Common use of Installation Activities Clause in Contracts

Installation Activities. A digital camera will be used to document the post- retrofit conditions. Inspect and verify the air conditioning compressor controller installation to see if they meet the specifications of the DEA in terms of quantity. An annual visual inspection of a sample of units will occur to ensure the equipment is still in place and operational. Formulas and assumptions in the DEA will be used to calculate the savings NEMVP Option B Potential to Perform Verification and Continuous Performance Measurement Option B is for projects where: i) the potential to perform and generate savings needs to be verified, and ii) actual performance during the term of the Agreement needs to be measured (verified). Option B involves procedures for verifying the same items as Option A plus actual achieved energy savings during the term of the Agreement. Performance verification techniques involve engineering calculations with metering and monitoring. Option B: • Confirms that the proper equipment/systems were installed and that they have the potential to generate the predicted savings • Determines an energy (and cost) savings value using measured data taken as needed throughout the M&V term. Methods employed in this option will involve the use of short or long-term measurement of one or more variables. Reference: NEMVP Version 1.0 ECM # Energy Conservation Measure M&V Option 4.1 Energy Management System - Temperature Setback / Optimal Start B 4.2 Energy Management System - Demand Controlled Ventilation B 4.3 Energy Management System - Exhaust Fan Control & Kitchen Hood Controls B 8 Heating System - Boiler Replacement B ECM: 4.1: Energy Management System - Temperature Setback/Optimal Start M&V Option: NEMVP-B (Continuous) Measurement Boundary: Retrofit isolation – Project savings will be determined within the measurement boundary that encompasses only the space temperatures and unit statuses affected by the energy project. Measured Parameter: Continuous measurement of a sample set of space temperatures, space temperature set points, outdoor air temperature, and unit statuses. Interaction: Demand Control Ventilation (DCV) Measuring Equipment: Energy Management System Measurement Period: 15-minute samples Measurement Frequency: Continuous measurement Measurement and Verification Details: Post-Installation Activities: Energy Management system will continuously monitor post-retrofit outdoor air temperature, space temperature, and unit status. The date-time stamp will be included to differentiate occupied/unoccupied and summer/winter periods. JCI will also monitor and record the setpoint changes during the Guarantee Period. Formulas and values in the DEA will be used to calculate the savings ECM: 4.2: Energy Management System - Demand Controlled Ventilation M&V Option: NEMVP-B (Continuous) Measurement Boundary: Retrofit isolation – Project savings will be determined within the measurement boundary that encompasses only the DCV ECM affected by the energy project. Measured Parameter: Continuous measurement of a sample set of CO2 levels and damper positions Interaction: with temperature setback. Measuring Equipment: Energy Management System Measurement Period: 15-minute samples Measurement Frequency: Continuous measurement Measurement and Verification Details: Post-Installation Activities: Energy Management system will continuously monitor post-retrofit CO2 levels, outside air temperature, and outside air damper position. The date-time stamp will be included to differentiate occupied/unoccupied and summer/winter periods. Formulas and values in the DEA will be used to calculate the savings ECM: 4.3: Energy Management System – Exhaust Fan/Kitchen Hood Controls M&V Option: NEMVP-B (Continuous) Measurement Boundary: Retrofit isolation – Project savings will be determined within the measurement boundary that encompasses only the exhaust fan/kitchen hood controls affected by the energy project. Measured Parameter: exhaust fan/kitchen hood schedule. Interaction: with temperature setback. Measuring Equipment: Energy Management System Measurement Period: 15-minute samples Measurement Frequency: Continuous measurement Measurement and Verification Details: Post-Installation Activities: Energy Management system will continuously the status of the exhaust fan and will compare against the schedule. The date-time stamp will be included. Formulas and values in the DEA will be used to calculate the savings ECM 8: Heating System - Boiler Replacement M&V Option: NEMVP-B (Annual) Verification Boundary: Retrofit isolation – Project savings will be determined within the measurement boundary that encompasses only the items that are subject to this boiler replacement project. Measurement: Combustion efficiency Verification Period & Frequency: One-time each year post-retrofit during M&V services Period.

