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

Name: 375 kW / 780 kWh Air-Cooled Hybrid ESS with Three MPPTs
Brand: Hunan Yintu New Materials Co., Ltd.
SKU: YT-Hybrid ESS-375-500kW-780-1000kWh-Air
Price: Negotiable USD
Availability: InStock

Brand Name:YINTU

Model Number:YT-Hybrid ESS-375-500kW-780-1000kWh-Air

Product Details

Highlight:

375 kW air-cooled hybrid ESS

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780 kWh containerized battery storage

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hybrid ESS with three MPPTs

Selected Power / Energy: 375 KW / 780 KWh

Nominal Battery Voltage: 832 V

PV Input: 360 KW Max., Three MPPT Channels

PV Input Voltage: 250–850 V MPPT, 950 V Max.

AC Interface / Max. Current: 400 / 230 V Three Phase, 50/60 Hz, 560 A Max.

Ambient Limits: −10 To +55°C, Altitude Below 2000 M

Container / Cooling: 10 Ft, IP54, Battery Air Conditioning

Dimensions / Approx. Mass: 2991 × 2438 × 2896 Mm, Approx. 8700 Kg

Product Description

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

Use the 375 kW, 780 kWh air-cooled 10-foot configuration for a site with integrated PV inputs. Check ventilation, ambient conditions and the three-array PV design.

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

Selected configuration

Selected power / energy	375 kW / 780 kWh
Nominal battery voltage	832 V
PV input	360 kW max., three MPPT channels
PV input voltage	250–850 V MPPT, 950 V max.
AC interface / max. current	400 / 230 V three phase, 50/60 Hz, 560 A max.
Ambient limits	−10 to +55°C, altitude below 2000 m
Container / cooling	10 ft, IP54, battery air conditioning
Dimensions / approx. mass	2991 × 2438 × 2896 mm, approx. 8700 kg

Choose the integrated-PV variant

The selected 375 kW unit combines 780 kWh of LFP battery capacity with three built-in MPPT channels. The source assigns up to 360 kW of PV input to this version. It lists an external PV inverter arrangement for the 500 kW family configuration. Match the 375 kW option to the site’s three-phase load and its array design. Check each MPPT group and the total PV limit from the final selected model data.

Review the air-cooled placement

Locate the enclosure using the manufacturer’s airflow and service layout. Screen the −10 to +55°C source operating range, humidity and altitude against the planned outdoor location. Review nearby walls, adjacent containers and equipment that exhausts hot air into the same area. Request the verified airflow, required clearances and any output derating for the intended environment before finalising the pad arrangement.

Check the combined solar and load schedule

Use the daylight PV and interval load profile to estimate charge opportunities and available energy for later dispatch. Compare the desired AC power with the 375 kW and 560 A source limits. Define the operating conditions for any generator and isolation scheme. If the system will transition between grid-connected and off-grid modes, specify the project switching and protection sequence and verify it against the actual connected loads.

Confirm the project integration package

YINTU coordinates the integrated battery, PCS, EMS and PV interfaces with the manufacturing partner. Confirm the PV strings, cable protection, auxiliary requirements, switching and connection equipment on the approved one-line diagram. Provide the site ambient data, mechanical layout and target load schedule for a configuration review.

Series illustration. Airflow, clearances and final operating limits follow the confirmed configuration.

Containerized Battery Energy Storage Systems