Title: Long Term Plan to Meet New York City Governments Greenhouse Gas Reduction Goals
1Long Term Plan to Meet New York City Governments
Greenhouse Gas Reduction Goals
PlaNYC Energy Conservation Steering Committee
2Todays Agenda
- Challenges Facing Commercial Facilities
- Background
- Reduction Goal
- Planning Approach Process
- GHG Emissions Reduction Model
- Methodology
- Results
- Existing Buildings
- Financial Analysis
- About AECOM
- Questions Answers
3Challenges Facing Commercial Facilities
- Rising energy costs
- Aging infrastructure
- Lack of necessary capital
- Corporate Social Responsibility (CSR) initiatives
- Climate change and emissions reduction strategies
- Carbon regulation
4Background Reduction Goal for 2017
- To meet PlaNYC, GHG Emissions from NYC buildings
and operations must be reduced by - 1.68 million metric tons CO2e from FY2006 level.
1.68 Million Metric Tons CO2e
30 Reduction from FY06
5Background Planning Approach and Process
- GHG reduction planning from municipal assets
- -Data Collection DCAS database, interviews,
technical studies - Assumptions Baseline growth scenario, inflation
- Development of the citywide GHG reduction model
- Financial Analysis
- -Apply standard Net Present Value approach to GHG
reduction model - Establish financial criteria/priorities (e.g.,
minimum paybacks) - Sensitivity Analysis
- Implementation Plan
- -Capital Projects
- Operations and Maintenance
- Key Support Activities
6GHG Emission Reduction Model Methodology
- Development of Energy Consumption Database
- Consolidate consumption and expenditure
- Assign building type codes
- Merge data from other databases
- Delete Leased properties
- Disaggregation of Energy Consumption to End Uses
- Estimation of Technical Potential
7GHG Emissions Reduction Model Results
- Total Reduction 1.68 million metric tons per
year - Total Savings 306 million per year
- Total Cost 2.3 billion
8GHG Emissions Reduction Model Existing
Buildings OM - Improved OM
- Project Description
- Predictive Maintenance Standards
- Preventative Maintenance Standards
- Energy saving OM improvements
- Steam Trap Maintenance
- Boiler Operating Controls
- Steam boiler water treatment
- Temperature Settings
- Confirm equipment sequencing operation
9GHG Emissions Reduction Model Existing
Buildings OM - Retrocommissioning
- Project Description (applicable in large
buildings) - Analyze Current Operation Anomalies
- As-Designed Conditions
- Energy Use
- Equipment Performance
- Control Sequences
- Recommend OM and Capital Improvement
10GHG Emissions Reduction Model Existing
Buildings Equipment Replacement Retrofit
- Project Description by fuel source
- Electricity
- Lighting
- Cooling
- Office Equipment
- Refrigeration
- Building Shell
- Motor Systems
- Natural Gas, Fuel Oil, Steam
- Heating
- Domestic Hot Water Heating
- Cooking
11GHG Emissions Reduction Model Existing
Buildings Other Capital Measures - Data Centers
- Project Description
- Efficient Server and other IT equipment
- low-power processors
- efficient power supplies
- server power management
- Hot Aisle/Cold Aisle Data Center Layout
- Liquid Cooling
12GHG Emissions Reduction Model Existing
Buildings Other Capital Measures Advanced BMS
- Project Description (applicable in large
buildings) - New Generation Building Management System (BMS)
- Increased capability to control key systems
- Energy use by occupancy schedule
- Help target OM initiatives
- Service contracts training
13GHG Emissions Reduction Model Emerging
Technologies
- Project Description
- Fiber Optic Daylighting
- Mixed Mode Ventilation
- Green Walls
- CO2 from Concrete
- Water demand reduction
14GHG Reduction Model Financial Analysis Results
- Total Reduction 1.68 Million Metric Tons per
Year - Total Savings 306 million per year
- Total Cost 2.3 billion
15Financial Analysis Approach
- Standard Net Present Value approach
- 25-year planning horizon
- Set implementation schedules for 10 years
- Measure effects decay over time
- Base Case Assumptions
- Energy price inflation City budget
outlook to 2012 3 thereafter - Construction cost inflation 2.5
- All capital projects funded by borrowing
16Financial Analysis Results
- Program breaks even on cash flow basis 2013
- Program breaks even on cumulative basis 2015
- Net Present Value over planning horizon
- 625 million
17About AECOM
- Leading global firm in energy, facilities,
environment and transportation - 4.7 billion company with 1,200 planning, design
and construction professionals in NYC - Ranked by Engineering News-Record (ENR) as the 1
Design firm in the Education market - NAESCO accredited Energy Service Company
- 500 million in successful turnkey energy savings
projects for public agency clients in New York - CUNY, SUNY, DCAS, HHC, OGS, OMRDD, NYPD, NYCHA,
DEP, NYCBOE, NYCDOC - 100 million in successful turnkey energy savings
projects on 8 campuses for the California State
University system
18Questions and Answers