Installation Activities. A digital camera Energy Management system will continuously monitor post-retrofit exhaust fan status for a sample set of exhaust fans. The date-time stamp will be used included to document the post- retrofit conditions. Inspect differentiate occupied/unoccupied and verify the air conditioning compressor controller installation to see if they meet the specifications of the DEA in terms of quantity. An annual visual inspection of a sample of units will occur to ensure the equipment is still in place and operationalsummer/winter periods. Formulas and assumptions in the DEA will be used to calculate the savings NEMVP Option B Potential to Perform Verification and Continuous Performance Measurement Option B is for projects where: i) the potential to perform and generate savings needs to be verified, and ii) actual performance during the term of the Agreement needs to be measured (verified). Option B involves procedures for verifying the same items as Option A plus actual achieved energy savings during the term of the Agreement. Performance verification techniques involve engineering calculations with metering and monitoring. Option B: • Confirms that the proper equipment/systems were installed and that they have the potential to generate the predicted savings • Determines an energy (and cost) savings value using measured data taken as needed throughout the M&V term. Methods employed in this option will involve the use of short or long-term measurement of one or more variables. Reference: NEMVP Version 1.0 ECM # Energy Conservation Measure M&V Option 4.1 Energy Management System - Temperature Setback / Optimal Start B 4.2 Energy Management System - Demand Controlled Ventilation B 4.3 Energy Management System - Exhaust Fan Control & Kitchen Hood Controls B 8 Heating System - Boiler Replacement B ECM: 4.13.3: Energy Management System - Temperature Setback/Optimal Start – Demand Controlled Ventilation M&V Option: NEMVP-B (Continuouscontinuous) Measurement Boundary: Retrofit isolation – Project savings will be determined within the measurement boundary that encompasses only the space temperatures CO2 concentration and unit statuses damper position affected by the energy project. Measured Parameter: Continuous measurement of a sample set of space temperatures, space temperature set points, outdoor CO2 levels and outside air temperature, and unit statuses. damper position Interaction: Demand Control Ventilation (DCV) thermal and electric ECMS Measuring Equipment: Energy Management System Measuring Equipment Accuracy: ±3% of measurement range Measuring Equipment Calibration: Not applicable. Measurement Period: 15-15 minute samples Measurement Frequency: Continuous measurement Measurement and Verification Details: Pre-Installation Activities: Document outside air dampers position during occupied hours. Post-Installation Activities: Energy Management system will continuously monitor post-retrofit outdoor air temperature, space temperature, and unit status. The date-time stamp will be included to differentiate occupied/unoccupied and summer/winter periods. JCI will also monitor and record the setpoint changes during the Guarantee Period. Formulas and values in the DEA will be used to calculate the savings ECM: 4.2: Energy Management System - Demand Controlled Ventilation M&V Option: NEMVP-B (Continuous) Measurement Boundary: Retrofit isolation – Project savings will be determined within the measurement boundary that encompasses only the DCV ECM affected by the energy project. Measured Parameter: Continuous measurement of a sample set of CO2 levels and damper positions Interaction: with temperature setback. Measuring Equipment: Energy Management System Measurement Period: 15-minute samples Measurement Frequency: Continuous measurement Measurement and Verification Details: Post-Installation Activities: Energy Management management system will continuously monitor post-retrofit CO2 levels, outside air temperature, levels and outside air damper position. The date-time stamp will be included to differentiate occupied/unoccupied and summer/winter periods. Formulas and values assumptions in the DEA will be used to calculate the savings ECM: 4.3ECM 3.4: Energy Management System – Exhaust Fan/Kitchen Hood Controls - Optimal Start M&V Option: NEMVP-B (Continuouscontinuous) Measurement Boundary: Retrofit isolation – Project savings will be determined within the measurement boundary that encompasses only the exhaust fan/kitchen hood controls spaces temperatures and unit status affected by the energy project. Measured Parameter: exhaust fan/kitchen hood scheduleContinuous measurement of outdoor air temperature, space temperature and unit status. Interaction: with temperature setback. thermal ECMS Measuring Equipment: Energy Management System Measuring Equipment Calibration: Not applicable. Measurement Period: 15-15 minute samples Measurement Frequency: