Energy Trends. 2 Trift bridge 560’ long 333’ high.

Slides:



Advertisements
Similar presentations
Honeywell Smart Grid Perspective
Advertisements

New Jersey Board of Public Utilities and New Jerseys Clean Energy Program Mike Winka.
Demand Response May 9, United States 40 Million People 8 States Canada 10 Million People 7 Provinces Cost $6.0 to 10.0 Billion.
EDISON INTERNATIONAL® SM Green Technology and Renewable Energy Opportunities 4 th Annual India Trade Conference, June 23, 2011 Cerritos CA Gary Barsley.
Introduction Build and impact metric data provided by the SGIG recipients convey the type and extent of technology deployment, as well as its effect on.
PV Market Trends and Technical Details. All of US has Suitable Solar Resource for Large Scale PV Deployment.
DIRECTION DE LA RECHERCHE Marc FLORETTE Jeudi 29 mai 2008 The advantage of mCHP as a high efficiency gas solution for the residential market Gas industry.
CHANGES IN ELECTRIC GENERATION Generation vs. Demand: Demand growing 3% per year New Generation more difficult to build.
1 AEP Perspectives on Development and Commercialization of CCS Technology for Natural Gas Power Generation Matt Usher, P.E. Director – New Technology Development.
1.  Purpose  To present Staff’s Preliminary Findings on the 2012 Integrated Resource Plans of:  APS – Arizona Public Service Company  TEP – Tucson.
Idaho Power Idaho Society of Professional Engineers June 22, 2012.
The Smart Grid: Green IT and Data Centers February 2, 2011: 4:10 p.m. Charles O’Donnell, Vice President, Engineering Liebert AC Power Emerson Network.
Automated Demand Response "PG&E" refers to Pacific Gas and Electric Company, a subsidiary of PG&E Corporation. ©2013 Pacific Gas and Electric Company.
EStorage First Annual Workshop Arnhem, NL 30, Oct Olivier Teller.
Smart Grid Mark Dudzinski August 25, What it is Why $15MM/yr** 58K tons of CO2 reduction Res consumer savings up to 10% Utility Value Example* *Utility.
SmartMeter Program Overview Jana Corey Director, Energy Information Network Pacific Gas & Electric Company.
University Estates Directorate Energy & Cost Savings at Oxford Philip Pike Energy Conservation Engineer Oxford University Estates Directorate.
A Survey of Home Energy Management Systems in Future Smart Grid Communications By Muhammad Ishfaq Khan.
When Grids gets smart Claes Rytoft Senior Vice President ABB World Forum on Energy Regulation IV Athens, Greece October , 2009.
© ABB SG_Presentation_rev9b.ppt | 1 © ABB SG_Presentation_rev9b.ppt | 1 Smart Grid – The evolution of the future grid Karl Elfstadius,
Smart Grid Utility Challenges in the 21 st Century Andrew Tang Smart Energy Web Pacific Gas and Electric Company September 18, 2009.
Naperville’s MUNI Marla Westerhold I n Slide Show mode, the slides and audio should start automatically. If this doesn’t happen.
The Fully Networked Car Geneva, 3-4 March 2010 Enabling Electric Vehicles Using the Smart Grid George Arnold National Coordinator for Smart Grid Interoperability.
Energy Dr Michael McCann Centre for Sustainable Technologies (Professor Neil J Hewitt)
Photovoltaics. Agenda What is PV? System Types Mounting Options Product Options System cost & performance System sizing considerations Advantages of PV.
Renewable Energy: Legal and Policy Issues Frank Prager Vice President, Environmental Policy Xcel Energy November 20, 2009 Frank Prager Vice President,
Slayton Solar Project RDF Grant Award EP3-10 Presentation of the Project Results to the RDF Advisory Board January 8, Project funding provided by.
COPYRIGHT © 2010 BALLARD POWER SYSTEMS INC. ALL RIGHTS RESERVED B A L L A R D P O W E R S Y S T E M S PUTTING FUEL CELLS TO WORK NOVEMBER 2010 Utilizing.
Small Wind Systems Southwest Renewable Energy Conference Andy Kruse.
Enable Energy Efficiency Green I.T.: Reduce energy use of I.T. “IT for Green”: Use IT to improve energy use in buildings, transportation, grids, industry.
California Energy Efficiency Retrofit Market Size Estimates, Alongside Solar and Demand Response Options Reference material for October 12, 2012 Governor’s.
Sustainability and Public-Private Initiatives Sean Patton Director, Energy Solutions LOCKHEED MARTIN CORPORATION JUNE 8, 2012 Sustainability for the Future.
