IP55 Rating Commercial Energy Storage Cabinets With On Grid Off Grid And

Equipment Overview

The system integrates a high-voltage LFP battery, hybrid power conversion, 10 MPPT channels and intelligent liquid cooling. Its iBMS supports SOC/SOP calibration, while on-grid, off-grid and switching modes provide a basis for site-specific energy management. The source configuration is Stars CL261Pro.

YINTU is an energy storage solution provider. We work with experienced manufacturing partners to match equipment, controls and service scope to each customer’s site.

Commercial and Industrial Applications

Solar-powered workshops and light industry

Use the 250 kW PV input capability to support facilities with extensive roof space and daytime production loads. The battery can store available solar energy for later use; the dispatch strategy must reflect the actual load curve, export rules and battery operating limits.

Warehouses and commercial campuses

Coordinate charging and discharging around site demand peaks and tariff periods. YINTU helps define the target operating window and reserve level; achievable savings require the customer’s tariff and measured consumption data.

Farms, processing sites and remote facilities

Combine solar generation, storage and a compatible diesel source for projects where grid availability is limited. Confirm generator control, minimum loading, source transfer and protection before selecting the final operating strategy.

Business continuity and selected critical circuits

The datasheet lists 10 ms grid/off-grid transfer and 100% unbalanced-load support. Size the protected circuits against continuous power, motor starting requirements and reserve energy; this does not imply uninterrupted operation for every load.

System Features and Project Value

250 kW PV input with 10 MPPTs

Multiple tracking channels provide flexibility for PV design. The datasheet specifies MC4 connections and a 150–950 V input range; array design must still satisfy all electrical and environmental limits.

Liquid cooling with automatic refilling

Integrated thermal management supports the battery cabinet across the stated ambient range. Output derates above 45°C, so ventilation, solar exposure and local climate remain part of equipment selection.

Battery intelligence and service-life planning

SOC/SOP calibration supports energy and power estimation. The datasheet states at least 8,000 cycles to 70% SOH; the operating and test conditions must be confirmed for lifecycle modelling.

Layered protection and outdoor enclosure

IP55 protection, C4H corrosion classification, active early warning and pack/cluster aerosol protection form the listed design basis. Water suppression and explosion venting are optional, subject to the selected safety design.

Expansion planned around the project

The source describes modular plug-and-play expansion. Confirm the permitted number of cabinets, electrical arrangement, control architecture and commissioning requirements before increasing system size.

How the System Fits Your Site

PV feeds the integrated MPPT stage; the battery and hybrid conversion system coordinate stored energy with the site load. Grid and diesel are separate source interfaces that require approved controls and protection. The 250 kW PV, 187 kW source and 125 kW load ratings describe different interfaces and must not be treated as interchangeable output ratings.

Technical Specifications

Battery and Power Interfaces

Enclosure, Cooling and Installation

Control and Protection

From Site Requirements to a Storage Solution

1. Define the operating objective

Identify the priority: peak management, solar self-consumption, backup, EV charging or microgrid operation. Use actual load and generation profiles to set power, energy and reserve requirements.

2. Match equipment and controls

YINTU coordinates model selection and technical clarification with the manufacturing partner, including destination voltage, frequency, environmental conditions, monitoring and optional functions.

3. Confirm the project scope

Confirm the final configuration, interconnection requirements, protection design, installation responsibilities, commissioning plan, documentation and after-sales scope in the project proposal. Prices and delivery schedules depend on the approved configuration.

Frequently Asked Questions

Does 250 kW PV input mean 250 kW AC output?

No. The datasheet rates load power at 125 kW. The 250 kW figure describes DC photovoltaic input; the grid and diesel interfaces are each listed at 187 kW.

How long can the system support the site?

Calculate duration from the selected loads, usable state-of-charge window, conversion losses and reserve policy. The nominal 261.2 kWh value alone cannot establish a guaranteed backup time.

Can it work with an existing generator?

A diesel interface is listed. YINTU will coordinate a compatibility review covering voltage, frequency, controls and protection before including an existing generator in the solution.

Is every safety option included?

No. Pack/cluster aerosol and early warning are listed in the source; water suppression and explosion venting are optional. Confirm the final scope and local requirements in the technical agreement.

Specifications are transcribed from the supplied product datasheet and remain subject to the approved technical agreement. Nominal energy does not guarantee usable energy or backup duration. Cycle life and efficiency depend on test conditions and operation. Listed standards are datasheet references, not a blanket certification claim; request model-specific supporting documents.