Continuous measurement Measurement and Verification Details: Pre-Installation Activities: During detail audit on site it was documented via interviews that the systems were manually started based on building operating schedule. Post-Installation Activities: Energy Management management system will continuously the status of the exhaust fan monitor post-retrofit outdoor air, space temperature and will compare against the scheduleunit status. The date-time stamp will be includedincluded to differentiate occupied/unoccupied and summer/winter periods. Formulas and values assumptions in the DEA will be used to calculate the savings EXHIBIT 3: MEASURED PROJECT BENEFITS Table 2.3 below defines and describes the ECMs included in this guarantee that comprise Measured Utility Cost Avoidance savings: Table 2.3: Measured Project Benefits Summary ECM 8: Heating # PROPOSED MEASURES Electricity Savings kW kWh/yr $/yr Thermal MMBtu/yr $/yr Total Savings $/yr ECM 1 Lighting - Fixture Retrofit 542 1,453,578 $251,147 -1,663 -$13,033 $238,114 ECM 2 Lighting - Exterior Lighting 0 279,836 $39,250 0 $0 $39,250 ECM 3.1 Energy Management System - Temperature Setback 0 0 $0 258 $2,469 $2,469 ECM 3.2 Energy Management System - Exhaust Fan/Relief Damper Control 0 1,588 $234 179 $1,710 $1,944 ECM 3.3 Energy Management System - Demand Controlled Ventilation 0 7,423 $999 421 $3,306 $4,305 ECM 3.4 Energy Management System - Optimal Start 0 0 $0 98 $934 $934 ECM 4 Heating Distribution System - Pipe and Valve Insulation 0 0 $0 1,628 $13,766 $13,766 ECM 5 Boiler - Replacements 0 0 $0 2,375 $14,764 $14,764 ECM 6 Boiler/DHW Heater/Furnace - Burner Controllers 0 0 $0 786 $7,388 $7,388 ECM 7 Windows - Window Film 0 8,460 $1,172 2,990 $22,766 $23,938 ECM 8 Kitchen Hood - Exhaust Fan Control 0 8,466 $1,246 84 $804 $2,050 ECM 9 Computers - Power Management 0 7,747 $1,140 0 $0 $1,140 ECM 10 Vending Machine Controllers 0 1,757 $259 0 $0 $259 ECM 11 Renewable Energy- Photovoltaic Electric Generation 0 4,848,595 $674,118 0 $0 $674,118 ECM 12 Chiller Replacement 0 116,164 $15,631 0 $0 $15,631 ECM 13 Pool Dehumidifier Unit Replacement 0 12,053 $1,622 911 $5,661 $7,283 ECM 14 Plug Load Controllers 0 66,711 $9,342 0 $0 $9,342 ECM 15 Air Conditioning Compressor Controllers 0 45,367 $6,422 0 $0 $6,422 ECM 16 Transformers - Replacements 18 161,232 $24,876 0 $0 $24,876 ECM 17 Refrigeration Compressor Controllers 0 9,467 $1,334 0 $0 $1,334 TOTALS 560.1 7,028,444 $1,028,793 8,066 $60,533 $1,089,327 EXHIBIT 4: OPERATIONAL & MAINTENANCE (O&M) & REBATE PROJECT BENEFITS Operational and Maintenance Cost Avoidance: M&V Option: NEMVP-B A For measures where the baseline (Annualor boundary) Verification Boundaryis well understood, and measure operating hours are not expected to change, only the “change in equipment performance” is needed in order to calculate the savings (or cost avoidance). Lighting Operational Cost Avoidance is calculated by comparing the existing lamp and ballast average failure rate and replacement cost with the proposed project replacement lamp and ballast average failure rate and replacement cost. Measure operating hours are not expected to change. ($59,534.00) Boiler Operational Cost Avoidance is calculated by comparing the cost of maintaining the existing boilers versus the newly installed boilers. The reduction in repairs of the new boilers is deemed to be the cost avoidance. The average annual savings for all schools is determined to be $14,000. Total Operational Cost Avoidance: Retrofit isolation – $ 73,534 The O & M savings are based on the scope of work as well as discussions with the customer. Customer agrees that the O&M Project savings Benefits are reasonable and supportable and that the installation of the Improvement Measures will enable Customer to take actions that will result in the achievement of such O&M Project Benefits. Energy Rebates/Incentives: Rebates: $368,523 Total Rebates: $368,523 JCI will apply for utility company rebates programs at the time of application. JCI hereby guarantees the rebate amount and if the customer receives the rebate less than the guaranteed amount then JCI will pay the difference in rebates to the Customer. All rebates and incentives shall inure to the benefit of Customer. All rebates and/or incentives shall be payable to Customer. JCI shall be responsible for assuring that said rebates/incentives are distributed to Customer. JCI anticipates the rebates will be determined within secured during the measurement boundary that encompasses only implementation period however due to the items that program structure some of the money may be procured during Year 1. No shortfall will be paid if the total rebates matches the guaranteed amount, regardless of when they are subject to this boiler replacement project. Measurement: Combustion efficiency Verification Period & Frequency: One-time each year post-retrofit during M&V services Periodreceived.

