Skip to main content
Local Warehouse Fast Dispatch3–7 Working Days DDP DeliveryFree Customization Support

Energy Storage Systems

Complete LiFePO4 Energy Storage Systems, Delivered as One Package

Air-cooled and liquid-cooled ESS cabinets from 50 kWh to 261 kWh – cells, BMS, thermal management and enclosure pre-integrated in one SKU. One purchase order, one integration checklist, one responsible factory.

50–261 kWhAir / Liquid CooledIntegrated BMSMade to Order

Quick Configurator

Match your capacity and cooling requirements to the right system platform.

Capacity Range

50 kWh – 261 kWh

Cooling

Air-cooled / Liquid-cooled

Communication

CAN / RS485

Delivery

DDP per project

Situation

Your project pipeline includes commercial storage, peak shaving, or backup power tenders that call for a complete energy storage system – not a list of components to source separately.

The Challenge

Sourcing cells, BMS, enclosures, and thermal design from different suppliers stretches qualification across months. Interface mismatches between battery and BMS vendors surface late, during commissioning – when schedule and budget are least able to absorb them.

How do you deploy a commercial energy storage system with integrated thermal management, factory-matched BMS, and European delivery – without running a multi-vendor integration project?

Our Answer

SSLBATT energy storage systems arrive as one pre-integrated SKU: Grade A LiFePO4 cells, factory-matched BMS, thermal management, and enclosure delivered together. Air-cooled systems cover 50–150 kWh indoor and outdoor builds; liquid-cooled systems cover 100–261 kWh high-cycle C&I applications. One factory owns the complete system, so qualification, commissioning support, and warranty sit with a single responsible party.

Pre-Integrated Architecture

Cells, BMS, contactors, thermal units, and fire suppression are matched and tested at the factory before shipment – not integrated for the first time on your site.

Thermal Design per Application

Air-cooled systems serve moderate-cycle indoor and outdoor builds. Liquid-cooled systems hold cell temperature spread tight under high C-rate cycling, protecting cycle life in daily-cycling C&I programs.

Single-Factory Warranty

System-level warranty from one manufacturer replaces component-by-component claims. Commissioning support and documentation ship with the system.

Series

Choose Your System Platform

Two cooling platforms covering commercial storage, peak shaving, backup power, and renewable pairing.

SSLBATT energy storage systems extend our cell and BMS manufacturing platform to complete, pre-integrated systems. Instead of assembling a supply chain across cell, BMS, and enclosure vendors, you qualify one system from one factory – with thermal design, BMS configuration, and commissioning support delivered as part of the SKU.

Why SSLBATT Systems

One Factory, One Responsible Party

Every system is built on our own cells and BMS platform – the same vertical integration behind our component lines, extended to complete systems.

Factory-Matched Components

Cells, BMS, and thermal design are qualified together as one system – no vendor-interface risk, no split accountability between battery and BMS suppliers.

Cycle-Life Engineering

Thermal strategy is selected per duty profile. Daily-cycling programs get liquid cooling; moderate-duty builds get cost-efficient air cooling – matched to your dispatch profile.

European Delivery

Made-to-order systems shipped DDP per project. CE, UN38.3, and MSDS documentation aligned during technical review.

Commissioning Support

Remote commissioning assistance with your PCS/EMS integrator, inverter protocol alignment, and startup checklist – included with every system.

Comparison

Air-Cooled vs Liquid-Cooled

Match cooling strategy to duty profile, environment, and cycle-life targets.

ParameterAir-Cooled SystemsLiquid-Cooled Systems
Capacity Range50–150 kWh100–261 kWh
Best Fit DutyModerate cycling, backupDaily-cycling C&I
Thermal ControlForced air handlingLiquid loop, tight ΔT
Cell Temp SpreadStandardTight, protects cycle life
InstallationIndoor / sheltered outdoorOutdoor containerized
DeliveryDDP per projectDDP per project
Footprint1050 × 1150 × 2320 mm1200 × 1490 × 2472 mm
Weight≤1250 kg≈2700 kg
Round-Trip Efficiency≥88%≥88%
Noise<75 dB<75 dB

Where They Fit

Applications

Proven deployment contexts across commercial and industrial storage programs.

Browse Solutions

Peak Shaving

C&I facilities reducing demand charges with daily charge-discharge cycles sized to load profiles.

Backup Power

Critical infrastructure and industrial sites requiring resilient standby capacity with fast switchover.

Solar Pairing

Commercial PV self-consumption and time-of-use arbitrage with inverter-compatible BMS communication.

Microgrid

Remote and islanded sites pairing storage with renewables for stable, fuel-free operation.

FAQ

Frequently Asked Questions

Can the system capacity be configured to my project size?

Yes. Air-cooled systems are configurable from 50 kWh to 150 kWh and liquid-cooled systems from 100 kWh to 261 kWh. Share your load profile and dispatch strategy and our engineering team will size the system and confirm configuration within 24 hours.

What certifications do SSLBATT energy storage systems carry?

Standard certification packages include CE, UN38.3, and MSDS. System-level documentation (IEC 62619 and transport documentation) is aligned during the technical review phase based on your target market.

Which inverters and PCS units are compatible?

BMS communication follows CAN/RS485 protocols matched to your PCS or inverter model during the technical review. We pre-configure protocol mapping for major inverter platforms before shipment.

What is the lead time for a complete system?

Standard lead time is 3–5 weeks for configured systems, shipped DDP per project with CE, UN38.3, and MSDS documentation aligned during technical review.

Request Quote

Request a System Quote

Share your capacity target, duty profile, and site constraints for a 24-hour system fit check and factory-direct pricing.