Con Edison s Brooklyn Queens Demand Management Program

Transcription

1 Building Bridges to Net Zero Con Edison s Brooklyn Queens Demand Management Program A Targeted Approach to Load Mitigation in High Growth Neighborhoods Presented by: Eric Kanterman 1

2 AGENDA What Is Targeted Demand Management? How Does ATargeted Neighborhood Program Develop? Brooklyn Queens Demand Management (BQDM) Program Overview BQDM: A Multi Pronged Approach Active initiatives Technical Evaluation Portfolio of Solutions MULTIFAMILY BUILDINGS 2015: BUILDING BRIDGES TO NET ZERO 2

3 Background Power Delivery MULTIFAMILY BUILDINGS 2015: BUILDING BRIDGES TO NET ZERO 3

4 Terminology Traditional Utility Approach: Build Infrastructure to Meet Peak Demand Energy Efficiency (EE): Programs to Promote Energy Savings (kwh) Demand Management: Programs to Reduce Demand (kw) Demand Response: Temporarily Reduce Electric Usage During Peak Demand Targeted Demand Management: Utilizes Customer Sided Solutions, including all Energy Efficiency & Demand Side Management approaches, to defer capital infrastructure investments in targeted networks. MULTIFAMILY BUILDINGS 2015: BUILDING BRIDGES TO NET ZERO 4

5 BQDM Overview Meet Growing Demand for Electricity Sub transmission feeder constraint Traditional Utility Approach Large Capital Expenditure to Meet Peak Demand BQDM Program Approach $200 million funding Richmond Hill, Ridgewood and Crown Heights networks Customer Sided 41 MW Non traditional Utility Sided 11 MW MULTIFAMILY BUILDINGS 2015: BUILDING BRIDGES TO NET ZERO 5

6 MULTIFAMILY BUILDINGS 2015: BUILDING BRIDGES TO NET ZERO 6

7 900 The BQDM Challenge Solution Must Address 12 Hours Forecasted Peak Demand Applied to 2014 DE Curve 2018 Forecasted Peak Demand Applied to 2014 DE Curve Capability MULTIFAMILY BUILDINGS 2015: BUILDING BRIDGES TO NET ZERO 7

8 BQDM Goals Total Customer Side Solutions 9 MW 23 MW 9 MW 41 MW Utility Side Solutions 3 MW 8 MW 11 MW Total 12 MW 31 MW 9 MW 52 MW MULTIFAMILY BUILDINGS 2015: BUILDING BRIDGES TO NET ZERO 8

9 Acquired Solutions (Currently Operational) 2016 Solutions Update Anticipated Solutions (Operational and Expected to be Operational by June 2016) MULTIFAMILY BUILDINGS 2015: BUILDING BRIDGES TO NET ZERO 9

10 BQDM Small Business Direct Install Program Status Customer Count Demand Reduction (MW)* Sold 3, Installed 2, * Demand Reduction refers to the anticipated reduction at the peak hour which is hour ending 10 PM. Contracted as of August 21, 2015 MULTIFAMILY BUILDINGS 2015: BUILDING BRIDGES TO NET ZERO 10

11 BQDM Multifamily Energy Efficiency Program Status* Customer Count Demand Reduction (MW) Sold 4, Installed 3, * Demand Reduction refers to the anticipated reduction at the peak hour which is hour ending 10 PM. Contracted as of August 21, 2015 MULTIFAMILY BUILDINGS 2015: BUILDING BRIDGES TO NET ZERO 11

12 Solution Evaluation (RFI) Thorough Approach MULTIFAMILY BUILDINGS 2015: BUILDING BRIDGES TO NET ZERO 12

13 Demand-Side Resource Portfolio Effective MW of resources calculated based on: MW Technology, customer, and load curve characteristics Demand reduction duration Sample network 2016 peak day load curve Hour 1 Hour 1 Hour 8 Hour 2 Hour 6 Hour 4 Hour 2 Hour 1 Hour Hour 12 Hour 1 Hour Hour MULTIFAMILY BUILDINGS 2015: BUILDING BRIDGES TO NET ZERO 13

14 Load Carrying Capacity - BQDM Example Load Carrying Capacity is the ability of resources to contribute varies by solution based on attributes. Resources, like solar PV and lighting energy efficiency offer benefits during fixed time frames. Energy efficiency is better positioned than solar to provide load relief during BQDM need period Battery storage provides certainty of incremental capacity and flexibility. Hour Ending Peaking Risk Per Period Estimated Solar Energy Production from a 1 MW installation (MW) Estimated Energy Efficiency Relief from 1 MW Residential Lighting (MW) Utility side Battery Operations Assuming 1 MW Battery (MW) 01:00 AM 0.0% :00 AM 0.0% :00 AM 0.0% :00 AM 0.0% :00 AM 0.0% :00 AM 0.0% :00 AM 0.0% :00 AM 0.0% :00 AM 0.0% :00 AM 0.0% :00 AM 0.0% :00 PM 0.0% :00 PM 6.5% :00 PM 8.1% :00 PM 8.8% :00 PM 9.0% :00 PM 8.8% :00 PM 9.2% :00 PM 9.8% :00 PM 8.4% :00 PM 9.1% :00 PM 12.7% :00 PM 7.6% :00 AM 1.9% MULTIFAMILY BUILDINGS 2015: BUILDING BRIDGES TO NET ZERO 14

15 BQDM Customer-Side Portfolio BQDM Portfolio Summary Category Peak Hour MW Impact PROJECTS Small Business Direct Install (SBDI) Multi Family (including New York City Housing Authority) Residential Queens Resiliency Microgrid a. Micro grid b. Solar Government Agency Solutions Commercial Refrigeration Demand Response Fuel Cell Contingency Under Development Customer Side Solutions (CSS) Total Program CSS Target Program CSS Excess / Deficiency Expected to Evolve Over Time Expenses (Millions) Total Forecasted Expenses $ Program CSS Expenses Target $ Program CSS Expenses Surplus / Deficit $.65 MULTIFAMILY BUILDINGS 2015: BUILDING BRIDGES TO NET ZERO 15

16 Anticipated BQDM 2018 Portfolio During a design peak summer day 70 Battery releases energy to grid 55 Voltage Optimization Load Relief (MW) Distributed Energy Storage System (Battery) Solar Fuel Cell Demand Response Distributed Generation (Gas-fired) Energy Efficiency TOTAL 2018 NON-TRADITIONAL LOAD RELIEF NEED Battery charges MULTIFAMILY BUILDINGS 2015: BUILDING BRIDGES TO NET ZERO 16

17 THANK YOU! coned.com/energyefficiency MULTIFAMILY BUILDINGS 2015: BUILDING BRIDGES TO NET ZERO 17