ELECTRICITY GENERATION

Similar documents
Making the Case for. Richard Perez U. Albany, ASRC

Current Status of Energy in Viet Nam: Tran Thuc

HYDRO-QUÉBEC ELECTRICITY: CLEAN, RENEWABLE AND RELIABLE. November 2015

Energy in Kenya. Energy Scenarios Workshop July 24, 2013 Stanley Hotel

WATER AND WIND QUÉBEC S CLEAN, RENEWABLE ENERGY RESOURCES

Energy Storage Buildings-to- Grid Applications

Distributed Generation Technologies A Global Perspective

Solar energy is often perceived as good for Arizona or Florida, not for New York. This presentation shows that misconceptions about solar energy

Technology Overview. Jimmy Salasovich, NREL October 28 th 31 st, 2013

Mitigating & Adapting to Climate change: Extreme Weather Events, a Worldwide Energy Revolution and Geoengineering options

Levelized Cost of New Generation Resources in the Annual Energy Outlook 2012

PV AND GRID RELIABILITY: AVAILABILITY OF PV POWER DURING CAPACITY SHORTFALLS

Leading Insights into Solar

Renewable Energy: Opportunities and Challenges

LONG-TERM SOLUTIONS FOR NEW YORK S CLEAN ENERGY FUTURE

INTEGRATION OF RENEWABLE BASED GENERATION INTO SRI LANKAN GRID

Driving Forces Behind Generation Fuel Mix In the Annual Energy Outlook 2006

Current Status of Energy in Viet Nam. Assoc. Prof. Dr. Tran Thuc Director, Institute of Meteorology and Hydrology

TOWARDS A 100% RENEWABLE ENERGY FUTURE Roundtable B: Transforming Energy Beyond the Cheap vs Green Dilemma SIEW 2018

THE IMPACT OF THE NEW LAW OF REPUBLIC OF INDONESIA NUMBER 20 OF 2002 TO THE ENERGY PLANNING IN INDONESIA

M1. allow 1 mark for each correct line if more than one line goes from an energy source then all lines from that energy source are wrong [3]

Illinois Energy Policy

CONTENTS Profile of MYANMAR Profile of Organization National Energy Policy Future Plan

New Jersey s Clean Energy Program

PG&E Solar Schools Program Celebration of Science Workshop March 31, 2007 San Francisco

Grid Resilience in Developing Countries

LONG ISLAND LONG ISLAND

New and Renewable Energy Priorities: Hong Kong, China

Renewable Energy Policies Case Study For Jordan

MODULE: 9 RENEWABLE ENERGY TECHNOLOGIES AND APPLICATIONS

Illinois Energy Policy

Solar Power Generation in the US: Too expensive, or a bargain?

Understanding the Scale of the Problem: US Energy Sources and CO2 Emissions

Successful Renewable Energy Development in a Competitive Electricity Market: Texas

The State of Renewable Energy in the Region Wind Ene rgy Te chnology &Tre nds

Calculating A Nation s Economic Solar Potential General Methodology And Results For The United States

Energy Policy 2015 Annual Update

Renewable Energy: Pathways to a Sustainable Future

Mitigation of greenhouse gas emissions

Renewable Energy Resources

Smart Grid. Project Types and Technology EnerNex. All Rights Reserved.

Solar energy in the highway right of way

Electric Power from Sun and Wind

INVESTMENT PROSPECTS IN THE GREEK ENERGY SECTOR

Monitoring & Recording Energy Use

Profitably Reducing CO2 by Recycling Energy Some Convenient Truths

100% Renewable Energy Realistic or Ridiculous?

Understanding the Scale of the Problem: US Energy Sources and CO2 Emissions

100% Energy from Wind

Prof. Hans Müller-Steinhagen, D.Eng., Dr.-Ing. (habil), FREng, FIChemE

The research on RES in FP7

Renewable Energy Policies in Southeast Asia. Renewable Energy Auctions: A New Paradigm for Asia ACEF, 8 June 2018

Joint ICTP-IAEA Workshop on Sustainable Energy Development: Pathways and Strategies after Rio October 2012

PREPARED FOR: ARIZONA PUBLIC SERVICE Updated Solar PV Value Report

JEA s Renewable Program

Strategic Assessment of Renewable Energy in Northeastern Wisconsin

The Impacts of the Green Communities Act on the Massachusetts Economy:

A Profile & Value Proposition for NW Ohio & SE Michigan. March 2009 Blake Culver & Dan Slifko

Grid-Connected Renewable Energy

PG&E s Role in California s Clean Energy Future. Emma Wendt Pacific Gas and Electric Company January 25, 2011

ERCOT in 2018: Challenges & Opportunities

Energy-Environment Relationship: How Much Does Environmental Regulation Affect Investment in Energy Infrastructure?

