5.2 kW Charge controller with 2 MPPT trackers. DC input up to 150 V, MPPT range 50–108 V.
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Find the datasheet PDF on Google:
"Huawei SUN2000-100KTL" datasheet filetype:pdfLowest expected winter temperature in your area
Highest expected summer temperature in your area
How the panels are mounted affects operating temperature
Affects only bifacial panels — reflected light increases current, which may change compatibility
Apply worst-case Voc +3% and Isc +5% to account for manufacturing variance. Recommended for safety-critical designs.
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Max DC voltage
150 V
MPPT voltage range
50–108 V
Start-up voltage
50 V
Max input current per MPPT
50 A
Max short-circuit current
50 A
Nominal AC power
5.2 kW
MPPT configuration
2 MPPT × 1 strings
Max DC power input
5.2 kW
Inverter type
Charge controller
The EPEVER TEP10415 is a 5.2 kW inverter suitable for residential and commercial solar installations. The panel matcher above shows all compatible solar panels with optimal string configurations calculated automatically based on voltage, current, and temperature limits.
Use our string sizing calculator for a detailed 7-check compatibility analysis with temperature-adjusted voltage and current calculations.
The EPEVER TEP10415 has 2 MPPT tracker(s), each supporting 1 input string(s). The exact panel count per string depends on your panel's Voc relative to the MPPT range 50–108 V. Use the matcher above to find the optimal configuration automatically.
The EPEVER TEP10415 MPPT accepts DC voltages between 50 V and 108 V. At summer temperatures, the string Vmpp must stay above 50 V. At winter temperatures, the string Voc must not exceed the absolute DC limit of 150 V. The matcher calculates these temperature-adjusted checks automatically.
Yes — the EPEVER TEP10415 is compatible with any solar panel brand as long as the string voltage and current stay within its electrical limits. Panel brand does not affect compatibility. What matters is that the string Voc at coldest temperature stays below 150 V, Vmpp stays within 50–108 V, and total current stays below 50 A.