Scaling Energy Management Systems for Whole- Industry AdopGon

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Benedict Pope
8 years ago
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1 Scaling Energy Management Systems for Whole- Industry AdopGon Food Processing Industry Collabora5on Paciﬁc Northwest U.S. Field Study Stephanie Swanson, MarketShi4 Strategies November 2012 Sharing best pracgces for the low carbon future iipnetwork.org

2 PresentaGon ObjecGves Provide an overview of industrial energy management in Pacific North West (PNW). Discuss government, uglity, NGO and enterprise roles and responsibiliges within an EnMS program framework. Illustrate a whole- industry sector approach to efficiently scale EnMS programs for greatest outcomes and long- term, congnuous savings.

3 The Pacific Northwest U.S. Energy Landscape 4 states > 150 energy providers (ugliges) Energy Efficiency Focus Offset expensive new power generagon Reduce environmental risk Protect energy security 85% of energy resources from energy efficiency: 20 years Benefits of EnMS Reliable Predictable Controllable energy costs

4 The Pacific Northwest U.S. Energy Landscape Stakeholder Roles and Responsibili5es Government Mandates EE Savings IncenGves Industry AssociaGon Facilitator Third Party Service Providers Technical Assistance Help enterprises implement energy management Enterprise Enterprise Enterprise OperaGonal Improvements Energy and Cost Savings Increased ProducGvity

5 Energy Management System Hierarchy ISO Energy Service Providers EnMS Standards Management Systems for Energy US DOE Superior Energy Performance Strategic Energy Management Programs Controls Employee Awareness Metering Technical Training Benchmarking Analysis Software Energy Management Elements Capital Projects Plant Assessments Performance Indicators

6 North West Food Processing Industry Food Processing industry = 12% regional industrial energy consumpgon Cluster enterprises to accelerate adopgon of EnMS Partnership with Northwest Food Processors AssociaGon (NWFPA) to leverage enterprise pargcipagon [100+ Enterprises]

7 Business PerspecGve: Why Invest in EnMS? Market Challenges Global CompeGGon VolaGle Energy Prices Market Demand Uncertainty Access to Capital Government Mandates: Energy and Carbon EnMS Benefits CompeGGve Advantage ProducGvity & Predictability OperaGonal Efficiency Cost Savings Risk (and regulagon) avoidance

8 Field Study: NW Food Processing Industry Step 1: ENGAGE Enterprise leaders: Energy Intensity ReducGon goal. NWFPA members set ground- breaking, industry- wide goal: 25% in 10 years 50% in 20 years

9 Field Study: NW Food Processing Industry Step 2: LEAD Energy Roadmap: Strategic framework PrioriGzes energy performance Embeds into corporate strategy Integrated cluster Industrial enterprises UGliGes Government partners Iden:fy collabora:ve path to energy reduc:on

10 Field Study: NW Food Processing Industry Step 3: ACT Define Energy Projects In Food Processing: focus on refrigeragon lighgng, compressed air o 30% of potengal savings from refrigeragon Influence pricing and technology for equipment like o Equipment boilers, compressors, pumps o Behavior/Cultural Change - training & educagon programs Build comprehensive energy management program for the sector Establish an sector- wide energy use baseline (pre- energy management interven:on) track progress

11 Field Study: NW Food Processing Industry Step 4: MEASURE 2020 PotenGal Distributed GeneraGon: 2% Process Improvement: 3% Energy Management: 8% Improved OperaGons: 12% Total: 25%

12 Field Study: NW Food Processing Industry Step 5: SHARE Communicate results Internally: across the enterprise o Training, capacity building, employee engagement Externally: partners, funders, government Industry Results: EnMS implementagon resulted in 3% per year reducgon in energy costs for all sources of energy 54% of these savings were in business prac5ce (behavior) change Ten Year Forecast: FP industry will save over $50 million dollars annually in electricity costs

13 Key Takeaways Demand for EnMS in the PNW region of the US is high State governments require energy and cost savings for enterprises ugliges are mandated to help their customers reduce their energy consumpgon 5 basic elements of a successful program: 1. Third party to help implement EnMS in enterprises 2. Industry associagon: the intermediary between enterprises and government 3. Energy audits to idengfy energy savings potengal 4. MRV methodology to assess energy savings 5. IncenGve policy for technology retrofits EnMS program goals: integrate into enterprise business pracgces to achieve maximum, congnuous energy savings. Sharing best practices for the low carbon future

Scaling EnMS for Whole- Industry Adoption

Sharing best practices for the low carbon future iipnetwork.org Scaling EnMS for Whole- Industry Adoption Pacific Northwest U.S. Field Study: Food Processing Industry The Pacific Northwest region of the