ice rink resurfacing efficiency pilot - summary of study results

12
SWICH SERVICES INC - Canadian Technology Transfer Partner REALice | Copyright 2014 FortisBC - Ice Rink Resurfacing Efficiency Pilot SWICH SERVICES INC - Canadian Technology Transfer Partner REALice | Copyright 2014 Study Results June 2014

Upload: realicecanada

Post on 15-Jun-2015

278 views

Category:

Sports


4 download

DESCRIPTION

Summary report of the FortisBC Study Ice Rink Resurfacing Efficiency Pilot 2014. - 90% of the pilot participants successfully adapted their operations to the REALice technology. - The achieved ice quality was evaluated from acceptable to excellent. - Fortis quantified the average savings across the participating pilot arenas at 330 GJ in Natural Gas per year - Across the pilot arenas, an increase of the slab temperature was required at all sites and an average increase of 3°F was observed. A reduction in the ice slab thickness on average by 0.25 - 0.5 inch was noted also. - Electricity savings through increasing the slab temperature (approx. 20,000 kWh per 1.8°F) and reduction of the ice thickness (according to SaskPower and Manitoba Hydro) are significant and can be added on top of the calculated electricity savings from the Fortis report.

TRANSCRIPT

Page 1: Ice rink resurfacing efficiency pilot - Summary of study results

SWICH SERVICES INC - Canadian Technology Transfer Partner  REALice | Copyright 2014

FortisBC - Ice Rink Resurfacing Efficiency Pilot

SWICH SERVICES INC - Canadian Technology Transfer Partner  REALice | Copyright 2014

Study Results!June 2014

Page 2: Ice rink resurfacing efficiency pilot - Summary of study results

SWICH SERVICES INC - Canadian Technology Transfer Partner  REALice | Copyright 2014

Verified average savings through FortisBC Pilot Program

SWICH SERVICES INC - Canadian Technology Transfer Partner  REALice | Copyright 2014

!!!!!

Measured savings are averages, based on the data of the participating arenas & assuming average 220 day season Download the entire FortisBC pilot report ! ** The refrigeration energy for resurfacing measured by Fortis is only one part of the electricity savings. Additional significant electrical savings from the refrigeration plant are realized through: increase of slab temperature (approx. 20,000 kWH per 1.8°F increase) and reduced ice thickness NRCan:http://canmetenergy-canmetenergie.nrcan.gc.ca/fichier/81155/2003-065_066e.pdf

!!!

Fuel Adjusted Baseline Measured savings % savings vs. adjusted baseline

Natural Gas 418 GJ/year 330 GJ/year 79%

Refrigeration Energy for resurfacing** 78,815 kWh/year 22,400 kWh/year 28%

Total 706 eGJ/year 410 eGJ/year 58%

Generally, the ice slab thickness was marginally reduced (on average by 0.25 - 0.5 inch); increase in ice temperature (on average by 3°F) was required at all sites.

Ice quality was evaluated to be acceptable to excellent. 90% of pilot participants successfully adapted their operations to the REALice vortex technology

Page 3: Ice rink resurfacing efficiency pilot - Summary of study results

SWICH SERVICES INC - Canadian Technology Transfer Partner  REALice | Copyright 2014

Significant additional electrical savings from the refrigeration plant are realized through the increase of slab temperature and reduced ice thickness as suggested by NRCan

SWICH SERVICES INC - Canadian Technology Transfer Partner  REALice | Copyright 2014

!Sask Power suggest 2% - 4% reduction in electricity usage on the refrigeration plant by

raising the slab temperature by 1°F - 2°F.

Manitoba Hydro suggest that with each degree Fahrenheit that the slab temperature is raised, the load on the ice plant is reduced by up to 2%

Source: NRCan: http://canmetenergy-canmetenergie.nrcan.gc.ca/fichier/81155/2003-065_066e.pdf

! Participating arenas decreased ice slab thickness on average by 0.25 - 0.5 inch & increased ice temperature on average by 3°F

Page 4: Ice rink resurfacing efficiency pilot - Summary of study results

SWICH SERVICES INC - Canadian Technology Transfer Partner  REALice | Copyright 2014

= simulating “hot water”

SWICH SERVICES INC - Canadian Technology Transfer Partner  REALice | Copyright 2014

!!!!!!!!!!!Only cold water for ice floods, down from 100°F to 55°F

Slab temperature set point increased to 16.5°F up from 13°F (+3.5°F) Performance period electricity savings of 720 kWh/day!

Chart shows average kWh / day comparison 2011 - 2013 to daily consumption in 2014. Verfified Natural Gas savings: 260 GJ

Participant internal Reports: Kerry Park Rec Center, Mill Bay, BC

Season length: 230 days

Page 5: Ice rink resurfacing efficiency pilot - Summary of study results

SWICH SERVICES INC - Canadian Technology Transfer Partner  REALice | Copyright 2014

= simulating “hot water”

SWICH SERVICES INC - Canadian Technology Transfer Partner  REALice | Copyright 2014

Participant internal Reports: Agrodome at the PNE, Vancouver BC

 ! Ice System compressors have approximately 25% less run time  !

! Hot Water Boilers have approximately 50% less run time !

! Community User Groups consistently have hot water for showers !

! Ice System Compressors and Hot Water Boilers have an increased life expectancy !  !