Energy EU future strategies and policies Andreea Strachinescu, European Commission Directorate-General for Energy Head of "New energy technologies, innovaton.
Place your chosen image here. The four corners must just cover the arrow tips. For covers, the three pictures should be the same size and in a straight.
Political Factors Affecting the Renewables and Energy Efficiency Remarks of Ron Binz, Chairman Colorado Public Utilities Commission October 15, 2010 IPPAI.
City of Fort Collins Wind Power Program March 24, 2004 John Phelan, PE Energy Services Engineer.
Green Universities and Colleges Subcommittee March 16, 2011.
POTENTIAL AND STRATEGIES FOR DEMAND SIDE MANAGEMENT Dr. Ajay Mathur Director General, Bureau of Energy Efficiency.
Electric vehicle integration into transmission system
The Smart Grid: A Brief Introduction Qinran Hu Ph.D. Candidate Jun 12 th, 2014 Knoxville, Tennessee.
Generation and transmission interconnections 4 July, 2013 Virgilijus Poderys CEO of LITGRID AB.
Power Stations Introduction. References  S. W. Blume: Electric Power System Basics  F. Janíček et al.: Renewable Energy Sources.
OVERVIEW OF ISSUES DR AND AMI HELP SOLVE Dr. Eric Woychik Executive Consultant, Strategy Integration, LLC APSC Workshop on DR and AMI.
Demand-Side Management Models & Practices in California Innovating for Sustainable Results: Integrated Approaches for Energy, Climate, and the Environment.
Energy sector Special sector: –Depend on energy inputs (imported) –Strategic sector (linkages) –Non-competitive markets, high regulation Liberalization.
Phoenix Convention Center Phoenix, Arizona Taking a Holistic Approach to Energy Strategy Integrated Energy TrackIntegration of the Energy Industry Chris.
THE LONG-TERM ENERGY SUPPLY AND DEMAND OUTLOOK IN TAIWAN ENERGY COMMISSION MINISTRY OF ECONOMIC AFFAIRS AUGUST 2001 MOEA -15-
Consumer Education Challenge 1000 kwh x rate/kwh = $ Billed Amount When asked about energy usage, the customer receives this…… But really understands this…………
Reliability Competitive Rates Exceptional Service.
World Energy Outlook 2015 Deputy Director General Petteri Kuuva WEC Finland, 23 Nov
B O N N E V I L L E P O W E R A D M I N I S T R A T I O N Page 1 Pacific Northwest Smart Grid Demonstration Project  Largest Smart Grid Demonstration.
Utah State University Logan Utah. Founded 1888 as a Land Grant Institution Host City – Logan, Utah (48,ooo+ population) ~ 15,000 Students (~ 28,700 students.
EDISON INTERNATIONAL® SM Smart Grid Value Proposition October 4, 2010 Lynda Ziegler.
SMART GRID A smart grid for intelligent energy use. By: Suhani Gupta.
The Economics of Wind-Diesel Microgrids Broadway, Ste. B, Boulder, Co Peter Lilienthal 2011 International.
Smart Grid Schneider Electric Javier Orellana
Page 1© 2010 Quanta Technology LLCPage 1 November 2007 BGE January 4, 2008 China’s Strong Smart Grid – An Area China Will Excel Presented at Harvard China.
India’s Energy Security: Role of Renewable Energy Amit Kumar TERI, New Delhi.
1 1 © 2014 Eaton. All rights reserved. Electric vehicle batteries to store energy in data centers and contribute to grid balancing.
THE NEW GENERATION TRANSMISSION By Ashroo M. Das 6 th sem, EEE & Deepak Kumar 6 th sem, EEE.
Frankfurt (Germany), 6-9 June 2011 Cristiano Marantes – UK – RT 4C – Paper 1192 Experiences from Major Smart Grid Demonstrators Dr. Cristiano Marantes.
California Power Deregulation in 1996 Provider selection Fossil fuel (gas, oil, coal) Waste products Renewables (wind, hydro, solar, geothermal) Pricing.
© OECD/IEA Do we have the technology to secure energy supply and CO 2 neutrality? Insights from Energy Technology Perspectives 2010 Copenhagen,
FDU – Reinventing Energy in the 21 st Century Alfredo Z. Matos Vice President Renewables & Energy Solutions November 21, 2008 PSE&G’s Renewables and Energy.
Using Technology for Electricity improvements
Digitalization is driven by The Internet of Things
Emerging Energy Technologies
Opportunities in the Changing Energy System
Longmont’s Renewable Energy Future: We’re out in front!
Presentation transcript:

