1. Facility Energy Program
AF Civil Engineer Center
Energy Directorate

2. Overview New Facility Energy Direction Resiliency
Layered Approach
Attributes/Examples
Where to do it?
Methodology for Resilience
Installation Energy Master Plan (IEMP)
Questions

3. AF’s Energy Direction “Mission Assurance through Energy Assurance”
From A Mandate Based Program  Mission Assurance
From Base-driven rqmts  Enterprise perspectives
From silo’d approaches  Integrated solutions
Every time we do a major work order or project we should be thinking about energy efficiency & resiliency and getting to the “sweet spot”
Is this for all work, or just big projects
What is Energy Assurance vs Energy Resilience?
How are we getting there? ?
What is your value on Resilience
What % of Assurance do I need?
What is this going to cost
What is this going to cost
How do we score it for investment

4. Defining Energy Resiliency Layered Approach
Energy Security = Reduce Demand, Assure Supply and Provide Resilience
Energy Resilience: The ability to prepare for & recover from energy disruptions that impact mission assurance on military installations.
Redundant, hardened, diverse, and available energy systems that provide flexibility to quickly recover from disruption
Gen
Graphic depicts a layered approach to energy resiliency:
Layer 1 (Critical Asset) “Redundancy” and “Hardening”
Layer 2 (Internal to the Installation) “Diversification”
Layer 3 (External to the Installation) “Availability”

5. Defining Energy Resiliency Attributes / Examples
Redundancy: dual feeds to a critical mission, “looping” a system
Hardening: preventive maintenance, cybersecure config system, over to underground, EMP (threat specific)
Diversification: on-base generation; renewables (w/appropriate storage) or alternative energy sources
Availability: the right quantity/quality of energy when a mission needs it
Examples: Working w/ commercial providers for rates, linear segmentation, and establishing risk tolerances (allowable downtimes) with msn owners
Recovery: how fast can a mission recover after a disruption
Examples: processes/tools to assist recovery; installations’ contingency response plans; commercial providers’ response plans
Energy Resiliency  Energy Assurance  Mission Assurance
Redundancy + Hardening + Diversification + Availability + Recovery provide Energy Resiliency and Assurance… enabling Mission Assurance

6. Resiliency Attributes
Where
How
Top Down: New AF Policy Push – mission commanders
Bottom Up: Concepts from installations based on local opportunities

7. Methodology for Resilience
Develop concepts / technology
Deal with the known-knows, but capture opportunities
Beale AFB, JB-McGuire/Dix/Lakehurst
Engage Mission Commanders
Priorities and requirements
New DoDI
Clearing House concept
AFIMSC & AFCEC Execution Silos
MILCON, SRM, Meters, Installation Planning, Land use, Standards, Utilities $, ESPCs, EULs, PPAs, Labs, Contingency Plans, Utility contracts, Training, etc, etc
AF Office of Energy Assurance
Holistic approach
Installation Energy Plans
TTPs & Plans
3rd party $
Utilities& PUCs
Sustainment
Direct invest
Military training / schools
Mission Support Functions
RESILIENCE
Mission Commanders
Mission Impact
Priorities
Risk
COOP
Savings / Cost Avoidance
Defense of Civil Authorities

8. Examples Installation Energy Plans Clearing House / Holistic
3 June 2018
Examples
Installation Energy Plans
JB-McGuire Dix Lakehurst – Lessons learned f/ Super Storm Sandy
Major weapon system bed downs
Clearing House / Holistic
Beale AFB – Rapid mission expansion, energy as a service
ERCOT RFI – On and off base power
Multiple PV efforts under privatized housing
Resilience
Nellis II – PV at rate base, 2nd feeder & substation as payment in kind
Geothermal RFI – non-intermittent and scalable power
Low Hanging Opportunities & Old tools used differently
Holloman; 30yr lease w/ FAR 41 contract(s) f/ power
Fence to Fence ESPC looks

9. Questions Have questions/comments on Energy?
Contact AFCEC/CN POCs (Comm: (850) 283-xxxx, DSN 523)
Director, Mr. Robert Gill x6347
Deputy Director, Lt Col Brian George, x6867
Prgm Dev Chief, Mr. Les Martin, x6475
Analysis Chief, Mr. Dan Soto, x6222
Rates/Renewables Chief, Mr. Dan Gerdes, x6357
AMRS Chief, Mr. Frank (Paul) Carnley, x3150