!Only cold water for ice floods, down from 120°F to 45°F  !

! Slab temperature set point increased to 21°F up from 18°F (+3°F)

Verfified Natural Gas savings: 340 GJ!Estimated electricity savings:  80,000 kWh

Season length: 180 days

Page 6: Ice rink resurfacing efficiency pilot - Summary of study results

SWICH SERVICES INC - Canadian Technology Transfer Partner  REALice | Copyright 2014

= simulating “hot water”

SWICH SERVICES INC - Canadian Technology Transfer Partner  REALice | Copyright 2014

Participant internal Reports: Island Savings Center, Duncan BC

!!!!!!!!!!!

Gas Savings:!* No natural gas used to heat water for flooding * 120USG x 8 times a day @ 140°F => 50°F

Electrical:!* Ice Temp raised 3°F (6% refrigeration savings/1°F) * Stronger ice - less cleans * Cold water - less heat load on compressors * Cold water - less dehumidification * Less hard water problem * Reduced number of ice cleans and increased savings

93GJ $1433 4% Compared to Baseline

Jan 06 –March 06 121,560kWh $7,517 decrease 20% below baseline

Verfified Natural Gas savings: 290 GJ Electricity savings: Estimated Savings 85,000 kWh

Season length: 270 days

Only cold water for ice floods, down from 142°F to 64°F!Slab temperature set point increased to 23°F up from 20°F (+3°F)

Page 7: Ice rink resurfacing efficiency pilot - Summary of study results

SWICH SERVICES INC - Canadian Technology Transfer Partner  REALice | Copyright 2014

= simulating “hot water”

SWICH SERVICES INC - Canadian Technology Transfer Partner  REALice | Copyright 2014

Participant internal Reports: Castlegar Complex Park

!!!!!!!!!!! Verfified Natural Gas savings: 520 GJ!

Estimated electricity savings:  85'000 kWh

 Only cold water for ice floods, down from 140°F to 48°F

 !! Slab temperature set point increased to 24.5°F up from 21°F (+3.5°F)

Season length: 250 days

Page 8: Ice rink resurfacing efficiency pilot - Summary of study results

SWICH SERVICES INC - Canadian Technology Transfer Partner  REALice | Copyright 2014

= simulating “hot water”

SWICH SERVICES INC - Canadian Technology Transfer Partner  REALice | Copyright 2014

Participant internal Reports: CN Centre Prince George

!!!!!!!!!!! Verfified Natural Gas savings: 390 GJ!

Estimated electricity savings:  90'000 kWh

Only cold water for ice floods, down from 147°F to 60°F !Slab temperature set point increased to 20°F up from 16.5°F (+3.5°F)!!Ice thickness decrease by .5 inch

Season length: 273 days

Page 9: Ice rink resurfacing efficiency pilot - Summary of study results

SWICH SERVICES INC - Canadian Technology Transfer Partner  REALice | Copyright 2014

= simulating “hot water”

SWICH SERVICES INC - Canadian Technology Transfer Partner  REALice | Copyright 2014

REALice adoption in British Columbia

!!!!!!!!!!!

add Map of Areans

4 arenas started to use REALice outside the FortisBC pilot program already

Already 14 arenas in BC are saving energy & cost with REALice

Page 10: Ice rink resurfacing efficiency pilot - Summary of study results

!less humidity in the arena,

therefore less draw on the humidifiers !

less draw on the compressors and therefore extended life 

reduced load on the hot water boilers - often only used for hot showers now

!reduced lime scale build up due to properties of REALice treated

water - especially in arenas with hard water !

less ice cleans needed - less water used !!

SWICH SERVICES INC - Canadian Technology Transfer Partner  REALice | Copyright 2014

Conclusion part one: Fundamental changes to operating your arena

Page 11: Ice rink resurfacing efficiency pilot - Summary of study results

Ice quality: equal or better… !

Return on Investment: between 2 - 3 years!

Capital costs for REALice: $ 32,880 or 12 month rental contract at $ 1,000 per month!

Cost savings: $ 12'000 – $14'400 per year/rink (twin pad rink & 1 filling station - savings double) ($1000 - $ 1200 per month, depending on rink size and price for gas/hydro paid)

!Verified savings: (FortisBC - Ice Rink Resurfacing Efficiency Pilot & internal arena reports)

Natural Gas: 330 GJ and up Refrigeration energy: 22,400 kWH plus significant additional savings through increase of slab

temperature and reduction of ice thickness CO2 Emissions: 30t – 50t!

ISO certified & tested: pressure, temperature and food safety

! Complete system: proven in Europe (+ 300 installations) & NHL Winter Classics

!Warranty 5 years / Life expectancy: 10 years plus

!!

SWICH SERVICES INC - Canadian Technology Transfer Partner  REALice | Copyright 2014

Conclusion part two: Numbers & Facts

Page 12: Ice rink resurfacing efficiency pilot - Summary of study results

SWICH SERVICES INC - Canadian Technology Transfer Partner  REALice | Copyright 2014SWICH SERVICES INC - Canadian Technology Transfer Partner  REALice | Copyright 2014

!SWICH SERVICES Inc!303-1210 West 8th Ave  !Vancouver  BC V6E 3Y9!

Canada!!

E: [email protected]!Toll free: 1.888.542.9292!

www.realice.ca!

Technology Transfer Partner Canada