Collaborative Energy Planning at MCLB Albany
Transcript of Collaborative Energy Planning at MCLB Albany
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Collaborative Energy Planning at MCLB Albany
Integrated Energy Master Plan
Hubert “Ski” Smigelski; Fred BroomeU.S. Marine CorpsAugust 15, 2017
Energy Exchange: Connect • Collaborate • Conserve
Marine Corps Logistics Base Albany (MCLBA) has received energy reduction accolades and millions in funding for several large scale renewable projects
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Introduction
Secretary of the Navy Energy and Water
Management Award
Borehole ThermalEnergy Storage
Photovoltaic Power
Biomass Generation
Landfill Gas Generation
Energy Exchange: Connect • Collaborate • Conserve
The awards and funding come despite several disadvantages
• Small, rural base• Low electric rate [$0.07/kWh]• Not ideal for typical renewables
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Introduction
Energy Exchange: Connect • Collaborate • Conserve
Key differences from typical approach
• Developing an Integrated Energy Master Plan is more than any single document
• Develop collaborative partnerships with firm(s) involved throughout the process instead of multiple consultants with multiple plans “thrown over fence”
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Summary
Energy Exchange: Connect • Collaborate • Conserve5
Process Flow
Energy Management Plan
Dynamic mechanism; review annually and update
Energy Project SelectionCollaborative discussions to select best program
Project Funding
Team effort to identify and pursue multiple funding avenues
Project Execution
Multiple options including alternatives to traditional design projects
Re-evaluation
Plan, Do, Check, Act
Phase 1 Phase 2 Phase 3 Phase 4 Phase 5
Preliminary: Installation Development Plan
Energy Exchange: Connect • Collaborate • Conserve
Installation Development Plan
• Often times contracted out at agency level• Ensure plan is reviewed and accurately
captures direction of the installation• Key reference for development of Integrated
Energy Management Plan (IEMP)• Master planning is essential to evaluating
potential energy projects
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Preliminary: Installation Development Plan
Energy Exchange: Connect • Collaborate • Conserve
IEMP Goals
• Capture future energy direction of installation• Identify goals• Understand drivers and requirements• Understand trends and history• Understand installation mission (IDP)
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Phase 1: Integrated Energy Management Plan
Energy Exchange: Connect • Collaborate • Conserve
IEMP Action Plan
• More than graph showing progress• Target specific strategies• Prioritize technologies• Observe trends in how energy is used for
heating/cooling/process• Incorporate strategies into projected
consumption• Identify pitfalls• Identify funding mechanisms • IEMP is a dynamic mechanism, not a
static document; review annually and updated every ~3 years
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Phase 1: Integrated Energy Management Plan
Energy Exchange: Connect • Collaborate • Conserve
Net Zero Plan Development
• IEMP revealed tangible opportunity to achieve Net Zero
• Includes projected energy consumption from IEMP to set goal on renewable production
• Ensure partner understands future consumption and challenges from work on IEMP
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Phase 1A: Net Zero Plan
Energy Exchange: Connect • Collaborate • Conserve
Net Zero Plan Results
• Identified specific opportunities• Quantified energy production and implementation cost for each technology• To realize Net Zero, energy consumption must be reduced first• This laid the ground work for multiple projects
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Phase 1A: Net Zero Plan
Energy Exchange: Connect • Collaborate • Conserve
Energy Audits
• Concentrate on strategic buildings• Focus on identifying realistic ECMs
that will help meet goals (via collaborative partner)
• When awarding audits, include Design Build RFPs in the same task order so a design is ready at completion
• Seamless implementation of a project with a complete understanding of the goal and technical details
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Phase 2: Energy Reduction Project Selection
Energy Conservation Measures Building Energy Audit, MCLB Albany
Project No.
Buildings Project Title/Description DD 1391 Investme
nt Cost Est.
