7/28/2017. Community Resiliency and Sustainability. David Kang. Vice Chancellor. Infrastructure and Safety PERCEPTION. Photo citation:

Transcription

1 Community Resiliency and Sustainability David Kang Vice Chancellor Infrastructure and Safety July 21, PERCEPTION Photo citation: 1

2 Strategic Initiatives Sustainability Our commitment - Our goal is nothing less than being the global leader in sustainability and that aspiration carries with it great responsibility to advance on all fronts The most efficient building is the one that we don t build 3 Strategic Initiatives Resiliency 4 2

3 PARTNERSHIPS 5 3

4 7/28/2017 Why is this important for us? THANK YOU Understand where we are and what we need to support the Vision and Mission of the University 7 Jonathan Koehn Regional Sustainability Coordinator City of Boulder 4

5 5

6 6

7 CU Boulder Energy Management Community Resiliency Collaboration July 21, 2017 Ellen Edwards, CEM Energy Manager Utility & Energy Services CU Boulder Energy Management Program Three Legged Approach Assessment - Conservation and Optimization Intelligent Energy Management Controls Renewable Energy Conservation reduces emissions Frees up capacity for community growth Solar Development a piece of Community Energy Goals 7

8 Community Sheltering Micro Grid 31 mw CHP Turbine Dual Fuel Natural Gas and Oil Serves Electrical Distribution thru Cogen Loop Overhauled 2016 Main Campus Solar Capacity 1.5 mw Produces over 1,990,000 kwh Intelligent Microgrid Islandable Energy Resiliency Energy storage 850 kw array on new IPF, 332 kw Coors Event Center, Dining Halls, Residential City University Collaboration DOE REDI Grant Modernize Critical Energy Infrastructure East Campus Microgrid Research Park Harden Electrical Distribution Intelligent Controls Diversify Energy Portfolio Renewables Fuel Cells CHP Turbine Intelligent Microgrid Islandable Smart Grid Energy Resiliency 8

9 Renewables at CU Boulder Current Solar Capacity 16 Arrays Ground, Roof and Car Ports, 2.25 mw 3,227,287 kwh Estimated Annual Production PPAs and Direct Purchase Multi-site Solar Projects potentially 8.5 mw 10 mw est to produce 16,000,000 kwh = 16% load NREL REOpt In Collaboration with City of Boulder Evaluating Renewable Generation Opportunities Electrified Corridor Connecting East Campus to Main Campus Alternative Fuel Transportation Electric Vehicles Buses and Fleet Vehicle to Grid Peak Shaving and Resiliency Intelligent Controls 2nd Life Battery Opportunities 9

10 Academic and NREL Collaborations Professor Gregor Henze, Ph. D., P.E. Department of Civil, Environmental and Architectural Engineering Joint Professor with NREL NREL s Commercial Buildings Research Predictive Optimal Control Intelligent Integration of Building Systems to the Grid Graduate Student Research Micro Grid Analytics Fault Diagnostics Advances in Technology Dynamic Industry Challenges Cost Dated Existing Infrastructure Existing Control Capabilities Infrastructure Upgrades Technology Costs Utility Rates Low in Colorado -ROI 10

11 7/28/2017 Thank you! Ellen Edwards, CEM Energy Manager University of Colorado Boulder Utility & Energy Services 980 Regent Drive, 319 UCB Boulder, Colorado Parking and Transportation Tom McGann Director Parking & Transportatio Services 11

12 Why Parking? Resiliency Requires Access Access to Campus is dependent on the continuity of our transportation systems, fleet and parking lots: 618 vehicles 20 Buses 95 Maintenance vehicles 20 Police Vehicles 12,000 parking spots, 4 structures (3 underground) Events and Incidents Campus Access Parking 10,000 permit holders access campus daily 4000 Faculty/Staff 2000 visitors daily 600 University service spots and loading docks Transportation Maintenance garage for UC Boulder, (498 vehicles) 3 campus bus routes, 8,000 passengers daily 15 Regional and Local Bus routes touch Campus 12

13 Opportunities Parking PV over large lots, garages and surface Most bus runs less than 50 miles a day Most fleet vehicles average less than 50 miles a week Charging options for personal and CU electric vehicles Transportation hubs at Campus gateways Electric/Autonomous buses for Campus routes Electric fleet vehicles for Campus maintenance Smart grid for new facilities for resilience Cannot do it Alone Collaboration is only Path Campus Planning East campus Research Park Facilities Power Plant Facilities Grounds Housing and Dining Environmental Center Student Government Go Boulder City of Boulder Vitality City of Boulder Parking and Transportation Hill Economic District RTD and VIA Fleet Facility Pedestrian Safety Ride Share 13

14 Moving Forward PV on Regent Parking Garage Get off Grid, extra capacity to PTS-PD, Ability to Charge Electric Fleet Increase EV capabilities Campus standard of 5% all new spots 10 Electric Buses in next 6 years E-Center, CUSG, Grant applications Identify Industrial Charging Location House Electric Fleet and Transportation Train Mechanics and staff Resiliency Continuity Redundancy Normal ops Thank You 14