375 kW / 780 kWh Liquid-Cooled Hybrid ESS with Three MPPTs

Brand Name:YINTU
Model Number:YT-Hybrid ESS-375-500kW-780-1000kWh-Liquid
Product Details
Highlight:

liquid-cooled hybrid ESS

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375 kW hybrid ESS

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780 kWh containerized ESS

Rated AC Power: 375 KW Rated AC
Rated Battery Energy: 780 KWh Rated LFP Storage
Nominal Battery Voltage: 832 V Nominal Battery Voltage
Maximum PV Input: 360 KW Maximum PV Input
PV Trackers: 3 MPPTs
Maximum PV Voltage: 950 V DC Maximum PV Voltage
MPPT Range: 250–850 V DC MPPT Range
AC Connection: 400 / 230 V Three-phase AC
Maximum AC Current: 560 A Maximum AC Current
Product Description

375 kW / 780 kWh Liquid-Cooled Hybrid ESS with Three MPPTs

Choose the 780 kWh liquid-cooled version for a compact site that needs integrated direct PV and a 375 kW three-phase AC interface.

YT-Hybrid ESS-375-500kW-780-1000kWh-Liquid

Selected configuration

Rated AC power 375 kW rated AC
Rated battery energy 780 kWh rated LFP storage
Nominal battery voltage 832 V nominal battery voltage
Maximum PV input 360 kW maximum PV input
PV trackers 3 MPPTs
Maximum PV voltage 950 V DC maximum PV voltage
MPPT range 250–850 V DC MPPT range
AC connection 400 / 230 V three-phase AC
Maximum AC current 560 A maximum AC current

Select the 780 kWh liquid-cooled configuration

This three-tracker build pairs 375 kW AC with 780 kWh rated storage. Evaluate it against the site demand, recharge window and target discharge period. Use an operating SOC range and conversion losses to estimate delivered energy.

Match the direct PV and AC connections

Allocate strings across the three trackers and verify voltage and current under worst-case conditions. The source gives 200 A per tracker and 360 kW total PV input. On the AC side, coordinate the 560 A maximum stated current with feeder and switchgear design.

Specify the equipment scope

YINTU coordinates the liquid-cooled battery, PCS, BMS and controls as an energy storage solution provider. The PV modules, generator, external switchgear and distribution remain project-selected. Confirm final protection, transfer sequence, physical clearances and commissioning tests with the project team.

Equipment illustration based on the existing model cover. The approved drawings and technical agreement define the supplied configuration.

Containerized Battery Energy Storage Systems

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