Costs of Decarbonization. Geoffrey Heal

SAUDI ARABIA ENERGY USE ELIZABETH BROMM KARA CLEGHORN MATT BAPTISTA

Comparison of Renewable Portfolio Standards (RPS) Programs in PJM States

Comments on Recent US Renewable and Ancillary Energy Services Activities EGNET - 41

Fossil Fuel Emissions Information. Fossil Fuel Combustion and the Economics of Energy

Renewable. Renewable resources can be replenished over fairly short spans of time, such as months, years, or decades.

Jeremy Lawton Susac May 20,

Advanced Solar Thermal (AST) SOLID Energy, Inc.

Renewable energy program. Tokyo Metropolitan Government

Energy in Agricultural Systems

Renewable Electricity Procurement in California

TREASURE COAST REGIONAL PLANNING COUNCIL M E M O R A N D U M. To: Council Members AGENDA ITEM 8

Solar for ME! The solar industry in Maine and beyond

China s Efforts in Controlling GHG Emissions in Power Industry

Solar Energy - Securing Energy for Tomorrow Today. Dr. Vinay Hasabnis

Climate Action Plan. Cut Global Net CO 2 Emissions 80% by 2020

A dynamic model for GA electricity planning with CO2 emissions considered

Modernization of the Power System

Geothermal Heat Pump Technology. What s new in the business of capturing the. Energy We Already OWN

Assessing the Role of Energy Efficiency in Microgrids

Renewable Energy Feasibility Study for Ione Band of Miwok Indians

THE PROSPECTS FOR RENEWABLES IN THE EU

New England State and Federal Laws and Regulations and the Electric Power Sector

Massachusetts _Lowell Renewable Energy Sources / Brief World Wide Renewable Energy. Impact of Renewable Energy on Utility Grids

TECHNOLOGY FACTSHEET SOLAR REFLECTOR CUM TRACKER TO ENHANCE ENERGY OUTPUT FROM SOLAR PV SYSTEMS 1

Independent Power Production Policy

Breaking the Climate Deadlock the future of clean power generation. Vinod Khosla Khosla Ventures Nov 2008

The Promises and Challenges Facing Renewable Electric Power Generation

THE ROLE OF SOLAR ENERGY IN OUR FUTURE RENEWABLES-BASED ENERGY SYSTEM

Energy Policy 2012 Annual Update

SOLAR FOR HOMES TYLER HUEBNER, RENEW WISCONSIN BETTER BUILDINGS BETTER BUSINESS CONFERENCE, WI DELLS FEBRUARY 16, 2018

Your Energy Future A Nuclear Role?

Advancing Clean Energy in New Hampshire: The Northern Pass. Southern New Hampshire Planning Commission February 22, 2011

MASACHUSETS ENERGY STORAGE INITIATIVE. NASEO Fuels and Grid Integration Committee September 12, 2016 Joanne Morin, MA DOER

SECTOR ASSESSMENT (SUMMARY): ENERGY

Energy Perspectives for Asia

20% Wind Energy by 2030

Perspective on Accelerating RE to reach ASEAN s 23% aspirational target. Asia Clean Energy Forum 2017, ADB, Manila Deep-dive session - 6 June 2017

Transcription:

R. Perez & T. Hoff.

End-use-specific Solar UNIVERSAL SOLAR Courtesy NREL-PIX ELECTRICITY GENERATION Courtesy Ron Kamen, Earth Kind Energy Richard Perez

End-use-specific Solar UNIVERSAL SOLAR Photovoltaics PV R. Perez & T. Hoff.

Solar Thermal PV R. Perez & T. Hoff.

NOT ENOUGH SPACE, NOT ENOUGH SUN, Each square meter in New York can generate 200 kwh of photovoltaic electricity per year Richard Perez Photograph courtesy of AltPower, Inc.

