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10 Technical Parameters
User Manual
V1.0-2023-10-30
Technical Data
GEH15-
3U-10
GEH20-
3U-10
GEH25-
3U-10
GEH29�9-
3U-10
GEH30-
3U-10
Protective Class
I
Storage Temperature (
℃
)
-45~+85
The Decisive Voltage Class
(DVC)
Battery: C
PV: C
AC: C
Com: A
Mounting Method
Wall Mounted
Active Anti-islanding Method
AFDPF + AQDPF
*9
Type of Electrical Supply
System
Three phase Grid
Country of Manufacture
China
Certification
*10
Grid Standards
VDE-AR-N 4105,EN50549-1
Safety Regulation
IEC62619-1/-2
EMC
EN61000-6-1, EN61000-6-2, EN61000-6-3, EN61000-6-4
*1: In Australia, for most of the PV module, the max.Input power can achieve 2*Pn, Such as the
max.input power of GEH15-3U-10 can achieve 30000W. Besides, Max. Input Power, not continuous
for 1.5*normal power.
*2: For 1000V system:
Maximum operating voltage is 950V.
*3: According to the local grid regulation.
*4: Output Voltage Range: phase voltage.
*5: For 380V grid, the Nominal Output Current is 22.7A for GEH15-3U-10, 30.3A for GEH20-3U-10,
37.9A for GEH25-3U-10, 45.3A GEH29.9-3U-10, and 45.5A for GEH30-3U-10.
*6: Can be reached only if PV and battery power is enough.
*7: DC Switch: GHX6-55P (for Australia).
*8: No Back-up Output.
*9: AFDPF: Active Frequency Drift with Positive Feedback, AQDPF: Active Q Drift with Positive
Feedback.
*10: Not all certifications & standards listed, check the official website for details.
*11: For 380V grid, the Max. AC Current Output to Utility Grid is 25A for GEH15-3U-10, 33.3A for
GEH20-3U-10, 41.7A for GEH25-3U-10, 49.8A for GEH29.9-3U-10, 50A for GEH30-3U-10.
*12: When the load is connected to the inverter’s backup port, the Max. Apparent Power from Utility
Grid can reach to 22.5K for GEH15-3U-10, 30K for GEH20-3U-10, 33K for GEH25-3U-10, 33K for
GEH29.9-3U-10,and 33K for GEH30-3U-10 respectively.
*13: When the load is connected to the inverter’s backup port, the Max. AC Current From Utility
Grid can reach to 34A for GEH15-3U-10, 45A for GEH20-3U-10, 50A for GEH25-3U-10, 50A for
GEH29.9-3U-10,and 50A for GEH30-3U-10 respectively.
*14: Nominal Output Power at 40
℃
(W) and Max. Output Power at 40
℃
(W) are only for Brazil.