750-1250 kW 1500-2600 kWh Containerized Battery Energy Storage Systems Liquid

Product Overview

A liquid-cooled 20-ft platform for industrial campuses, logistics facilities and larger microgrids. Three configurations provide 1500-2600 kWh of storage and integrated PV input, with a common IP65 enclosure specification and project-configured AC distribution.

YINTU is an energy storage solution provider. We work with capable manufacturing partners to select equipment, coordinate technical information and develop a configuration around the customer's site requirements. The listed product is a configurable platform; the supply and service boundaries are agreed for each project.

How Solar, Storage and Charging Work Together

Solar generation can serve site demand while storage shifts selected energy to later periods. The PCS connects the DC battery system with AC loads, and EMS coordination supports the chosen operating schedule and reserve policy. External EV charging equipment can be included in the site solution after its rating, quantity, charging interface and control compatibility are selected.

Every configuration in this series includes integrated MPPT for direct PV input. PV string design must meet the voltage and channel-current limits in the table.

The generator port provides an interface for an external diesel generator where required. Grid and generator operation, switchgear and source-transfer logic follow the approved electrical design. AC/DC integration here describes the storage and conversion architecture; the specification does not state built-in EV charging guns or a direct DC EV charging output.

Key Features

AC and DC equipment integrated around one control platform

LiFePO4 batteries, BMS, PCS and EMS are integrated with a generator port. The battery operates on the DC side and the PCS provides the AC interface. This creates a coordinated equipment platform for solar-storage charging projects while the site distribution, protection and external chargers are designed as part of the complete solution.

PV integration matched to the selected configuration

Every configuration in this series includes integrated MPPT for direct PV input. PV string design must meet the voltage and channel-current limits in the table.

On-grid and off-grid operation

The datasheet lists rated power for both modes and a switching time below 10 ms. The project design coordinates the grid connection, generator, essential loads and transfer arrangement. This rating should not be treated as a universal no-interruption guarantee for every load.

Thermal management and protection

The IP65 enclosure combines liquid cooling for the battery with intelligent PCS cooling and an integrated fire protection system. The quoted operating temperature is -10 to +55 C, with humidity from 5% to 95% and altitude <2000 m.

Expandable project architecture

The series supports multiple units in parallel; the datasheet does not specify a universal maximum count. Parallel operation requires a coordinated control, communication, cable and protection design.

Applications and Project Value

Large solar-storage charging campuses

Combine direct PV input, liquid-cooled storage and separate EV chargers for logistics, industrial or commercial sites. The three configurations offer different PV channel counts so the array and charging plan can be developed together.

Factories with sustained daily energy demand

Use 1500-2600 kWh of stated energy to shift solar production and schedule discharge around industrial demand. Liquid cooling manages battery thermal conditions, while the final energy budget accounts for reserve, operating limits and conversion losses.

Outdoor industrial microgrids

The IP65 enclosure, integrated fire protection and generator port provide a defined equipment platform for outdoor projects. Site integration covers access, foundation loading, drainage, electrical protection and the approved operating environment.

Remote operations and generator-supported facilities

Coordinate PV, batteries and generator supply with a reserve strategy for essential processes. The stated transfer capability and parallel support are applied through the final control and switchgear design, with load-starting requirements checked before selection.

Configuration Comparison

Every configuration in this series includes integrated MPPT for direct PV input. PV string design must meet the voltage and channel-current limits in the table.

Power and energy are paired configurations, not independent values that can be freely mixed. Battery energy, voltage and ampere-hour values are reproduced as specified; practical usable energy and backup time depend on the final operating limits and site load. PV current notation is preserved as 200 A multiplied by the stated channel count.

System and Installation Parameters

Dimensions retain the order used in the supplied datasheet; axis labels are not inferred. Weights are approximate and vary with configuration. Confirm the final installation drawing, lifting plan, foundation loading, service clearances and cable routing before deployment.

YINTU Project Selection and Supply Scope

Start with the country and site environment, grid voltage, interval load profile, PV array or existing inverter information, generator details and backup priorities. For a charging project, add charger power, vehicle schedule and expected simultaneous demand. YINTU coordinates configuration selection and technical clarification with the manufacturing partner.

The proposal defines the selected storage configuration, controls, switchgear and any project accessories. PV modules, external PV inverters where needed, diesel generators, EV chargers, civil works, transport, installation and commissioning are included only when listed in the agreed scope. Certification documents, warranty, pricing, lead time and payment terms are confirmed for the selected model and destination.

Frequently Asked Questions

Are EV chargers built into the container?

The supplied datasheet describes a PV-storage-diesel microgrid platform and does not specify built-in charging guns or charger ratings. YINTU can coordinate a solar-storage charging solution using separately selected EV chargers and a suitable site distribution and control design.

Can PV strings connect directly?

Every configuration in this series includes integrated MPPT for direct PV input. PV string design must meet the voltage and channel-current limits in the table.

Can it operate when the grid is unavailable?

The series includes off-grid ratings and a stated switching time below 10 ms. The final design must establish the supported loads, reserve, source-transfer arrangement and generator coordination where used.

How many units can be connected in parallel?

Multiple units; project-specific quantity. The final quantity and control arrangement must be confirmed for the project.

What determines backup duration?

The selected energy configuration, usable SOC window, reserve policy, conversion and auxiliary losses, temperature and changing site demand all affect runtime. Nominal kWh alone is not a guaranteed AC energy delivery or backup duration.

Technical source: YT-Hybrid ESS-750-1250kW-1500-2600kWh-Liquid datasheet, V1.0, October 2026. Final specifications and included equipment follow the approved project configuration.