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Separating what should not jump across.

Cell separation & partition elements

Cell separations are non-combustible components that separate individual modules or rack levels from one another. The aim is to delay the spread of a thermal event to neighbouring units.

Cell separation & partition elements

Cell separation & partition elements

A1
target non-combustibility class
0
fire load of the material
1:1
sample part before series production
IEC 62619
system-level evidence with the manufacturer
In detail

Typical initial situations

The critical case in a battery storage system is not the single defective cell, but the chain reaction affecting its neighbours. In design terms this is addressed through spacing, cooling, pressure relief — and through partition elements between the modules.

Mineral materials are an obvious choice for such partition elements: they do not burn, contribute no fire load and retain their shape even when things get hot. That is precisely the property for which we have been using our castables in furnace construction for decades.

An important qualification: whether a given construction actually prevents propagation is decided by the propagation test on the complete system to IEC 62619 — not by the material alone. We supply the component and its characteristic values; the system-level evidence is provided by the manufacturer.

At a glance

Standards & regulations
IEC 62619 — Propagation test at system levelDIN EN 13501-1 — Classification of reaction to fireVDE-AR-E 2510-2 — Safety of commercial storage systemsDIN EN 12664 — Thermal conductivity
Framework conditions
  • Rack layout and module spacing must be known
  • Fixing points and tolerances to be agreed early
  • Cable and coolant penetrations to be defined in advance
  • Effectiveness must be demonstrated on the complete system, not on the component
  • Weight of the partition elements to be included in the rack structural calculation
  • For retrofits: check accessibility for installation
Methods & technology

How we work on Cell separation & partition elements

Proven methods and specialised equipment for optimal results.

Panel elements

Prefabricated panels of defined thickness, fitted between module levels. Manufactured to size so that they fit into existing rack grids.

Preformed shapes to drawing

Components with cut-outs for cables, cooling and fixings — manufactured to your design drawing.

Fixed partition walls

Cast or bricked partition walls between storage blocks in fixed installations, for example in plant rooms or storage buildings.

Fibre composite construction

A combination of mineral panels with ceramic fibre insulation where heat transfer is also to be reduced.

Project workflow

Step by step to the result

Structured, transparent and on schedule — this is how we work.

1

Layout review

Recording of the rack grid, module spacing and fixing points.

1–2 weeks

Without reliable dimensions, no partition element can be designed that can later actually be installed.

2

Component design

Definition of geometry, thickness, cut-outs and fixings.

2–3 weeks

Coordinated with your design — including tolerances for manufacture and installation.

3

Sample production

Manufacture of individual elements for practical assessment.

3–4 weeks

You check fit, weight and handling in your actual rack before series production starts.

4

Characteristic values

Provision of the material characteristic values for your system-level evidence.

depending on the project

Testing of propagation resistance takes place on the complete system at the test institute — we supply the input data for it.

5

Series delivery

Manufacture and delivery to your assembly line.

depending on the project

On request with batch documentation for each delivery.

Materials & disposal

Material flows in Cell separation & partition elements

Proper separation, recovery and disposal of all resulting materials.

Mineral panels

AVV Preformed shape

Prefabricated, dimensionally accurate panels made from cement-bonded castable — the basic form of cell separation.

Separating level between modules

SOLUT Blanket

AVV Fibre insulation

Reduces heat transfer between the separated areas in addition to the mineral barrier.

Insulating layer in the composite

SOLUT Cast FL

AVV Wear protection

Can be trowelled and gunned, suitable for edge protection and for application onto existing partition structures.

Mechanically loaded edges

SOLUT CAST ASC 96

AVV In-house product

Fused silica castable from our own production — for components with particular demands on thermal shock resistance.

Special components
Areas of application

Typical initial situations

Typical situations in which Cell separation & partition elements is used.

Propagation protection between modules is to be supplemented by design measures

The test institute requires non-combustible separating levels in the construction

An existing rack system is to be retrofitted

Storage blocks in plant rooms need to be separated from one another

The insurer requires additional structural separation

A system manufacturer's in-house development needs a supplied component

FAQ

Frequently asked questions

Everything you need to know about Cell separation & partition elements

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