250 kW / 261 kWh Hybrid ESS with 240 kW Direct PV Input

Name: 250 kW / 261 kWh Hybrid ESS with 240 kW Direct PV Input
Brand: Hunan Yintu New Materials Co., Ltd.
SKU: YT-Hybrid ESS-250kW-261kWh
Price: Negotiable USD
Availability: InStock

Brand Name:YINTU

Model Number:YT-Hybrid ESS-250kW-261kWh

Product Details

Highlight:

250 kW hybrid ESS

,

261 kWh commercial energy storage

,

240 kW direct PV input

Rated AC: 250 KW

Rated Battery Energy: 261 KWh LFP

Maximum PV Input: 240 KW

PV Trackers: 2 MPPTs

PV Operating Range: 250–850 V DC

PV Maximum Voltage: 950 V DC

Maximum PV Current: 200 A + 200 A

AC Connection: 400 / 230 V Three Phase

Maximum AC Current: 375 A

Product Description

250 kW / 261 kWh Hybrid ESS with 240 kW Direct PV Input

Specify the 250 kW hybrid cabinet for new solar arrays with two integrated trackers and up to 240 kW PV input. Check the solar and AC feeder limits together.

YT-Hybrid ESS-250kW-261kWh

Selected configuration

Rated AC	250 kW
Rated battery energy	261 kWh LFP
Maximum PV input	240 kW
PV trackers	2 MPPTs
PV operating range	250–850 V DC
PV maximum voltage	950 V DC
Maximum PV current	200 A + 200 A
AC connection	400 / 230 V three phase
Maximum AC current	375 A

Assign both solar input groups

This 250 kW configuration has two integrated MPPTs, with a source-listed 240 kW maximum PV input. Group strings by voltage and operating characteristics. Check the cold open-circuit voltage against the 950 V DC ceiling and verify the expected hot operating voltage and input current for each tracker.

Coordinate the AC feeder and battery

Review the cabinet’s 375 A maximum AC current with the site feeder and protection design. Compare midday PV generation with site loads and the battery’s permitted charging window. Use the battery’s rated 261 kWh together with the selected SOC limits and conversion losses when calculating delivered energy.

Set the project scope

YINTU coordinates the integrated hybrid PCS and battery cabinet as an energy storage solution provider. The solar modules, DC field wiring, external protection, metering and distribution are specified for the installation. Grid approval and any transfer function follow the engineered system design.

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

Commercial & Industrial Energy Storage