finnish smart grid strongholds

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    FINPRO SMART GRID KICK-OFF MEETINGFinnish Smart Grid Strongholds

    Olli Pyrhnen, LUT

  • LUT SOLUTION-FOCUSED ORGANISATION

  • THE BRAVE LEAP FURTHER

    LUT among the best 300 universities in the world in Times Higher Education World University Ranking 20142015The best young university in Finland and in all Nordic countries in Times Higher Education 100 under 50 Ranking 20142015Internationally awarded Green CampusLUTs own investment company Green Campus Innovations Ltd.100% increase in international refereed journal articles in 20082014

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    LES OFFERING FOR FUTURE ENERGY SYSTEMS

  • RENEWABLE BASED SMART GRID TECHNOLOGY AND SYSTEM MODELLING

    MARKET MODELS AND BUSINESS DESIGN FOR FLEXIBLE ENERGY SYSTEMS

    WIND AND SOLAR POWER CONVERSION

    ELECTRICAL DRIVES AND POWER ELECTRONICS IN RENEWABLES

    POWER TO X CONVERSION TOGETHER WITH VTT

    WIDE SCALE ENERGY SYSTEM MODELLING

    LIFE CYCLE ANALYSIS FOR ENERGY SYSTEMS

    LES RENEWABLE KNOWHOW

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  • LUT GREEN CAMPUS DEMONSTRATING AND TESTING

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  • LUT LVDC SYSTEM SMART GRID TEST SITE IN REAL NETWORK

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  • LUT GREEN CAMPUS INITIATIVE WITH VTT POWER to X

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    LUT PV PLANT (EXISTING)

    VTT: SYNTHESIS OF CH4 (SOLAR SNG)

    AND MeOH

    VTT: CO2 CAPTURE FROM AIR

    BUFFER STORAGES

    LUT: H2 PRODUCTION THROUGH ELECTROLYSIS

    - SOLAR SNG AND H2 REFILL - ELECTRICITY CHARGING FOR EVS - MeOH FOR PLASTICS SYNTHESIS

  • LES Renewables based microgrids research

    Cooperative village power system

    a small co-owned utility

    Development of societally acceptable, affordable and clean solutions for providing access to electricity based on globally applicable technological solutions

    More information: tero.kaipia@lut.fi

    Collaborative research with IIT Bhubaneswar and IIT Delhi

    Collaborative research with IIT Bhubaneswar and IIT Delhi

    Cooperative village power system

    a small co-owned utility

  • Christian Breyer1, Dmitrii Bogdanov1, Keiichi Komoto2, Tomoki Ehara3, Jinsoo Song4and Namjil Enebish51Lappeenranta University of Technology, Finland, 2Mizuho Information& Research Institute, Japan, 3E-konzal, Japan, 4Silla University, Korea, 5National University of Mongolia

    Analysis of North-Asian renewable system Integration: RU, MN, CN, KR, JP Key elements for a new energy system

    Super grid Renewable power production Energy storages

    LES RENEWABLE SYSTEM MODELLING

  • ELECTRICAL MACHINES AND DRIVES

    POWER ELECTRONICS

    MODELLING AND CONTROL

    SMALL SCALE THERMAL POWER PLANTS USING HIGH SPEED TURBO TECHNOLOGY

    ELECTRIC STORAGES AND RELATED POWER ELECTRONICS

    LES RENEWABLE SYSTEM POWER CONVERSION

  • My first solar plant 2013-14P=1,6 kW (both inverter and panels)1 phase, 1 string

    My second solar plant 20143 phase, 2 stringsInverter power 5 kW, panel power 6 kW

    Annual yield 5063 kW, capacity factor 9,6% (panels) 11.6% (inverter)

    LCOE=8.5 c/kWhInvestment = 8000 DR = 0.5%SDR=0.5%N = 25 a

    LES RESEARCHERS RESIDENTIAL PV TESTINGSeveral LES researchers test PV plants also privately

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    New markets exists in areas, where energy consumption is rapidly increasing and energy infrusturcture is still lacking high potential in developing countries (1,2

    Solar, wind, batteries, small scale hydro & bio with smart grid integration givetechnology advantage

    We have technology and business know-how in several companies for this market We need to create Finnish clusters and find export markets together Public financed organisations can help

    Research support by universities and VTT also new contacts for companies Opening doors to export markets by FinPro, Team Finland, Investment money for profitable Finnish export projects from Finfund

    Private companies must finally take the lead to expand the businesses

    FINNISH ENERGY KNOW-HOW TO BUSINESS - HOW

    1) Renewable Energy World - Microgrids Seen as Answer for 620 Million Africans Without Power, November 16, 20152) IEA Indian Energy Outkook - Need for improved welfare and quality of life for Indias 1.3 billion people is huge first and foremost for the estimated 240 million that remain today without access to electricity.

  • NEW ENERGY TECHNOLOGY RESEARCH- activities all over the globe!

    CASE Nanyang Technological University Singapore

    integration of solar, wind, tidal-current, diesel, storage and power-to-gas technologies, and ensure these energy sources operate well together.

    See http://phys.org/news/2014-10-ntu-region-renewable-energy-micro-grid.html#jCp

    There are high number of SG demos and research teams globally

    We need to act know to get our share!

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