AI Powered AFCI to proactively mitigate fire risk
Optimizers enable more modules on rooftop
Up to 30% higher yields contributed by optimizing each panel performance
Inverter with no quick wear parts, failure rate < 0.5%

Max DC voltage: 1500 V
Max AC apparent power: 185,000 VA
9 MPPTs for versatile adaptions to different layouts
18 strings intelligent monitoring and fast trouble-shooting
Max. efficiency 99.03% , EU efficiency 98.69%

Max DC voltage: 1100 V
Max AC apparent power: 110,000 VA
10 MPPTs for versatile adaptions to different layouts
20 strings intelligent monitoring and fast trouble-shooting
Max. efficiency 98.8%, EU efficiency 98.6% @480Vac
Max. efficiency 98.6%, EU efficiency 98.4% @400Vac

Max DC voltage: 1500 V / 1100 V
Max AC apparent power: 105,000 VA / 66,000 VA
6 MPPTs for versatile adaptions to different layouts
12 strings intelligent monitoring and fast trouble-shooting
Max. efficiency 99.0% / 98.9%, EU efficiency 98.8% / 98.7%

Max DC voltage: 1100 V
Max AC apparent power: 33,000 VA/ 40,000 VA/ 44,000 VA
4 MPPTs for versatile adaptions to different layouts
8 strings intelligent monitoring and fast trouble-shooting
Max. efficiency 98.7%, European efficiency 98.4%

Max DC voltage: 1,500 V
Max AC apparent power: 215,000 VA
9 MPPTs for versatile adaptions to different layouts
18 strings intelligent monitoring and fast trouble-shooting
Max. efficiency ≥99.00%, EU efficiency ≥98.80%

Max DC voltage: 1,500 V
Max AC apparent power: 215,000 VA
3 MPPTs for versatile adaptions to different layouts
14 strings intelligent monitoring and fast trouble-shooting
Max. efficiency ≥99.00%, EU efficiency ≥98.80%

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