Annual Savings Annual Cost
Savings
SPB (years)
Energy (MBtu)
Water (kGal)
ECM-01 Multiple Lighting and Controls Upgrade $565,030 2,031 -- $53,564 10.6
ECM-02 1428, 2201 Daylighting $1,427 7 -- $193 7.4
ECM-03 Multiple Water-Efficient Fixtures $22,959 140 456 $3,453 6.7
ECM-04 Multiple Retro-commissioning $188,818 1,201 -- $30,751 6.1
ECM-05 7450 Air Curtains Upgrade $9,788 27 -- $702 13.9
ECM-06 2235 Demand Controlled Ventilation $65,673 265 -- $6,985 9.4
ECM-07 2235, 7450 HVAC Scheduling and Setbacks $9,378 502 -- $10,993 0.9
ECM-08 1360, 2235 CHW Pump VFDs $55,663 89 -- $2,356 23.6
Total $918,736 4,262 456 $108,997 --
Energy Exchange: Connect • Collaborate • Conserve
Projects Selection
• Develop potential project list to reduce energy consumption
• Collaborative discussions with installation engineers/planners to select best projects
• Energy projects for upcoming implementation
– Tornado recovery modernizations– GSHP (BTES) Phase II & III– Biomass power generation with P&G– RCx on 4 Buildings– Continued energy auditing
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Phase 2: Energy Reduction Project Selection
Biomass Power Generation with P&G
Energy Exchange: Connect • Collaborate • Conserve
Project Limitations
• Partner understands installation’s limitations, challenges, history, goals, and preferences
• Example: variable refrigerant flow (VRF) is a great technology but maintenance experience is lacking and contractor located hours away
• Must understand upcoming SRM projects• Throwing projects over fence doesn’t work
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Phase 2: Energy Reduction Project Selection
Commissioning VRF system at Building 5501
Energy Exchange: Connect • Collaborate • Conserve
Project Justification/Preparation
Establish repeatable documentation process with partner • Energy modeling for accurate savings• Detailed cost estimates• Capture all viable savings sources in
LCCAs• Develop 1391s with partner that
understands projects and goals• Highlight base energy goals in 1391• Plan for multiple 1391 and LCCA iterations
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Phase 3: Project Funding
Building 1210 Fire Station Energy Model
Energy Exchange: Connect • Collaborate • Conserve15
Phase 3: Project Funding
Project Funding Sources
• Identify funding avenues and pursue multipleRMe, ECIP, EIP, PPAs, EULs, Navy TechVal, ESPCs/UESCs (with coordination and oversight from team members)
• Regular meetings with installation engineers/planners
• Be flexible, funding is a moving target
• Have multiple projects on shelf ready to go
Energy Exchange: Connect • Collaborate • Conserve
Project Execution Options
• Multiple options should be used• Design Bid Build, Design Build, Navy SPDB RFP, SOWs for shops/BOS• Not everything needs to be a full design
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Phase 4: Project Execution
SPDB Street Lighting UpgradesBuilding 2265 HVAC Redesign
Energy Exchange: Connect • Collaborate • Conserve17
Phase 4: Project ExecutionIntegrated
Energy Management
Focused Studies
Energy Audits
New Construction
O&M/Repair
Executed EnergyProjects
RCx
SOWs for Shops
SPDB RFPs HPSB, Energy Efficient Design Alternatives
Full DBB Plans/Spec
Energy Exchange: Connect • Collaborate • Conserve
Sample RFP Language
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Phase 4: Project Execution
Energy Exchange: Connect • Collaborate • Conserve
Identify other opportunities
• Collaborative partnership can identify other opportunities
• RCx: Develop SOWs for shops and ensure contract includes time for RCx team to meet with shop personnel at facilities to review issues
• IWWTP, WTP, Electrical, water, and natural gas infrastructure upgrades
• Multiple building renovations designed with GSHP
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Phase 4: Project Execution
Cx activities at Bldg 5501
Energy Exchange: Connect • Collaborate • Conserve
Re-evaluate Energy Status
• As projects are implemented, rebaseline energy use• Update energy management plan• Use collaborative partnership to identify other opportunities• Similar to ISO 50001 Energy Management Standard: Plan, Do, Check, Act
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Phase 5: Re-evaluate
ISO 50001 Process Diagram MCLBA Energy Management Approach
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Thank you