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Industrial batteries. Features summary. Chapter 1 - Acronyms

Industrial batteries. Features summary. Chapter 1 - Acronyms
20 may 2020

Industrial batteries. Features summary.

 

Chapter 1 - Acronyms

 

IMPORTANT NOTE:  To download this chapter in pdf, please visit our Frequently Asked Questions section where you can find it.   https://www.norwatt.es/biblioteca.html

 

Reading technical literature, white papers, brochures about storage, mobility, lithium ion batteries, you can find a lot of acronyms.

Please see the list of the most frequently used ones that I found and copied for you.

AGC

Automatic generation control

Ah

Ampere hours

APU

Auxiliary oower unit

BESS

Battery energy storage system

BEV

Battery electric vehicle

BMS

Battery management system

BOL

Beginning of life

BOM

Bill of Materials

BTMS

Battery Thermal management system

CAES

Compressed air energy storage

CAES

Compressed air energy storage

CAN

Controller area network

CB

Circuit breaker

CCGT

Combined-cycle gas turbine

CID

Charge interrupt device

CNT

Carbon nano-tubes

COD

Commercial operation date

C-rate

1C-current discharges a battery in 1 h

CT

Combustion turbine

DC/DC

Voltage converter (direct current)

DEC

Diethyl carbonate

DLC

Double-layer capacitor

DMC

Dimethyl carbonate

DMC

Dimethyl carbonate

DOD

Depth of discharge

DR

Demand response

DSP

Digital signal processor

DUT

Device under test

EC

Ethylene carbonate

ECU

Electronic control unit

ECU

Electronic control unit

EES

Electric Energy Storage

EESA

Electrical energy storage assembly

EFR

Enhanced frequency response

Ege

Gravimetric energy density

EIS

Electric insulation switchgear

EMC

Electrical Equivalent Circuit

EMC

Ethyl methyl carbonate

EMC

Electromagnetic compatibility

EMI

Electromagnetic interference

EOL

End of life

EPC

engineering, procurement, and construction

ESD

Electrostatic discharge

ESS

BAT

EV

Electric vehicle

FES

Flywheel energy storage

FET

Field effect transistor

FLA

Flooded lead acid battery

FMEA

Failure modes and effects analysis

FMECA

Failure modes and effects criticality analysis

FMVSS

Federal Motor Vehicle Safety Standards

GIS

Gas insulation switchgear

GW

Gigawatts

HEV

Hybrid electric vehicle

HF

Hydrofluoric (acid)

HF

Hydrofluoric acid

HRR

Heat release rate

HSCB

High-speed circuit breaker

ICE

Internal combustion engine

IEC

International Electrotechnical Commission

IEEE

The Institute of Electrical and Electronics Engineers

IGBT

Insulated gate bipolar transistors

IPP

Independent power producer

ISO

International Organization for Standardization

JV

Joint Venture

Kw

kilowatt

Kwh

kilowatt–hour

LA

lead–acid

LCO

Lithium cobalt

LCOS

Levelized cost of energy storage

LFL

Lower flammability limit

LFP

Lithium iron phosphate

LFP

Lithium iron phosphate

LiF

lithium fluoride

Li-ion

Lithium ion

LMO

Lithium manganese (or manganate)

LPMS

Local power management system

LTO

Lithium titanate

MEMS

Micro-electromechanical system

MW

Megawatt

MW

Megawatt

 

Please, continue reading this article here:

https://www.norwatt.es/archivos/filemanager/2020/06/Chapter_1_para_FAQ.pdf

 

LinkedIn:

Rodrigo Suárez - CEO: https://es.linkedin.com/in/rodrigo-suarez-cueto-05ab9357

NORWATT SL:https://cl.linkedin.com/company/norwatt-sl

 

Rodrigo Suárez Cueto

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