FPC2018 Power Electronics Session 19 February 2018

Transcription

1 FPC2018 Power Electronics Session 19 February 2018 Dr Alastair McGibbon Business Development Manager

2 Strategic partners

3 the Catapult will generate economic growth by making the UK a global leader in developing and commercializing new applications for compound semiconductors

4 Market attractiveness Strategy Innovation centre Development kits: Power Electronics RF/microwave Photonics Power electronics in energy RF/microwave in digital economy Power electronics in defense/security UK capacity Power electronics in transport Photonics in the digital economy Sensors in health Challenge-led programmes

5 Innovation centre design studio industry collaboration access to expertise supply chain relationships access to design & simulation tools reliability and failure analysis class 10K clean room advanced packaging lab materials characterisation precision engineering die preparation & hybrid integration power electronics laboratory 100kV test & verification capability access to 0.5MW of power EMC screened RF/microwave laboratory device characterisation harsh environment analysis photonics & sensors laboratory advanced metrology RF modulated photonics dark room

6 Development kits (evaluation modules) Wafer Die Device Dev-kit System Applications Commission devices from UK fabs Provide dev-kits

7 What is an EvM in Power Electronics speak? Can be a simple demonstrator of a piece of IP short and sharp Can be an all-singing all dancing demonstrator or platform that brings together research capability to demonstrate new integrated thinking. Can be funded in CR&D projects, commercially with industrial partners or through core funding.

8 Engagement Full hybrid Powertrain efficiency Long range extended fuel cell Develop sector roadmaps Identify opportunities for CS Develop supporting dev kits Publish state of the nation Investment seminars Open days, hackathons, garaging Automotive industry sector roadmap Grand challenges addressable by CS

9 Strategic investments: span materials to systems & TRL1 to TRL9 System ~5,000 system integration companies Device 750m Institute for CS 80m Die 10m CS Centre 40m Wafer TRL1 TRL2 TRL3 TRL4 TRL5 TRL6 TRL7 TRL8 TRL9 Pure research Applied research Prototyping Product

10 Delivery

11 Delivery

12 Opportunity matrix Market attractiveness POWER ELECTRONICS Healthcare Digital economy Energy Transport Defence/security Space X-ray systems Magnet controllers Proton accelerators Server farms Energy efficient computing HV DC, smart grid Transmission and distribution High temp electronics energy storage More electric aircraft, Electric cars, trains, metro, trams, marine Propulsion, energy recuperation, actuation, hybridisation Directed energy weapons Marine drives Armoured vehicle drives Autonomous vehicles Dismounted Soldier Converters Power management Thermal management Energy Storage Power electronics in energy RF/microwave in digital economy Power electronics in defense/security UK capacity Power electronics in transport Photonics in the digital economy Sensors in health RF/MICROWAVE Wearable technology data comms 5G Smart cities Smart grid comms Industrial heating Inter-vehicle comms Intra-vehicle comms Automotive RADAR telematics Phase array (AESA) RADAR, Electronic warfare (EW) Directed energy weapons Antennae Systems Missile guidance Secure Comms Comms Imaging PHOTONICS Curative photonics Laser surgery Photodynamic therapy OCT Optogenetics Retinal implants Optical comms Head-up displays Optical and computational interfaces PICs for 400G QT encryption EUV systems Energy efficient lighting LiFi PV solar power Colour control Power over fibre Laser drilling IR automotive imaging Anti-collision devices Laser lights Add manufacturing HUD AR systems MOST networks PV solar power Hyper-spectral imaging Thermal imaging Head up displays: QCL IRCM UAV systems Directed energy RF over fibre Perimeter monitoring High power to weight ratio photo-voltaics Lasers LIDAR Laser comm constellations Hi-rel PICs SENSORS Imaging Bio-sensors Radiotherapy Photonic based gas sensors IoT sensors Face and gesture recognition SPAD array ranging System monitoring Oil and gas sensing Nuclear sensors Aero-engine monitoring Autonomous vehicle sensing LIDAR Traffic monitoring Scanning Remote sensing Nuclear sensors SWIR & MWIR imaging QT navigation Geographic imaging Environmental sensing Earth live

13 Stream PE RF PE PE RF RF RF RF Ph Ph RF RF RF PE RF RF RF PE Ph Description 50kW converter (from PEUK white paper) 77GHz (mm wave) solid state power amplifier (SSPA) + integrated antenna High frequency, ultra-compact 50W converter (from PEUK white paper) 5MW, 15kV inverter for transformer-less T&D (from PEUK white paper) 100V, 100W, 6-30GHz compact solid state power amplifiers for space & defence mW, PAE: >60%, 0.8-5Ghz power amp for IoT 4G LTE and 5G base station power amplifiers (0.8-5GHz), software defined filters, active antennae, integrated switches THz power amplifiers for security and medical applications Low cost data centre links M, >1TB/s Miniaturised medium power, tunable lasers (butterfly case) with improved efficiency and reduced cost Direct RF-Digital and Digital-RF Conversion: 10GHz DAC/ADC (eliminates IF stages, providing digital reconfiguration) 1-2W linear (40W peak) SSPA for 5G and sat-comms High-performance passives: high-temp capacitors, low TCR resistors, metamaterials Power train converter (50-60% size reduction, 10-20% weight reduction) W Band transponder for satellite communications Q, V and W band transceivers for satellite communications Miniaturised Q, V and W band transceivers for cube-sat communications 2kW inverter using GaN HEMTS and ambient cooling Space qualified Photonic Transceivers (400Gb/s) using space qualified assembly processes

14 Collaborative R&D Activity getting involved now UK: Emerging & Enabling Technologies Open Competitions APC Competitions IDP Programme Europe: H2020

15 AESIN Organisation & Work Streams Chairman Alan Banks Network Director Paul Jarvie Vice Chairman Andrew Ashby AESIN Steering Board Research Advisory Board Kevin Vincent Workstreams Connected Corridor More Electric Powertrain ADAS & AV Automotive Security Software

16 More Electric Powertrain Work Stream Organisation AESIN Director Paul Jarvie Chairman Will Drury (RICARDO) Co-Chair Tim Jameson (RICARDO) SUB GROUP THEMES / MEMBERS ARCHITECTURE INTEGRATION ROADMAP COMPONENTS CROSS SECTOR

17 Web link: nology-roadmaps/

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19 CSAC Ramp-up in Power electronics Ramping up to 50 people by the end of the year From end Q2 Modelling & Simulation capability in place Parametric test and measurement From end Q3 Building development module capability direct and/or subcontracted

20 Power electronics update Strategically Delivery Partner for the PowerelectronicsUK Roadmap Delivery Partner for the APC Power Roadmap Short term Developing projects and proposal now Stand-alone projects Projects that underpin the roadmaps enabling technologies or demonstrators/evaluation platforms Medium Term Develop cohorts and projects around strategic areas

21 PowerelectronicsUK Call to action building blocks Optimisation and integration of passives into power electronic systems Improved magnetic and dielectric materials or design for next generation CS systems Improved gate, control and current sensing within power semiconductor systems Improved models for accurate simulation including design and multi-physics modelling Techniques to predict device and component reliability and life-time performance Improved thermal, voltage and EMI design, performance and management Innovative packaging techniques, including 3D integration and new materials Improved short-circuit system design and fail-safe performance Novel systems/ test-beds to accelerate the pull-through of new PE technologies

22 Thank you Dr Alastair McGibbon Business Development Manager