Advanced Battery Power Conference

Attendees, exhibitors & solutions

Who this event is for

Industry trends

Key trends shaping this market and its wider industry.

Hotel tiers

A range of accommodation options near the venue and across key areas.

Local transport

Get around the city with these convenient transport options.

Frequently asked

Glossary

1

Cell

The smallest electrochemical unit that stores energy, built from electrodes, separator and electrolyte inside a sealed housing. Trade visitors at Battery Power compare cell formats (pouch, prismatic, cylindrical) and the equipment needed to produce each.

2

Module

A group of cells connected electrically and mechanically in one housing. Module assembly is a distinct production step between cell manufacturing and pack assembly.

3

Pack

The complete battery system installed in a vehicle or storage installation, containing modules or cells plus BMS, cooling, fuses and structural housing.

4

Battery management system (BMS)

Electronics and software that monitor cell voltage, current and temperature, balance cells and communicate state of charge and state of health to the host system.

5

State of Charge (SoC) and State of Health (SoH)

SoC is the remaining energy as a share of usable capacity; SoH expresses how much capacity and power the cell has left compared with its beginning-of-life values.

6

Formation and aging

The first controlled charge and discharge cycles after cell assembly, followed by a resting period, that build the solid electrolyte interphase and reveal defective cells before delivery.

7

Dry room

A production area with tightly controlled humidity where moisture-sensitive cell materials are handled; dry-room technology and its energy demand are a recurring theme on the show floor.

8

Electrode

The cathode or anode layer coated onto a metal foil current collector. Electrode formulation, coating thickness and calendering strongly influence cell energy density and cycle life.

9

Separator

A porous membrane that keeps anode and cathode apart while allowing lithium ions to pass; its thermal stability is central to battery safety discussions.

10

Electrolyte

The lithium-salt solution that carries ions between electrodes. Electrolyte formulation and additives drive fast-charging capability and low-temperature performance.

11

NMC and LFP

Two dominant cathode chemistries: nickel-manganese-cobalt (NMC) for high energy density, and lithium iron phosphate (LFP) for long cycle life and cost-sensitive storage applications.

12

Solid-state battery

A cell using a solid electrolyte instead of a liquid one, pursued for higher energy density and improved safety; process and manufacturing readiness are frequent conference topics.

13

C-rate

The charge or discharge current expressed relative to cell capacity. A 2C discharge means the cell is emptied in half an hour; fast-charge claims at the show are usually stated in C-rates.

14

Thermal runaway

A self-accelerating temperature rise inside a cell that can spread to neighbouring cells. Propagation testing, venting design and pack-level barriers are core safety topics.

15

Gigafactory

A large-scale cell plant, typically measured in gigawatt-hours of annual output, requiring dry rooms, high-throughput coating lines and extensive formation capacity.

16

BESS

Battery energy storage system: a stationary installation combining cells, power conversion and controls for grid services, peak shaving or renewable integration.

17

Second life

Reuse of electric vehicle batteries in less demanding applications such as stationary storage after they fall below vehicle performance thresholds.

18

Black mass

The output of mechanical shredding of end-of-life batteries, containing metals and active materials that are subsequently separated hydrometallurgically in recycling.