Church Presentations By Peter Boogaart Holland, MI

HOLLAND COMMUNITY ENERGY EFFICIENCY AND CONSERVATION STRATEGY “CREATING A GLOBAL COMPETITIVE COMMUNITY” Community Energy Plan (CEP) Project Work Team Report Dated September 9, 2011 Prepared by: Garforth International llc in collaboration with City of Holland Holland Board of Public Works

FRAMING THE ISSUE Worldwide Energy Demand Growth 1850 to % Projected Worldwide Energy Growth 2000 to % U.S. Energy Bill in 2007 $1.2 Trillion Michigan Energy Bill in 2007 $37 Billion Holland Energy Bill in 2010 $135 Million

FRAMING THE ISSUE Country Per Capita Emissions: mt CO 2 e Energy /GDP Holland, MI 24.0 USA Canada22.1 Russian Federation15.8 European Union Germany11.7 United Kingdom10.3 Japan France8.6

Your Home and Energy Systems

Your Home and Energy Systems

Your Home and Energy Systems

Your Home and Energy Systems

Your Home and Energy Systems

Your Home and Energy Systems Problems? What Problems?

The Changing World and Energy Systems

CEP: Executive Summary The City of Holland recognizes that our world will be facing critical energy challenges in the coming years. The City also recognizes that with these challenges come opportunities. The City must find ways to reduce their dependence on foreign energy and fossil fuels, improve efficiency and costs, enhance sustainability and expand energy sources and systems. Holland is committed to be a highly- competitive world-class community, supported by innovative energy solutions that benefit the citizens, the business community, and the environment. The City is developing a comprehensive, long-range Community Energy Plan from today to 2050 as a roadmap to prepare for the challenges and opportunities ahead.

Energy Goals 1.Provide lower energy cost than neighboring communities 2.Develop industrial energy services tailored to investors’ needs. 3.Secure highly reliable electricity and heat supply from local sources. 4.Enable flexibility to meet changing technologies, legislation, fuel costs and other market conditions. 5.Meet commitment to the U.S. Conference of Mayors Climate Protection Agreement. 6.Be a leader in developing a regional energy strategy.

Expanded Snow Melt Services

Energy Efficient Building Renovations

Energy Performance Labels

Expanded Appliance Rebates

Industrial Efficiency Gains

District Heating Projects

LOADING ORDER 1.Energy Efficiency – If you don’t need it don’t use it 1.Efficient Buildings 2.Efficient industry 3.Urban design for transport efficiency 4.Local employment for commuting efficiency 2.Heat Recovery – If it’s already there – use it 1.Combined Heat and power 2.Use existing “waste” heat 3.Structure mixed-use neighborhoods to share heat 4.Structure industrial sites to maximize heat use integration 3.Renewable Energy – If it makes sense, go carbon free 1.Renewable electricity – Photovoltaic, wind, etc 2.Renewable heat – solar thermal, biomass, biogas, geothermal 3.Renewable heat and power – waste-to-energy, biomass 4.Renewable transport fuels – ethanol, biodiesel 4.Energy Distribution – Invest where it makes sense 1.Flexible distribution – electricity, gas, district heating, cooling… 2.Multiple fuels and energy conversion technologies 3.Optimize local / regional investments

Scale Projects HOLLAND INDUSTRIAL PARK HOLLAND’S HISTORIC DISTRICT HOPE COLLEGE CAMPUS HOLLAND HIGH SCHOOL, HOLLAND HOSPITAL, AND THE AQUATIC CENTER INITIAL DISTRICT HEATING NETWORK

Scenario “B” includes……… MW CCGT Expansion 30 MW CHP in Industrial Park 10 MW Landfill Gas Capacity 20 MW Bio-gasification Expansion (2031) 24 MW Solar Power (PV) 10% Biogas in Gas Network 37 MW Wind Power

ENABLING MECHANISMS 1.Financial Incentives 2.Greenhouse Gas Emissions Management 3.Energy Performance Labeling 4.Degree of Community Engagement and Energy Literacy 5.Energy Education and Training 6.Standards, Codes & Guidelines for Residential and Non-residential Buildings 7.Institutionalize Long-term Breakthrough Energy Planning and Performance 8.Changed Role for HBPW 9.Encouraging Regional Energy Planning