High-capacity commercial storage
in one liquid-cooled cabinet

STORION LC TB125 combines a 125 kW power conversion system with 261.2 kWh of lithium iron phosphate battery storage, energy management, battery management, liquid cooling and product-specific fire protection in a pre-assembled outdoor cabinet.

It is designed for commercial and industrial projects that need a larger step in power and capacity, with connected control and the potential to scale through an approved multi-cabinet design.

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A commercial system designed around deployment and control

Pre-assembled

Core components are integrated before delivery, reducing on-site equipment assembly.

Liquid-cooled

Precision thermal management supports consistent operating conditions across the battery system.

Connected

EMS functions and approved interfaces support scheduled operation, monitoring and integration.

Scalable

Develop a multi-cabinet architecture around the required power, capacity and operating strategy.

Where TB125 can fit

Solar self-consumption

Store surplus on-site generation for use when demand is higher or solar output falls.

Peak management

Use scheduled charge and discharge to manage defined periods of high site demand.

Time-of-use optimisation

Shift energy use between tariff periods where the site, contract and operating strategy support it.

Operational resilience

Design selected backup loads around the available stored energy and approved switching architecture.

Microgrids

Coordinate storage with local generation, loads and, where required, generator support.

Flexibility services

Connect eligible systems to approved optimisation or flexibility services, subject to technical and commercial qualification.

INTEGRATED

Integrated before it reaches site

The cabinet brings together battery modules, PCS, BMS, EMS, liquid cooling and fire-response components. Factory integration can simplify deployment, but the project still requires design, foundations, lifting, electrical works, protection, communications, commissioning and an operating plan.

PCS

Converts power between the battery and the site's AC system.

BMS

Monitors battery conditions, balances cells and applies protective limits.

EMS

Controls charging, discharging and approved operating strategies.

Liquid Cooling

Precision thermal management supports consistent operating conditions.

Control storage around the way the site uses energy

The TB125 supports scheduled charge and discharge, self-consumption, demand control and generator-related strategies through its energy management platform. Modbus TCP and API connectivity can support approved third-party integration.

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SAFETY

Layered protection and operating visibility

The TB125 uses lithium iron phosphate battery chemistry with cell and system monitoring, liquid-cooled thermal control, smoke and temperature detection, pack and rack aerosol response and a sprinkler system.

Site design adds the appropriate separation, access, drainage, electrical protection, emergency planning and maintenance arrangements.

EXPLORE SAFETY AND ENERGY SECURITY

BACKUP

Backup is an engineered option

An optional static transfer switch cabinet can support compatible backup configurations. Actual continuity depends on the electrical architecture, supported loads, available stored energy, power limits, protection settings and commissioning.

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Working specification summary

SpecificationNominal outputBattery capacityBattery chemistryIngress protectionDepth of dischargeDimensionsFire responseCommunicationsParallel operationWarranty

Working value	Publication note
125 kW	Supported by current official product page
261.2 kWh per cabinet	Supported by current official product page
Lithium iron phosphate	Supported by current official product page
IP55	Confirm exact cabinet and options
98%	Confirm UK datasheet and warranty conditions
1,003 x 1,500 x 2,483 mm	Confirm final UK model
Smoke and temperature detection, pack and rack aerosol, sprinkler	Tie to product revision and evidence
Modbus TCP and API	Confirm publishable interfaces and functions
Multi-cabinet design supported	Do not state a maximum until the conflict is resolved
Current UK contractual terms apply	Add approved product and battery warranty links

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Turning site data into a
workable storage strategy

Half-hourly consumption and generation data

Tariff, capacity charges and operational priorities

Existing or planned solar PV and inverter architecture

Grid connection, G99 and export limitation requirements

Cabinet position, foundation, lifting route, access and clearances

Noise, drainage, ventilation, fire strategy and emergency access

Backup loads and continuity requirements, where relevant

Control platform, data access and third-party integration needs

DISCUSS A TB125 PROJECT