120 billion kwh / year More than twice New York s Consumption Richard Perez

Richard Perez

Only 0.75% of New York s area* would be needed to produce all the electricity used in the State *using 10% PV conversion Buildings, parking lots and roadways cover almost 3% of New York s area Richard Perez

Richard Perez, et al.

9 MW 10 kw Richard Perez, et al. R. Perez & T. Hoff.

Richard Perez

Richard Perez All US electrical energy 25,000 km 2 PV 0.32% US Land Area

7% US electricity Hydropower artificial lakes > 100,000 km 2 Richard Perez

WORLD TOTAL ENERGY USE 2009: 16 TWy 2050: 28 TWy R. Perez & T. Hoff.

renewable finite SOLAR 10 23,000 per year 25-70 per year 3-11 per year OTEC 1,4 WIND 1,2 Waves1 1,3 0.2-2 Natural Gas 1,8 215 total 240 total 2009 World energy use 16 TWy per year 2 6 per year Biomass 1,5 Petroleum 1,8 2050: 28 TW TIDES 1 0.3 per year 3 4 per year HYDRO 1,6 0.3 2 per year Geothermal 1,7 90-300 Total Uranium 1,9 R. Perez et al. R. Perez et al. 900 Total reserve COAL 1,8

R. Perez et al. SOLAR 10 23,000 per year Natural Gas 1,8 215 total 240 total Petroleum 1,8 90-300 Total Uranium 1,9 900 Total reserve COAL 1,8

Richard Perez NOT ENOUGH SPACE, NOT ENOUGH SUN, TOO EXPENSIVE

COST = $50 Trillion NOT ENOUGH SPACE, NOT ENOUGH SUN, TOO EXPENSIVE 2050 COMPLETE OVERNIGHT 100% SWITCH TO SOLAR & RENEWABLES: CURRENT DEBT ORIGINATED UN THE US, EUROPE & JAPAN (2008) $58 Trillion Richard Perez

ENOUGH SPACE, ENOUGH SUN, TOO EXPENSIVE VALUE Ralph Izzo, Chairman, PSEG: We ve got to stop pretending solar power will lower the cost of energy. It s going to increase the cost and people have got to understand why it is worth more Richard Perez Wall Street Journal 7/31/09

PV OWNER UTILITY CONSTITUENTS EQUIPMENT COST BENEFIT BENEFIT INCENTIVES BENEFIT COST UTILITY BILLS BENEFIT COST TAX EFFECTS BENEFIT COST R. Perez & T. Hoff.

Solar-coincident value value Energy: Energy: PV OWNER 66 /kwh /kwh UTILITY CONSTITUENTS Capacity: Capacity: 33 /kwh /kwh EQUIPMENT COST BENEFIT BENEFIT INCENTIVES BENEFIT COST UTILITY BILLS BENEFIT COST TAX EFFECTS BENEFIT COST TRANSMISSION LEVEL Energy Capacity DISTRIBUTION LEVEL Capacity LOSS SAVINGS Mean Mean GRID 24 24 SECURITY hour hour value value Energy: Energy: ENVIRONMENTAL 55 /kwh /kwh COMPLIANCE Capacity: Capacity: FUEL PRICE 00 /kwh /kwh RISK for for MITIGATION solar solar ECONOMIC GROWTH Energy: Energy: 11 11 /kwh /kwh Capacity: Capacity: 55 /kwh /kwh R. Perez & T. Hoff.

Heat wave Richard Perez, et al. A/C electrical demand peak

Summer 2006 peak demand day New York City 12000 11500 11000 Load (MW) 10500 10000 9500 9000 8500 8000 Richard Perez, et al. NYC LOAD NYC LOAD with 1000 MW PV R. Perez & T. Hoff.

PV OWNER UTILITY CONSTITUENTS EQUIPMENT COST BENEFIT BENEFIT INCENTIVES BENEFIT COST UTILITY BILLS BENEFIT COST TAX EFFECTS BENEFIT COST TRANSMISSION LEVEL Energy Capacity DISTRIBUTION LEVEL Capacity LOSS SAVINGS GRID SECURITY 15 /kwh utility ENVIRONMENTAL COMPLIANCE FUEL PRICE RISK MITIGATION ECONOMIC GROWTH R. Perez & T. Hoff.

