Français
Deutsch
Italiano
Русский
Español
Português
Nederlandse
Ελληνικά
日本語
한국
Polski
فارسی
বাংলা
ไทย
Tiếng Việt
العربية
हिन्दी
Türkçe
Indonesia
125 kW / 265 kWh Hybrid ESS with Ten MPPTs
125 kW hybrid ESS
,265 kWh commercial energy storage
,hybrid ESS with ten MPPTs
125 kW / 265 kWh Hybrid ESS with Ten MPPTs
Specify the ten-tracker 265 kWh cabinet for roofs with multiple string groups. Compare the 42 A tracker current limit and 180 kW total PV input ceiling.
YT-Hybrid ESS-125kW-265kWh
Selected configuration
| Rated AC output | 125 kW |
|---|---|
| Rated battery energy | 265 kWh |
| Selected PV configuration | 10 MPPTs, 2 inputs per MPPT |
| Max. PV power / voltage | 180 kW / 1000 V DC |
| MPPT operating voltage | 180–950 V DC |
| Current per MPPT | 42 A max. operating / 60 A max. short-circuit |
| Battery voltage | 844.8 V DC nominal, 739–950 V DC |
| AC interface | 380 / 400 V AC, three phase, 50 / 60 Hz |
Assign string groups by roof geometry
The ten-MPPT build provides two inputs per tracker, with independent tracking across ten groups. It suits sites with distinct roof orientations or shading zones when the string count and current match the tracker limits. Keep strings sharing a tracker electrically compatible. Review the roof layout and module electrical data before choosing the ten-tracker or six-tracker version.
Check current, voltage and power together
The ten-tracker limit is 42 A operating and 60 A short-circuit per tracker. The PV input is rated up to 180 kW and 1000 V DC, with a 180–950 V DC MPPT range. Check cold string open-circuit voltage, hot operating voltage, paired string currents and overall PV power. Verify available headroom for the 125 kW AC load and the intended battery charge schedule.
Specify the selected cabinet
The cabinet integrates the 125 kW hybrid inverter, 265 kWh battery and local control. YINTU coordinates the selected ten-MPPT configuration and manufacturing supply as an energy storage solution provider. PV modules, rooftop wiring, external isolation and interconnection equipment are specified for the site. Final backup and transfer arrangements depend on the approved electrical design.
Equipment illustration based on the model reference. The approved drawing and technical agreement define the ordered configuration.
Floor Standing Residential Energy Storage Systems 16 KWh Long Lasting Home Energy Solutions
Indoor Floor Standing Residential Energy Storage Systems All In One Solar Storage For Homes
12 KW / 32 KWh Stackable Home Solar Energy Storage Systems All In One ESS IP20
