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Typical Burn-in Test System Of Household Photovoltaic Storage And Grid-connected Integrated Unit

Typical Burn-in Test System Of Household Photovoltaic Storage And Grid-connected Integrated Unit

Overview

Typical Burn-in Test System Of Household Photovoltaic Storage And Grid-connected Integrated Unit supplied by Shenzhen CPET Electronics Co., Ltd. Key published specifications: System Structure 1 Control Cabinet + 2 Burn-in Cabinets; Overall Size 5100*1500*2050mm; Total Input Current 60A; Total Input Power 25kW. Contact the supplier through the RFQ form for pricing, lead time and full datasheets.

Technical specifications

System Structure1 Control Cabinet + 2 Burn-in Cabinets
Overall Size5100*1500*2050mm
Total Input Current60A
Total Input Power25kW
Total input voltageThree-phase five-wire system 220Vac (rated)
Fire protection requirementsMaterials meet UL 94V0 rating
Safety requirementsComply with IEC62368 international standard design requirements
Burn-in bits/layer3 bits/layer
Burn-in product input power7kW/bit
Burn-in product input voltage50-750Vdc/bit
Burn-in product input current25A/bit
Burn-in Product Load Category2.6kW/bit
Burn-in product output voltage380/220Vac/50Hz (rated)
Burn-in product output current4kW/bit
Burn-in product battery voltage48Vdc (nominal)
Burn-in product battery current80A/bit
Burn-in product output power6.6kW/bit
AC Connector TypePA45 (L /N/PE)
DC Connector TypeMC4 photovoltaic connector (PV+/PV-/2 groups
Battery Connector TypePA120(BAT+/BAT-)
Signal Connector TypeRJ45 (network port)
Input power70kW
Display accuracy±(1%+0.2%FS)
Control precision±(1%+0.2%FS)
Bad way of reportingAudible alarm
Report formatCSV format
StatisticsYield/CPK/Time Distribution
MES dockingSupport
Scan speed5S
Display mediumComputers and Monitors