Distribution System Customer Customer transmission Customer Transformer Customer Substation Customer TRANSMISSION LEVEL Energy 15 /kwh Capacity utility DISTRIBUTION LEVEL Capacity Loss savings GRID SECURITY ENVIRONMENTAL COMPLIANCE FUEL PRICE RISK MITIGATION ECONOMIC GROWTH R. Perez & T. Hoff.

ELECTRICAL DEMAND THROUGHOUT ONE YEAR NO PV PV at 10% Peak penetration 8760 hours Richard Perez et al.

PV IMPACT AT 10% CAPCITY PENETRATION NO PV PV at 10% Peak penetration 8760 hours NO PV PV at 10% Peak penetration Displacing highest stress 8760 hours Richard Perez et al.

Distribution System Customer Customer transmission Customer Transformer Customer Substation Customer TRANSMISSION LEVEL Energy Capacity DISTRIBUTION LEVEL Capacity Loss savings GRID SECURITY 15 /kwh utility 1-6 /kwh utility ENVIRONMENTAL COMPLIANCE FUEL PRICE RISK MITIGATION ECONOMIC GROWTH R. Perez & T. Hoff.

US-Wide cost of outages: $100-200 billion per year* TRANSMISSION LEVEL Energy Capacity DISTRIBUTION LEVEL Capacity Loss savings GRID SECURITY 15 /kwh utility 1-6 /kwh utility ENVIRONMENTAL COMPLIANCE FUEL PRICE RISK MITIGATION ECONOMIC GROWTH *Gellings, C. W., and K. Yeager, (2004): Transforming the electric infrastructure. Physics Today, Dec. 2004. R. Perez & T. Hoff.

Toronto Detroit Boston Cleveland NYC Richard Perez, et al.

Sub-Island with enough generation to meet demand Sub-Islands with insufficient generation to meet demand Boston Toronto Detroit NYC Cleveland Northeast Electrical Island Boundary Richard Perez, et al.

NYC $1 Billion (Reuters) $1.1 Billion (The Guardian) US-Can $6.8 - $10.3 B (ICF Consulting) Perez et al., ASRC

Perez et al., ASRC

17:00 GMT 18:00 GMT As little as 500 MW of PV dispersed around the major northeastern cities would have prevented the blackout An investment of $ 3 billion Outage cost $ 8 billion 19:00 GMT 20:00 GMT Richard Perez, et al.

US-Wide cost of outages: $100-200 billion per year* 20% mitigated by PV TRANSMISSION LEVEL Energy Capacity DISTRIBUTION LEVEL Capacity Loss savings GRID SECURITY 15 /kwh utility 1-6 /kwh utility 3-7 /kwh ENVIRONMENTAL COMPLIANCE FUEL PRICE RISK MITIGATION ECONOMIC GROWTH Constituent *Gellings, C. W., and K. Yeager, (2004): Transforming the electric infrastructure. Physics Today, Dec. 2004. R. Perez & T. Hoff.

Global Warming TRANSMISSION LEVEL Energy Capacity DISTRIBUTION LEVEL Capacity Loss savings GRID SECURITY 15 /kwh 1-6 /kwh 3-7 /kwh ENVIRONMENTAL COMPLIANCE FUEL PRICE RISK MITIGATION ECONOMIC * Based upon current NYS GROWTH generation mix ** based upon 2010 PV industry size utility utility Preventing Global warming 1.5% GDP Fixing Global Warming 25% GDP PV = 10% of solution 250 cents per kwh** Constituent 2 cents per kwh est, @ $40/metric ton CO2* R. Perez & T. Hoff.

TRANSMISSION LEVEL Energy Capacity DISTRIBUTION LEVEL Capacity Loss savings GRID SECURITY 15 /kwh utility 1-6 /kwh utility 3-7 /kwh ENVIRONMENTAL COMPLIANCE FUEL PRICE RISK MITIGATION ECONOMIC GROWTH Hedging $500/bbl oil in 2040: NPV = 25 cents per kwh est. Constituent 2 100+ /kwh 5-25+ /kwh Constituent Constituent/utility R. Perez & T. Hoff.

