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Centennial Recreation Centre 172 kW t Solar Pool Heating Project Overview Owner: City of Toronto Address: 1967 Ellesmere Road Building type and use: Indoor City Pool System type: Solar Pool Heating System power rating: 172 kW t Installation date: November 2006 Installer: Optimira Energy System Configuration System surface area: 246 m 2 Collector manufacturer: 56, Techno Solis T5-48-sm (4’x12’) unglazed collectors Annual Performance Estimated: 85,230 kWh t Financial System Cost: $101,798 Grants: $39,768 Net System Cost: $62,030 Cost per kWt (excluding external funding): $413 Annual Cost Savings: $2,781* Simple Payback (excluding external funding): 36.6 years Environmental Benefits Estimated emission reduction: 14.8 tonnes eCO 2 /yr** BACKGROUND The City of Toronto chose to install a 172 kW t solar pool heat- ing system at the Centennial Recreation Centre to collect heat from the sun and deliver it to the indoor swimming pool. De- signed to reduce the need for a conventional natural gas pool heating system, the system will function during the Spring, Summer and Fall when there is no risk of freezing. MONITORING A flow meter was installed during Summer 2011 that will en- able more accurate data measurement. FINANCIAL The City of Toronto, through the Energy Retro- fit Program, funded 61% of the project with Natural Resources Canada con- tributing $13,375 and the Toronto Atmospheric Fund contributing $26,393 towards monitoring and reporting. *based on 35 ¢/m 3 **based on 1.86 kg eCO 2 /m 3 [email protected] www.solarcitypartnership.ca For more information, contact: Joel Arthurs, Energy Management Analyst, Energy and Waste Management Office, City of Toronto 416-392-5177; [email protected] SolarCity Partnership Technology Monitoring Best Practices © 2012, [City of Toronto, Toronto Atmospheric Fund, Toronto and Region Conservation Authority]. All Rights Reserved. This feasibility study was carried out with assistance from the Green Municipal Fund, a Fund financed by the Government of Canada and administered by the Federation of Canadian Municipalities. Notwithstanding this support, the views expressed are the personal views of the authors, and the Federation of Canadian Municipalities and the Government of Canada accept no responsibility for them.

SolarCity 172 kWt Partnership - Sustainable Technologies … · 2016-07-04 · signed to reduce the need for a conventional natural gas pool heating system, the system will function

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Page 1: SolarCity 172 kWt Partnership - Sustainable Technologies … · 2016-07-04 · signed to reduce the need for a conventional natural gas pool heating system, the system will function

Centennial Recreation Centre

172 kWt Solar Pool Heating

Project OverviewOwner: City of TorontoAddress: 1967 Ellesmere RoadBuilding type and use: Indoor City PoolSystem type: Solar Pool HeatingSystem power rating: 172 kWt

Installation date: November 2006Installer: Optimira Energy

System ConfigurationSystem surface area: 246 m2

Collector manufacturer: 56, Techno Solis T5-48-sm (4’x12’) unglazed collectors

Annual PerformanceEstimated: 85,230 kWht

FinancialSystem Cost: $101,798Grants: $39,768 Net System Cost: $62,030Cost per kWt (excluding external funding): $413Annual Cost Savings: $2,781*Simple Payback (excluding external funding): 36.6 years

Environmental Benefits Estimated emission reduction: 14.8 tonnes eCO2 /yr**

BACKGROUNDThe City of Toronto chose to install a 172 kWt solar pool heat-ing system at the Centennial Recreation Centre to collect heat from the sun and deliver it to the indoor swimming pool. De-signed to reduce the need for a conventional natural gas pool heating system, the system will function during the Spring, Summer and Fall when there is no risk of freezing. MONITORINGA flow meter was installed during Summer 2011 that will en-able more accurate data measurement.

FINANCIALThe City of Toronto, through the Energy Retro-fit Program, funded 61% of the project with Natural Resources Canada con-tributing $13,375 and the Toronto Atmospheric Fund contributing $26,393 towards monitoring and reporting.

*based on 35 ¢/m3

**based on 1.86 kg eCO2/m3

[email protected] www.solarcitypartnership.ca

For more information, contact:Joel Arthurs, Energy Management Analyst, Energy and Waste Management Office, City of Toronto 416-392-5177; [email protected]

SolarCityPartnership

Technology

Monitoring

Best Practices

© 2012, [City of Toronto, Toronto Atmospheric Fund, Toronto and Region Conservation Authority]. All Rights Reserved. This feasibility study was carried out with assistance from the Green Municipal Fund, a Fund financed by the Government of Canada and administered by the Federation of Canadian Municipalities. Notwithstanding this support, the views expressed are the personal views of the authors, and the Federation of Canadian Municipalities and the Government of Canada accept no responsibility for them.