© Priva Building Intelligence 2006 Stock marked elektricitet Price Most significant forms of energy will probably be electricity in the future. 50% sustainable.

Slides:



Advertisements
Similar presentations
Mid West Regional Authority Greenhills hotel, Limerick Energy Solutions for Sustainable Development Renewables for Sports Facilities.
Advertisements

Electric cars: part of the problem or a solution for future grids? Frans Nieuwenhout, Energy research Centre of the Netherlands ECN Sustainable.
Efficient and Sustainable Use of Biomass for Energy
Page: 1| October 09| © ProcessIT Innovations | LTU - UmU | Optimizing of energy balances and simulation of primary & secondary heat systems in pulp and.
2.Alternative Energy Sources
Context. Energy Future: Context Fossil fuel is plentiful (and inexpensive) –Oil supply is in 10s of years (Lewis*: 40-80) –Gas supply is over 100 years.
Background Background Importance of Project: Importance of Project: Gas Prices Gas Prices Energy Prices Energy Prices Transportation needs Transportation.
CHP & Fuel Cells at Home. Combined Heat and Power (CHP) aka “Cogeneration”
Energy Sources All photos courtesy of the U.S. DOE National Renewable Energy Laboratory Photographic Information eXchange
ADVERTISE THIS! Our Product Name: Price: Where to buy it: How to use it and good points:
ICT AND SMART GRIDS GERARD J.M. SMIT CHAIR CAES (COMPUTER ARCHITECTURES FOR EMBEDDED SYSTEMS)
Hybrid Power Systems. INTRODUCTION In the last lecture, we studied –Principles of generation of electricity –Faraday’s law –Single phase and 3 phase generators.
Unit Commitment model with Wind Energy and Demand Response Integration Development of an Energy System Planning tool Erasmus Mundus masters program SELECT.
Electricity Generation, Storage and Distribution Technology Presentation Peter Ellwood (HSL)
Glasgow’s enhanced SEAP STEP UP Riga Conference Thursday 20 th November 2014.
Cogeneration / Distributed Generation Proposal Oakland University.
Sustainable Energy Development in Costa Rica Fred Loxsom Eastern Connecticut State University, February 20, 2004.
Vision 2050 The Change to a Sustainable Energy Path By Gunnar Boye Olesen, Emil Bedi & Ann Vikkelsoe INFORSE-Europe Article on Vision 2050 at
WORKING DRAFT Last Modified 8/13/2010 4:05:09 PM Central Europe Standard Time Printed :22:48 Central Europe Standard Time Renewable Energy.
Renewables in Lithuania: Reasons for Slownes in the Past and Future Expectations Prof. Jurgis VILEMAS Lithuanian Energy Institute SAS Radison” Vilnius,
Cornwall Council – Empowering a Localised Energy Future Dan Nicholls Planning Housing and Regeneration Service Cornwall Council.
 Aniedi Roberts,Juan Cruz,Juan Molinares.  This energy is generated when wind turbines convert the kinetic energy in the wind to mechanical energy 
Resource mediation internals The mediator can decide which resource provider(s) to allocate for a resource request This can be based on  resource cost.
Market stress APEX Conference, SEOUL 2006 Torger Lien President & CEO Nord Pool ASA.
Federal Energy Management Program Goal – 1422 GWh - Equivalent of 2.5% of Federal facility electricity use by 2005  equals about 500 MW of wind (at 31%
Solar Energy Resources. Energy Usage US95,000 kWh/person/year Japan 46,000 Germany57,000 France50,000 China 7,400 Brazil10,200 Mexico17,100 US accounts.
By: Glennie and Mika. We would like to have this be Michigan`s Ideal Energy Resources in 2020.
SUSTAINABLE HOUSE. WHAT IS SUSTAINABLE HOUSE? Environmentally healthy Energy efficient Respectful of the natural environment Comfortable for living.
Solar & Wind Energy Energy from the sun solar energy is harvested in two methods 1 st :one is called Photo-Voltaic or PV for short converts light energy.
Goal – 1384 GWh - Equivalent of 2.5% of Federal facility electricity use by 2005  equals about 500 MW of wind (at 31% Capacity Factor) June GWh.
