Active Energy Management Ahead of the meter and behind the meter - - PowerPoint PPT Presentation

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Active Energy Management Ahead of the meter and behind the meter - - PowerPoint PPT Presentation

Presentation of Active Energy Management Ahead of the meter and behind the meter Presented by David M. Ferro Our Goals Energy Background M ICRO M ACRO Energy Supply Management T HE P LAYERS 7 S TEPS & T ECHNOLOGY


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SLIDE 1

Presentation of

Active Energy Management

Ahead of the meter and behind the meter

Presented by

David M. Ferro

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SLIDE 2

 Energy Background

  • MICRO
  • MACRO

 Energy Supply

Management

  • THE PLAYERS
  • 7 STEPS & TECHNOLOGY
  • VISIBILITY

 Sustainable Energy

Community

 Questions

Our Goals

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SLIDE 3

Energy – Micro Discussion

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SLIDE 4

Projected Natural Gas Storage

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SLIDE 5

YTD Storage Position

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SLIDE 6

Extreme Weather Recovery

BCF BCF Weeks 2012 2478 3876 34 2013 1705 3834 31 2014 824 3611 33 2015 1461 4009 35

Source: EIA

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SLIDE 7

Transmission Cost Impact

 Capacity  Transmission  Obsolete Asset

Cost Recovery

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SLIDE 8

Energy – Macro Discussion

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SLIDE 9

Pipeline Gas Expansion

Source: Dominion Transmission Source: Bloomberg Energy

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SLIDE 10

LNG Export volume 2015 - 2020

Significant increase in export volumes beginning in 2018 and by 2019, US will become the 3rd largest exporter of LNG in the world, behind Qatar and Australia

9 1.4 8.4 29.32 20.85 0.82 9 1.4 8.4 29.32 20.85 0.82 5 10 15 20 25 30 35 2015 2016 2017 2018 2019 2020

LNG Volume Export

Year volume Linear (volume)

LNG Impact

Source: EIA

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SLIDE 11

Between 30 – 70 Gigawatts

Projected retirements Source: EIA

Coal Retirement

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SLIDE 12

Coal Retirement BCF Impact Winter Summer

Fundamental impact to natural gas market

70 60 50 40 30 1,776 1,522 1,268 1,015 761 2,517 2,157 1,798 1,438 1,079 500 1000 1500 2000 2500 3000 1 2 3 4 5

Summer / Winter Storage Impact

GW Summer Winter

Source: EIA

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SLIDE 13

Daily Usage in BCF

Significant impact to pipeline operations and storage

11.76 10.08 8.40 6.72 5.04

  • 2.00

4.00 6.00 8.00 10.00 12.00 14.00 70 60 50 40 30

GW

BCF per day Source: EIA

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SLIDE 14

Summer Injection Last three years

Fundamental impact to natural gas market

85 85 78 72 90 68 97 85 58 20 40 60 80 100 120 2015 2014 2013

Weekly Injection

Apr - Jun Jul - Sept Oct - Nov

Source: EIA

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SLIDE 15

Energy Supply Management

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SLIDE 16

Procurement Players and Strategies

 Suppliers

  • Fixed
  • Floating with

Index/Fixed Components

  • Pricing advice is a

conflict of interest

 Traditional Brokers

  • Point in Time
  • Dependent on

Suppliers for pricing

  • Emotional
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SLIDE 17

Consultancy Plus Technology An Active Energy Management Strategy

Risk Tolerance

Benchmarking

Contract Structure

Supplier Selection

Market Indicators

 Define Buys  Hedge Process  Budget Setting &

Tracking

Execution

Reporting & Greenhouse Gas Emissions

Pennoni OPTICS

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SLIDE 18

Visibility

 Market

  • Commodities
  • Trend Analysis
  • Understanding Market Structure

Source: Bloomberg Energy

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SLIDE 19

Visibility Leads to Feasibility

 Access to quality data reduces cost  Speeds up the process  Proper financial evaluation is easier

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SLIDE 20

Sustainable Energy Community

 A “Sustainable” technology is one which is:

 Environmentally friendly  Economically viable  Beneficial to Society

 A “Sustainable” Energy Community is one

which is:

 No longer depends on natural gas utility or

interstate pipeline

 No longer depends on power utility or grid  Has continuous energy production and

generation

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SLIDE 21

Problem Statement

 3 billion tires in landfills and storage

sites in the US

 U.S. and Canada generate 300 million

scrap tires annually

 Current reuses

 Relocate tire materials  Rubber mulch, crumb rubber for play

fields/ground(now being banned), sandals…etc

 Produce CO2  Burning or incineration

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SLIDE 22

Previous Technology Failures

 Types

 Incineration  Plasma-thermal oxidation  Gasification  Digestion

 Issues

 Toxic waste & CO2  Maintenance  High costs

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SLIDE 23

Thermolyzer

 Continuous energy

 Natural gas  Hot water  Steam  Chilled-water  Electricity

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SLIDE 24

Heating Value

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Why

 Cleaner than natural gas  CO2 benefit  Behind the meter

 Avoid utility distribution and grid

transmission costs - $$$ Savings

 Self-funded projects > avoid energy costs

 Solves an environmental issue  Removes dependency of utility and grid

infrastructure for gas and power

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SLIDE 26

Questions?

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SLIDE 27

David M. Ferro

Director of Energy Management Services 908.892.6958 (c) dferro@pennoni.com