28
Presented at: Kingsley’s Woolloomooloo Presented by: Ben Pearson & Dan Butt Date: 8 August 2011 Energy Efficiency for Commercial Kitchens

Presented at: Kingsley’s Woolloomooloo Presented by: Ben Pearson & Dan Butt Date: 8 August 2011 Energy Efficiency for Commercial Kitchens

Embed Size (px)

Citation preview

Presented at: Kingsley’s WoolloomoolooPresented by: Ben Pearson & Dan ButtDate: 8 August 2011

Energy Efficiency for Commercial Kitchens

Copyright and disclaimer

 

The Office of Environment and Heritage and the State of NSW are pleased to allow this material to be used, reproduced and adapted, provided the meaning is unchanged and its source, publisher and authorship are acknowledged. 

 

The Office of Environment and Heritage has made all reasonable effort to ensure that the contents of this document are factual and free of error. However, the State of NSW and the Office of Environment and Heritage shall not be liable for any damage which may occur in relation to any person taking action or not on the basis of this document.

 

Office of Environment and Heritage, Department of Premier and Cabinet

Phone: (02) 9995 5000 (switchboard)

Email: [email protected]

Website: www.environment.nsw.gov.au

Work book 1 / Session 1

Funding Support

This project has been supported by the NSW Government as part of the Energy Efficiency Training

Program – visit savepower.nsw.gov.au

Work book 1 / Session 1

Today’s Focus

1. Introduction to GreenChef2. Energy Use in Restaurants3. Case Study4. Understanding Appliances5. Using Appliances Efficiently

10 min break

6. Restaurant Equipment SystemsKitchen Exhaust; Refrigeration; Water Heating and Use; Heating and Cooling; Lighting

7. Summary

SESSION 1

About GreenChefEnergy Efficiency in Commercial Kitchens

Work book 1 / Session 1

About GreenChef

• Lack of information in Australia relating to energy efficiency in Commercial Kitchens / Restaurants

• USA leading the rest of the world

Work book 1 / Session 1

About GreenChef

•Developed in partnership with Fisher Nickel (USA) www.fishnick.com

•Food Service Technology Centre (FSTC)

•World leaders in:• Commercial kitchen

energy efficiency• Appliance performance

testing

Work book 1 / Session 1

Our Philosophy

1. Raising Awareness

2. Changing ‘Entrenched’ Behaviours

3. Preparedness for ‘low carbon’ economy

Work book 1 / Session 1

GreenChef Objectives

2. Reduce Costs

1. Save Energy

3. Improve Profitability

5. Minimise Environmental Impacts4. Improve Competitiveness

Increased Awareness;

SESSION 1

Energy PricesTrends in Gas, Electricity & Water Pricing

Electricity Pricing Trends

(Presentation to Multi-Party Climate Change Committee and Clean Energy Australia Report)

Prices driven up by; Increasing network costs Rising gas and coal prices Carbon Tax

Projected increase40 to 60% by 2015

Gas Pricing Trends

(Independent Pricing and Regulatory Tribunal of New South Wales; AGL Energy; SMH energy smart article)

14% increase since 2008

Projected to increase 15 to 20% over the next 3 years

Sydney Water Prices

Prices have increased by 100% since 2003

(Sydney Water and Economics and Environment Network Working Paper EEN0609 Sydney Water: Pricing for Sustainability http://een.anu.edu.au/download_files/een0609.pdf)

SESSION 1

Energy & RestaurantsHow Restaurants Use Energy

Work book 1 / Session 1

YOUR KITCHEN IS BIGGER THAN

YOU REALIZE!

Kitchen Energy Footprint

The Kitchen

Energy Footprint

So Why Target Restaurants?

Work book 1 / Session 1

So Why Target Restaurants?

A single appliance can consume more energy per year than your entire home!

=

$1190 per annum

Work book 1 / Session 1

Typical Energy Costs

Running a Restaurant isn’t cheap!

Fast Food

Work book 1 / Session 1

Where is Energy Consumed?

Work book 1 / Session 1

Energy = $$$ = CO2

The ‘Cheapest’ energy is the energy you don’t use!

GreenChef Philosophy

SESSION 1

Case Study: Full Service RestaurantDoing more with less!

Work book 1 / Session 1

Example Case Study

•Open 360 days/year•Lunch & dinner•Size: 500m2

•Total Seating Capacity: 185•Covers: 6,500 per month / 214 day

Work book 1 / Session 1

Example Case Study

Electricity Gas Total

$52,000 $24,000 $76,000 Per Year

$0.66 $0.30 $0.96 Per Cover

Work book 1 / Session 1

Example Case Study

• Average bill: $80 per cover• Net Profit: $5.60 per cover (7%)

How many covers to pay the energy bill?

13,571Equivalent to 63 days trading or 17% total covers

Work book 1 / Session 1

GreenChef Process

Site Inspection & Data Analyses

Site Inspection & Data Analyses

BenchmarkIdentify Opportunities

BenchmarkIdentify Opportunities

REPORTREPORT

Knowledge TransferEnergy Challenge

Knowledge TransferEnergy Challenge

TRAININGTRAINING

Ongoing MonitoringOngoing Monitoring

Work book 1 / Session 1

Electricity Savings

9.7% reduction (t stat < 0.05)

Work book 1 / Session 1

Gas Savings

13.8% reduction (t stat < 0.05)

Work book 1 / Session 1

Cost Savings

Gas: $3,312 (13.8%)Electricity: $5,044 (9.7%)Total Saving: $8,356

Equivalent to 1,492 covers