Carbon Emissions and the Need for Improved Energy Efficiency.
Urban Energy Projects Renewable Energy Sources –Solar energy –Biomass Energy –Wind Energy –Geothermal Energy –Hydro Power and Ocean Energy –Ethanol –Biodiesel.
11. 2 Steam Energy Energy that comes from the push of steam.
Wind Energy Haley Campbell, Alex McManus, and Emma Pollick Pd. 2.
Future Projections: Tidal Power in the UK Alice Sheppard 24 th February 2005.
WIND. A wind turbine is a rotating machine which converts the kinetic energy in wind into mechanical energy. If the mechanical energy is used directly.
1 John Parsons BEAMA What is a Smart Distribution Grid?
Gabrielle Crews and Shanna Sangster.  (Is this energy source renewable?) Wind is renewable because it is one of the resources we find all around us in.
Hybrid Energy Grid Optimisation
InnoGrid2020+ R&D for T+D Panel Session: Towards consumers – What should DSO/TSO RD&D address? Co-funded by the European Union InnoGrid2020+ EDSO & ENTSO-E.
ENGR 2213 Thermodynamics F. C. Lai School of Aerospace and Mechanical Engineering University of Oklahoma.
Paul-Frederik Bach Towards 50% Wind Electricity in Denmark 23 September 2015Energy Group Meeting 1 Paul-Frederik.
EE130 Electromechanics 2013 J. Arthur Wagner, Ph.D. Prof. Emeritus in EE
Energy Consumption Energy consumption is measured in kilowatt. hours. A kilowatt hour is the amount of energy being consumed per hour. –Energy (kwh) =
Wind Turbine Power Plant. Sources ●
Green Alternatives. Ontario's $10,000 rebate plan for electric cars called a 'bribe' Toyota chafes at Ontario $10,000 EV rebate, calls it GM subsidy Ontario.
The STORM Concept Ludwig Karg B.A.U.M. Consult GmbH (Leadpartner)
Microgeneration Karl Letten – Change Programme Support Officer (Environment) Change Management.
SOLAR ENERGY. Forms of Solar Energy Direct & Indirect solar radiation Wind Photovoltaic Biomass Tidal energy.
By: Madison Doonan. History of energy The first windmills were in Persia for pumping water and grinding grain People have been using it for at least 5,500.
BUILDING ENERGY ANALYSIS OVERVIEW OF ENERGY CONSUMPTION IN BUILDING SECTOR- GLOBAL AND SAUDI PERSPECTIVE.
Dr. Robert K. Dixon June 2017.
Advantages and disadvantages of geothermal energy
Comparison of THREE ELECTRICAL SPACE HEATING SYSTEMS IN LOW ENERGY BUILDINGS FOR SMART LOAD MANAGEMENT V. Lemort, S. Gendebien, F. Ransy and E. Georges.
CHP and Heat Pumps Warwick University Conference 10th October 2016 Paul Woods – Head of Energy Partnerships East London –
Solar Energy Convert TVHS Into Clean Energy Building.
Sustainable Energy Planning for Autonomous Power System of Crete
Energy Year 2017 Electricity
WIND TURBINE GENERATORS.
An alternative to storing electrical energy in batteries is storing energy in the form of hydrogen. Hydrogen cam be easily generated by electrolysis.
Energy consumption in the United States
Energy Technology, products and solutions for sustainable energy
Unit 2 Changes in Matter 1.
Energy Year 2017 Electricity
Energy Year 2018 Electricity
Energy Year 2018 Electricity
Ventilation heat recovery
Energy Sources All photos courtesy of the U.S. DOE
Energy Transition: from Challenges to Solutions
Complete Vehicle Systems.
Presentation transcript:

© Priva Building Intelligence 2006 Stock marked elektricitet Price Most significant forms of energy will probably be electricity in the future. 50% sustainable energy in 2020 Producer: Wind turbines and PV systems. Consumers: Electricity vehicle The balance responsible need to predict consumption in order to buy power at the right price.

Stock marked elektricitet Price © Priva Building Intelligence 2006 The art of having control 2

© Priva Building Intelligence 2006 The art of having control 3 Act at the price fluctuations It nead buffer capacity and intelligent control

© Priva Building Intelligence 2006 The art of having control 4 Combined heat pump and buffer tank Produce heat when electricity is cheap