Each MW of PV maintained employs.3 people. TRANSMISSION LEVEL Each MW of PV maintained employs.3 people. Energy 15 /kwh Capacity utility DISTRIBUTION LEVEL Capacity Loss savings GRID SECURITY 1-6 /kwh 3-7 /kwh ENVIRONMENTAL COMPLIANCE FUEL PRICE RISK MITIGATION ECONOMIC GROWTH Each megawatt (MW) of photovoltaic (PV) panels Each manufactured megawatt (MW) in the of US photovoltaic employs 14 (PV) people. panels manufactured in the US employs 14 people. Each MW of PV installed on homes in the US Each employs MW of 14.3 PV people. installed on homes in the US employs 14.3 people. Each MW of PV installed on commercial Each buildings MW of employs PV installed 9 people. on commercial buildings employs 9 people. utility Constituent 2 100+ /kwh 5-25+ /kwh 2-3+ /kwh Constituent Constituent/utility Constituent R. Perez & T. Hoff.

PV VALUE: 30 100 s /kwh PV COST W/O INCENTIVES TODAY: 30-45 /kwh TRANSMISSION LEVEL Energy Capacity DISTRIBUTION LEVEL Capacity Loss savings GRID SECURITY 15 /kwh utility 2-6 /kwh utility 3-7 /kwh ENVIRONMENTAL COMPLIANCE FUEL PRICE RISK MITIGATION ECONOMIC GROWTH Constituent 2 100+ /kwh 5-25+ /kwh 2-3+ /kwh Constituent Constituent/utility Constituent R. Perez & T. Hoff.

PV VALUE: 30 100 s /kwh PV COST W/O INCENTIVES TODAY: 30-45 /kwh JUSTIFY INCENTIVES from ratepayers & taxpayers VALUE cost without incentives cost with incentives Apparent VALUE R. Perez & T. Hoff.

ratepayers taxpayers PV OWNER UTILITY CONSTITUENTS EQUIPMENT COST BENEFIT BENEFIT INCENTIVES BENEFIT COST UTILITY BILLS BENEFIT COST TAX EFFECTS BENEFIT COST Ratepayers = Taxpayer = You and me R. Perez & T. Hoff.

High penetration cost JUSTIFY INCENTIVES from ratepayers & taxpayers VALUE cost without incentives cost with incentives Apparent VALUE R. Perez & T. Hoff.

Solar Generation Firm capacity storage requirement Variable generation Excess PV storage requirement Base Load firm PV capacity threshlold R. Perez & T. Hoff.

Solar Generation Firm capacity storage requirement Variable generation Excess PV storage requirement Base Load firm PV capacity threshlold R. Perez & T. Hoff.

Solar Generation Firm capacity storage requirement Variable generation Excess PV storage requirement Base Load firm PV capacity threshlold R. Perez & T. Hoff.

Solar Generation Firm capacity storage requirement Variable generation Excess PV storage requirement Base Load firm PV capacity threshlold R. Perez & T. Hoff.

Solar Generation Firm capacity storage requirement Variable generation Excess PV storage requirement Base Load firm PV capacity threshlold 10% Solar Penetration cost: 1.5 cent per kwh R. Perez & T. Hoff.

Solar Generation Firm capacity storage requirement Variable generation Excess PV storage requirement Base Load firm PV capacity threshlold 20% Solar Penetration cost: 3.5 cents per kwh R. Perez & T. Hoff.

Solar Generation Firm capacity storage requirement Variable generation Excess PV storage requirement Base Load firm PV capacity threshlold 30% Solar Penetration cost: 7 cents per kwh R. Perez & T. Hoff.

Solar Generation Firm capacity storage requirement Variable generation Excess PV storage requirement Base Load firm PV capacity threshlold 50% Solar Penetration cost: 19 cents per kwh R. Perez & T. Hoff.

Richard Perez

Richard Perez

SOLAR 10 23,000 per year 25-70 per year 3-11 per year OTEC 1,4 WIND 1,2 Waves1 1,3 0.2-2 Natural Gas 1,8 215 total 240 total 2009 World energy use 16 TWy per year 2 6 per year Biomass 1,5 Petroleum 1,8 ANWR 2050: 28 TW TIDES 1 0.3 per year 3 4 per year HYDRO 1,6 0.3 2 per year Geothermal 1,7 90-300 Total Uranium 1,9 R. Perez et al. R. Perez et al. 900 Total reserve COAL 1,8

solar WIND Coal Natural Gas Biomass Uranium Richard Perez Petroleum