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Basics of the Power Electronics Industry

1900€ Excl. VAT

Power electronics for non-tech is the material you need to teach easily and simply the part of technology to understand your activity and the part of business to care about power-electronics industry:

You do have some non technical, non engineer staff in your company: all the staff taking care of marketing, communication, graphics, advertisement or even day-to-day assistance in computer, administration or logistics.

They now understand your business, your activity and some of the supply-chain you play a role into. But it took some time and maybe the beginnings have been a bit difficult for them. Let’s help your future employees:

Have you ever witnessed how much time it takes to communicate? Have you calculated what you could save if they were able to understand more easily your job, and your activity. Have you wondered what they could bring if they felt more involved in the deepest activities of the industry because they would understand it.

Give a try. Let your new employees give more sooner by learning faster about the job, about your industry and your strategy. Being blind at work is uncomfortable.

Get a FREE SAMPLE!

 

 

Category: Made by PointTheGap
  • Report Summary
  • Table of Content
  • Companies listed
  • Reviews (0)

Description

Basics of the Power Electronis Industry is the material you need to learn easily and simply the part of technology and industry basics in order to understand your activity and its surrounding world.

What is Basics of Power Electronics Industry:

This report has been built teaching workshops provided to business development, sales and admin team in power electronics. It’s a fully operational material dedicated to new ways of learning power electronics in a company.

What is not Basics of Power Electronics Industry:

It’s not a course for students! It’s not a market report for strategy building! It’s a teaching report to transform any agnostic to power electronics into an operational staff understanding the where, the why and the how!

We built Basics of Power Electronics industry so that newly hired staff who are not PhDs can speak whit those who are PhDs with a 15 years experience…

The report features:

  • A global explanation of the role of Power Electronics in our every day life
  • A review of electric conversion principles, techniques and most used topologies
  • Each main application of power electronics with a simple and comprehensive view of the supply-chain, including the main company names in each industry
  • A simple explanation of Power semiconductor principles of operation and manufacturing as well as a small overview of passive components and their role

Table of Content

Basics of power electronics


A tool to help non-engineer staff understand the power electronics world


(Ver. 2.1 – June 2016)

 

