max. AC apparent power
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4000VA
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5000VA
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6000VA
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7000VA
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8000VA
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10000VA
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Max. current
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6.1A
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7.6A
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9.1A
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10.6A
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12.1A
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15.2A
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Nominal AC voltage/range
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230V/400V; 310~476V
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230V/400V; 310~476V
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230V/400V; 310~476V
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230V/400V; 310~476V
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230V/400V; 310~476V
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230V/400V; 310~476V
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AC grid frequency/range
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50/60Hz;
45~55Hz/55~65 Hz
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50/60Hz;
45~55Hz/55~65 Hz
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50/60Hz;
45~55Hz/55~65 Hz
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50/60Hz;
45~55Hz/55~65 Hz
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50/60Hz;
45~55Hz/55~65 Hz
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50/60Hz;
45~55Hz/55~65 Hz
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Power factor(@nominal power)
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1
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1
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1
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1
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1
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1
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Adjustable power factor
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0.8leading…0.8lagging
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0.8leading…0.8lagging
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0.8leading…0.8lagging
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0.8leading…0.8lagging
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0.8leading…0.8lagging
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0.8leading…0.8lagging
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THDi
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<3%
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<3%
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<3%
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<3%
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<3%
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<3%
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AC grid connection type
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3W+N+PE
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3W+N+PE
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3W+N+PE
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3W+N+PE
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3W+N+PE
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3W+N+PE
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Stand alone(AC power)
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||||||
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Max. AC output power
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4000W
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5000W
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6000W
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7000W
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8000W
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10000W
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Max. AC apparent power
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4000VA
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5000VA
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6000VA
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7000VA
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8000VA
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10000VA
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Max. output current
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6.1A
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7.6A
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9.1A
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10.6A
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12.1A
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15.2A
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Nominal AC output voltage
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230V/400V
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230V/400V
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230V/400V
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230V/400V
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230V/400V
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230V/400V
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Nominal AC output frequency
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50/60Hz
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50/60Hz
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50/60Hz
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50/60Hz
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50/60Hz
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50/60Hz
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THDv
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<3%
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<3%
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<3%
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<3%
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<3%
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<3%
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Switch time
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<0.5S
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<0.5S
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<0.5S
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<0.5S
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<0.5S
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<0.5S
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Battery data (DC)
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Battery voltage range
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160~550V
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160~550V
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160~550V
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160~550V
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160~550V
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160~550V
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Max charging and discharging current
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25A
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25A
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25A
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25A
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25A
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25A
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Continuous charging and discharging power
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4000W
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5000W
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6000W
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7000W
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8000W
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10000W
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Type of battery
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Lithium / Lead-acid battery
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Lithium / Lead-acid battery
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Lithium / Lead-acid battery
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Lithium / Lead-acid battery
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Lithium / Lead-acid battery
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Lithium / Lead-acid battery
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Capacity of battery
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5~50kWh
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5~50kWh
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5~50kWh
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5~50kWh
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5~50kWh
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5~50kWh
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Efficiency
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Max. efficiency
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97.6%
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97.8%
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98.0%
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98.2%
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98.2%
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98.2%
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Euro European efficiency
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97.0%
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97.2%
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97.3%
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97.4%
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97.4%
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97.5%
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Battery charge/discharge efficiency
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97.4%
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97.4%
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97.4%
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97.4%
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97.4%
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97.4%
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Certificates and Approvals |
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CE, IEC62109, G83/G59, VDE0126-1-1, AS4777, AS/NZS 3100, CEI 0-21, VDE-AR-N4105, VFR 2014, En50438, IEC 61727, IEC 62116 |
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Product Application :
Category : Solar Inverter
Prodcut Package :
Q & A :
Q: What does a hybrid inverter do?
A: A solar inverter's main job is to convert DC power generated from the array into usable AC power. Hybrid inverters go a step further and work with batteries to store excess power as well. This type of system solves issues renewable energy variability and unreliable grid structures.
Q: How does a hybrid solar inverter work?
A: A hybrid solar inverter converts solar energy into electricity but is also connected to a battery where this energy can be stored. This allows extra energy produced by the inverter to be stored for later use. These inverters also have the capability to provide backup power during a blackout.
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