PEG Comprehensive Energy Audit Service ProgramsPEG Comprehensive Energy Audit Service ProgramsMWCOG Energy Advisory Committee MeetingOctober 16, 2008MWCOG Energy Advisory Committee MeetingOctober 16, 2008

PEGPEG

Welcome to PEG Matthew T.

Cooper Who we are

Engineering Environmental Built

Environment Performance

Energy Services

Welcome to PEG Matthew T.

Cooper Who we are

Engineering Environmental Built

Environment Performance

Energy Services

Energy Audit ProgramsEnergy Audit Programs

FIRST FUEL Thinking

PEG Residential Energy Audit Programs

DC HERS PEG Commercial

Energy Audit Programs

State of Maryland

FIRST FUEL Thinking

PEG Residential Energy Audit Programs

DC HERS PEG Commercial

Energy Audit Programs

State of Maryland

First FuelFirst Fuel

In order to address the energy and environmental challenges the United States faces, energy consumption in buildings must be addressed.

The U.S. Department of Energy’s Energy Information Administration reports that building energy use represents 70% of U.S. electricity consumption and is the nation’s largest source of carbon emissions (39%).

Estimates are that the U.S. could cost-effectively save about 30% of U.S. building energy use today through improved efficiency. It is probably reasonable to expect that new building energy use could be reduced by at least 60% by 2030 and that existing building energy use could be reduced by at least 40% by that time. That would free up about 21% (0.85 trillion kWh/y) of 2006 electric energy use by 2020 and 35% (1.4 trillion kWh/y) by 2030.

Source - RESNET

In order to address the energy and environmental challenges the United States faces, energy consumption in buildings must be addressed.

The U.S. Department of Energy’s Energy Information Administration reports that building energy use represents 70% of U.S. electricity consumption and is the nation’s largest source of carbon emissions (39%).

Estimates are that the U.S. could cost-effectively save about 30% of U.S. building energy use today through improved efficiency. It is probably reasonable to expect that new building energy use could be reduced by at least 60% by 2030 and that existing building energy use could be reduced by at least 40% by that time. That would free up about 21% (0.85 trillion kWh/y) of 2006 electric energy use by 2020 and 35% (1.4 trillion kWh/y) by 2030.

Source - RESNET

PEG Residential Energy Audit Programs

PEG Residential Energy Audit Programs

DC HERS Program - DDOE

Resnet Based Homeowner

Education Stressed

Simplified Reporting

Approximately 200 homes per month

DC HERS Program - DDOE

Resnet Based Homeowner

Education Stressed

Simplified Reporting

Approximately 200 homes per month

PEG Commercial Energy Audit Programs

PEG Commercial Energy Audit Programs

State of Maryland Program Data Acquisition Level One Audits Level Two Audits Level Three Audits

Self Audit Online Programs APAP

Energy Star Benchmarking

State of Maryland Program Data Acquisition Level One Audits Level Two Audits Level Three Audits

Self Audit Online Programs APAP

Energy Star Benchmarking

PEG First Fuel Comprehensive Program

PEG First Fuel Comprehensive Program

Combine Residential and Commercial Programs Residential

DC Contract has MWCOG Reciprocity Track audit results and follow up action Reward Homeowner Improvements

Commercial (Multi Family, Institutional, Government, Religious, Educational)

On Line Self Audit (Time Constrained) Level One Audit Continuous Monitoring, Review and Program

Modification

Combine Residential and Commercial Programs Residential

DC Contract has MWCOG Reciprocity Track audit results and follow up action Reward Homeowner Improvements

Commercial (Multi Family, Institutional, Government, Religious, Educational)

On Line Self Audit (Time Constrained) Level One Audit Continuous Monitoring, Review and Program

Modification

Build Smart™