Energy Trends

2

Trift bridge 560’ long 333’ high

Trift glacier 1948

Trift glacier 2006

2 miles since 1948

Do you believe?

Industry 32% Transport 28% Buildings 40% Surprised? 39% of CO 2 72% electricity Energy

Industry 32% Transport 28% Buildings 40% Res 22% Com 18% Energy

Even if you don’t believe… …believe in hard savings of 15% to 60%

O&M7% to 28% Controls7% to 23% Lighting6% to 25% Equipment3% to 15% Behavior3% to 15% Size of the prize…

Making the invisible visible

Why now?

US average electricity cost - $0.01 / kwh Electricity pricing

Commercial natural gas prices - $ / cu ft Natural gas pricing

Efficiency is the cheapest form of clean power

20:20:20 BEQ LEED Energy Star Net zero energy

Pilot phase 21 buildings 14.5M sq ft A- to C grades

LEED Millions of sq ft certified

Energy Star Millions of sq ft certified

How?

Intelligent buildings Day lighting Sub-metering Efficient lighting Occupancy sensing Variable speed drives Demand-based ventilation Continuous commissioning Utility automated demand/response Fully integrated building management system

Smart Grid & Demand / Response

What is the Smart Grid?

Use of digital information and controls to improve reliability, security and efficiency of the grid.

Use of smart automation systems that optimize the operation of buildings and homes.

Installation of smart meters to enable real time pricing

Deployment of demand / response

The Problem Energy Demand Coal Hydro Renewables Diesel Peaker Gas Turbine Spot Market $.04 $.06 $.10 $.25 $.30 $2.00 Energy Cost

Efficiency Original load Building power consumption - kw With energy efficiency 250 kW reduction

Demand / Response Original load Building power consumption - kw With energy efficiency With demand response

Auto Demand Response Demand Response - a utility requests energy curtailment during an anticipated peak period where demand exceeds supply. Utility options are: Purchase power on the spot market Start up old generation plants Build new power plants (very costly) Rolling blackouts Demand / Response Auto DR is an automated way to achieve demand reduction.

Demand response - lowest installed cost GENERATION ASSETINSTALLED COST ($ / kW) Photovoltaic$ 6,038 Solar thermal$ 5,021 Wind offshore$ 3,851 IGCC w/ CCS$ 3,496 Nuclear$ 3,300 IGCC$ 2,378 Scrubbed coal$ 2,058 Wind$ 1,923 Distributed gas – peak$ 1,645 Distributed generation – base$ 1,370 Gas plant$ 962 Demand response$ 573

Thank you

Feedback: Privacy Policy Feedback
Do Not Sell My Personal Information
About project: SlidePlayer Terms of Service

© 2024 SlidePlayer.com Inc. All rights reserved.