The Central New York Regional Sustainability Plan

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1 INTERNATIONAL DISTRICT ENERGY ASSOCIATION The Central New York Regional Sustainability Plan An Overview by O Brien & Gere

2 New York State Sustainable planning framework Informing municipal land use policies / Guiding infrastructure investment Promoting sustainable growth Reducing GHG Emissions 80% below 1990 levels by 2050 $1.5 billion to modernize existing power plants $1.3 billion to improve existing T&D infrastructure $1 billion to build 1 GW of new transmission capacity $1 billion to generate 1.2 GW of additional generation capacity $250 million in new smart grid technologies $250 million for new renewable energy projects 2

3 New York State Consortium of government, business, not for profits, citizens and other key stakeholders Engage and encourage local participation Designed to: Gather information on sustainable community and economic development projects Give stakeholders a central location to document and showcase efforts underway Identify opportunities for new sustainable programs and initiatives 3

4 vision cny Energy Climate Adaption Infrastructure Materials Management Land Use Economic Development Environment 4

5 New York State What if? The region s population increased by 30% A network of CHP plants and green infrastructure developed in the region The region s electric infrastructure were upgraded and integrated for smart-grid Per capita energy use declined by 40% GHG emissions were reduced by 40% by

6 Energy Consumption by Sector and County ICF International ICF International ICF International ICF International 6

7 Electric Consumption per Housing Unit and per Capita CNY Avg. 6,570 CNY Avg. 2,852 7

8 Generation Consumption Potential Recommendations MW CAPABILITY 14 YRS OTHER RENEW / WIND / REFUSE HYDRO COAL 20 YRS 36 YRS 35 YRS 9 YRS 21 YRS 22 YRS 62 YRS 5-8x 97% 5-8x our regional consumption Energy production is an industry Average age of 30 years Nuclear actually supplies 82% Natural Gas actually supplies 15% Consume about 717 MW of load 34% Industrial 30% Commercial 36% Residential Identified 328 MW of new resource Slightly less than ½ of need Recommending 95 MW or 13% What about efficiency? For every 10% efficiency gain we reduce the need for about 72 MW of generation If we implemented a goal of 30% energy reductions to ½ of the residential stock we would save 338,769 MWh by

9 Technologies with Highest Potential by County Cayuga Cortland Madison Onondaga Oswego Solar Thermal Solar Electric (PV) Wind CHP Geothermal District Energy Systems 9

10 Energy Development Potential and Recommendations Identified 328 MW of New Resource Potential Approximately 50% of requirement Recommended approximately 95 MW 10

11 District Energy Central New York already possesses a number of district energy deployments Site Names Buildings Area Identified 28 potential district energy sites utilizing the following factors: Wells College ,460 Seasonal and daily load characteristics SUNY Cortland 41 2,500,000 Greenfield versus redevelopment projects Colgate University 119 2,284,000 Price and availability of electricity, water and fuel SUNY Morrisville ,000 Loads requiring high reliability Syracuse University 115 7,300,000 Proximity to regional resources SUNY ESF ,000 Lack of physical constraints LeMoyne College 17 1,000,000 Favorable local codes and regulations Onondaga County District Facility 10 1,300,000 Favorable underground conditions for infrastructure SUNY Oswego 47 1,000,000 11

12 Five Recommendations 12

13 Five Recommendations 13

14 Lake Source Cooling Leveraging Infrastructure 1960 s Central New York was a region built upon industry As industry vacated our region was left with several voids WATER Underutilized SPACE utility and water Over million infrastructure sq ENERGY ft of industrial space Metropolitan Central Water Board serves 30 Abundance New of York green-field generates site 6 times MGD, the but built for 50 MGD opportunities amount of energy it currently consumes Reinvent an old concept to reflect today s reality 14

15 Lake Source Cooling Leveraging Infrastructure LEGEND MWB Pipeline OCWA Pipeline City of Syracuse Pipeline Power Generation Educational Institutions Economic Development Zones 15

16 Lake Source Cooling Leveraging Infrastructure Lake Ontario Cold Energy Bank 40 F (year 280ft depth OSWEGO ACADEMIC CENTER 2000 MW generation 75 MGD intake capacity 16

17 Lake Source Cooling Leveraging Infrastructure LEGEND Data Center Corridor MWB Pipeline OCWA Pipeline City of Syracuse Pipeline Power Generation Educational Institutions Economic Development Zones 17

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