Installation Activities. A digital camera will be used to document the post- retrofit conditions. Inspect and verify the air conditioning refrigeration compressor controller installation to see if they meet the specifications of the DEA in terms of quantity, quality and rating. Verify if they perform in accordance with the specifications in the DEA and meeting all functional tests and provide commissioning report for each unit An annual visual inspection of a sample of units will occur to ensure the equipment is still in place and operational. Formulas and assumptions in the DEA will be used to calculate the savings NEMVP Option B Potential to Perform Verification and Continuous Performance Measurement Option B is for projects where: i) the potential to perform and generate savings needs to be verified, and ii) actual performance during the term of the Agreement needs to be measured (verified). Option B involves procedures for verifying the same items as Option A plus actual achieved energy savings during the term of the Agreement. Performance verification techniques involve engineering calculations with metering and monitoring. Option B: • Confirms  confirms that the proper equipment/systems were installed and that they have the potential to generate the predicted savings • Determines  determines an energy (and cost) savings value using measured data taken as needed throughout the M&V term. Methods employed in this option will involve the use of short or long-term measurement of one or more variables. Reference: NEMVP Version 1.0 Table 2.2.2: Option B Measures ECM # Energy Conservation Facility Improvement Measure M&V Option 4.1 ECM 3.1 Energy Management System - Temperature Setback / Optimal Start B 4.2 ECM 3.2 Energy Management System - Exhaust Fan/Relief Damper Control B ECM 3.3 Energy Management System - Demand Controlled Ventilation B 4.3 ECM 3.4 Energy Management System - Exhaust Fan Control & Kitchen Hood Controls Optimal Start B 8 Heating System - Boiler Replacement B ECM: 4.1ECM 3.1: Energy Management System - Temperature Setback/Optimal Start Setback M&V Option: NEMVP-B (Continuouscontinuous) Measurement Boundary: Retrofit isolation – Project savings will be determined within the measurement boundary that encompasses only the space spaces temperatures and unit statuses affected by the energy project. Measured Parameter: Continuous measurement of a sample set of space temperatures, space temperature set points, and outdoor air temperature, and unit statuses. temperature Interaction: Demand Control Ventilation (DCV) thermal and electric ECMS Measuring Equipment: Energy Management System Measuring Equipment Accuracy: ±3% of measurement range Measuring Equipment Calibration: Not applicable. Measurement Period: 15-15 minute samples Measurement Frequency: Continuous measurement Measurement and Verification Details: Pre-Installation Activities: During detail audit on site it was documented that the interior temperature was maintained at occupied levels all day and night. Post-Installation Activities: Energy Management system will continuously monitor post-retrofit outdoor air temperature, space temperature, and unit status. The date-time stamp will be included to differentiate occupied/unoccupied and summer/winter periods. JCI will also monitor and record the setpoint changes during the Guarantee Period. Formulas and values in the DEA will be used to calculate the savings ECM: 4.2: Energy Management System - Demand Controlled Ventilation M&V Option: NEMVP-B (Continuous) Measurement Boundary: Retrofit isolation – Project savings will be determined within the measurement boundary that encompasses only the DCV ECM affected by the energy project. Measured Parameter: Continuous measurement of set point temperatures outside air temperature for a sample set of CO2 levels and damper positions Interaction: with temperature setback. Measuring Equipment: Energy Management System Measurement Period: 15-minute samples Measurement Frequency: Continuous measurement Measurement and Verification Details: Post-Installation Activities: Energy Management system will continuously monitor post-retrofit CO2 levels, outside air temperature, and