  • Purpose of the document
  • Table of contents
  • Glossary
  • Introduction to Power electronics p.5
    • Outline of the report
    • Our level
    • Converter level
    • Transistor level
    • Material and packaging level
    • Applications of Power electronics
  • Power electronics: What is it? p.12
    • Definition of power electronics
    • The two forms of current
    • The different types of conversion
    • Definition: Single phase and Three phase
    • The types of electronics
    • The types of electronics
    • Why we need to convert power
    • Electrical Grid
    • Electrical Grid: the case of renewables
    • Smart-grid
    • Power electronics applications: Power ranges
  • Converters p.26
    • Introduction
    • Passive components: Introduction
      • Capacitor
      • Resistor
      • Connection and interconnection
    • Power converters: Introduction
      • SMPS: definition of a switch mode power supply
      • Boost: DC-DC step-up conversion
      • Buck: DC-DC step down conversion
      • What is a converter? – Three phase
      • What is a converter: The inside job
        • Half-bridge
        • Full-bridge (or H-bridge)
        • NPC or three-level topology
        • NPC: how it works
        • Architectures tree
      • What does a converter look like?
      • Power stack components
      • Power stack trends
      • Power converter makers
    • Transistors p.52
      • Semiconductor manufacturing basics: introduction
      • Definition of a semiconductor (highly simplified)
      • Typical semiconductor materials
      • Wide Band Gap Semiconductor’s main impact
      • Wide Band Gap Semiconductor remaining issues
      • Power semiconductor manufacturing steps: Overview
      • Power semiconductor manufacturing steps
      • Difference between Semiconductor and Power Semiconductor
      • Semiconductor manufacturing: Node size
    • Power semiconductors
      • Definitions of the chapter
      • Bipolar transistor
      • What is a MOSFET ?
      • What is an IGBT?
      • Power devices by system’s power and frequency
      • Power devices by application’s power and frequency
      • Technology roadmap IGBT: Power densities
      • Thin wafer: Definition and advantages
      • IGBT wafer size
      • IGBT versus MOSFET: The losses trade-off
      • IGBT versus MOSFET
      • Power devices positioning by voltage and market range
      • Power electronics dies and modules manufacturers
      • Power module makers supply chain
      • IGBT die manufacturers: Positioning
    • Power devices packaging p.84
      • Power device packaging introduction
      • Definitions of the chapter
      • Device types
        • Additional pictures of power modules
        • Infineon IGBT econopack
        • Infineon IGBT econopack: the inside view
      • Device types: inside the devices
        • Power module packaging: cross-section
        • Power module packaging: issues and solutions
        • IPM: Integrated Power Module
        • Discrete components
        • Packaging of IGBT: Power versus multi-functions
      • Power module packaging
      • Cooling: conventional and direct cooling structures
      • Cooling: Improving coolant path to improve cooling
    • Applications p.101
      • Power electronics applications: Introduction
      • Power electronics applications: Summary
      • Power electronics applications: market drivers
    • Rail Traction
      • Rail traction: converters in a train
      • Rail traction: different trains architectures
      • Rail traction market
      • Rail traction main players location
      • Rail traction supply-chain
      • Rail traction supply-chain
    • Wind turbines
      • Wind turbines: principle
      • Wind turbine converter types
      • Wind turbine: Supply-chain
      • Wind turbine: Supply-chain
      • Photovoltaic inverters
    • PV inverters
      • PV inverters: Architecture and IGBT voltage
      • PV inverter supply-chain
      • PV inverters: IHS’s market ranks 2013
    • Hybrid and electric vehicles
      • EV/HEV: Electric and hybrid cars types and fuel savings
      • EV/HEV: Operation principle
      • EV/HEV: Converter types and power ranges
      • EV/HEV: Supply chain specificities
      • EV/HEV: Supply chain specificities
    • Motor drives
      • Motor drives: Introduction
      • Motor drive: supply-chain
      • Motor drive: supply-chain
    • Uninterruptible Power supplies (UPS)
      • UPS: operation principle
      • UPS: What is it? How it works?
      • UPS: Typology
      • UPS: Main players supply-chain
      • A non-exhaustive list of UPS players
    • Others: power devices are used everywhere
  • Power electronics: the big picture p.140
    • Power electronics: The big picture – Introduction
    • Power electronics: Market
    • Power devices market by region
    • Power electronics business models
    • Power electronics business models with examples
    • Power converter main players
    • Power device makers Geo-strategy
    • The power devices dinosaurs’ battle
  • Conclusions p.152
  • Appendix
    • Additional converter topologies
      • Different type of 3 level: from Fuji electric’s analysis
      • Different architectures of multi-level
      • Matrix converter: how it works

 

Companies cited

ABB

Agileswitch

Alpha & Omega Semiconductor

Alstom

Amkor

AMSC

Angstrem

AnsaldoBreda

ASE Inc

Bombardier

Bosch

BYD

Continental

CSMC

Danfoss

Delphi

Denso

Dynex

Eagtop

EATON

Electrovipryamitel

Emerson

Fairchild

Fronius

Fuji Electric

Gamesa

Général Electric

Grace semiconductor

Hitachi

Hitachi

Hua-Hong NEC

Hyundai Heavy industries

Infineon

Ingeteam

International Rectifier

iQXPRZ

Kaco

Kawasaki

Liebert

Lytran

Macmic

Magnachip

Meidensha

Mersen

Methode

Microsemi

Mitsubishi Electric

Nordex

ON Semiconductor

Powerex

PSCM

Renault-Nissan

Renesas

Rohm semiconductor

Sanken

Schneider Electronic

Semikron

Siemens

Siltronic

SMA

SMIC

Socomec

Sungrow

Sunways

Telefunken

Tesla

TMEIC

Topsil

Toshiba

Toshiba

Toyo denki

Toyota

TSMC

VAG

Valeo

VEstas

Vincotech

Vishay

Yaskawa

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