outside air damper positionrooms within each of the heating/cooling zones. The date-time stamp will be included to differentiate occupied/unoccupied and summer/winter periods. Formulas and values assumptions in the DEA will be used to calculate the savings ECM: 4.3ECM 3.2: Energy Management System – - Exhaust Fan/Kitchen Hood Controls Relief Damper Control M&V Option: NEMVP-B (Continuouscontinuous) Measurement Boundary: Retrofit isolation – Project savings will be determined within the measurement boundary that encompasses only the exhaust fan/kitchen hood controls fans and relief dampers affected by the energy project. Measured Parameter: Continuous measurement of outdoor air temperature and exhaust fanfan ON/kitchen hood scheduleOFF status. Interaction: with temperature setback. thermal and electric ECMS Measuring Equipment: Energy Management System Measurement Period: 15-15 minute samples Measurement Frequency: Continuous measurement Measurement and Verification Details: PostPre-Installation Activities: Energy Management system will During detail audit on site it was documented that the district’s exhaust fans operated continuously the status of the exhaust fan and will compare against the schedule. The date-time stamp will be included. Formulas and values in the DEA will be used to calculate the savings ECM 8: Heating System - Boiler Replacement M&V Option: NEMVP-B (Annual) Verification Boundary: Retrofit isolation – Project savings will be determined within the measurement boundary that encompasses only the items that are subject to this boiler replacement project. Measurement: Combustion efficiency Verification Period & Frequency: One-time each year post-retrofit during M&V services Period24/7.

Installation Activities. A digital camera will be used to document the post- retrofit conditions. Inspect and verify the air conditioning refrigeration compressor controller installation to see if they meet the specifications of the DEA in terms of quantity. An annual visual inspection of a sample of units will occur to ensure Verify if they perform in accordance with the equipment is still specifications in place the DEA and operational. meeting all functional tests Formulas and assumptions values in the DEA will be used to calculate the savings 2.2.3 NEMVP Option B M&V Plan: NEMVP Option B: Retrofit Isolation Potential to Perform Verification and Continuous Performance Measurement Option B is for projects where: i) the potential to perform and generate savings needs to be verified, and ii) actual performance during the term of the Agreement contract needs to be measured (verified). Option B involves procedures for verifying the same items as Option A plus actual achieved energy savings during the term of the AgreementM&V period. Performance verification techniques involve engineering calculations with metering and monitoring. Option B: • Confirms that the proper equipment/systems were installed and that they have the potential to generate the predicted savings savings. • Determines an energy (and cost) savings value using measured data taken as needed throughout the M&V termterm of the contract. Methods employed in this option will involve the use of short or long-term measurement of one or more variables. ReferenceTable 0.0.0.0: NEMVP Version 1.0 Option B Measures ECM # Energy Conservation Measure M&V Option 4.1 ECM 3.1 Energy Management System - Temperature Setback / Optimal Start B 4.2 ECM 3.2 Energy Management System - Demand Controlled Ventilation B 4.3 ECM 3.3 Energy Management System - Exhaust Fan Control & Kitchen Hood Controls Optimal Start B ECM 8 Heating System - Boiler Replacement Renewable Energy- Photovoltaic Electric Generation B ECM: 4.1ECM 9 Plug Load Controllers B ECM 3.1: Energy Management System - Temperature Setback/Optimal Start Setback M&V OptionOption for Guarantee Year 1 for thermal savings: NEMVP-C M&V Option for Guarantee Year 2-18 for thermal savings: NEMVP-B (Continuous) ), only if Option C Guarantee in Year 1 is achieved Measurement Boundary: Retrofit isolation – Project savings will be determined within the measurement boundary that encompasses only the space spaces temperatures and unit statuses affected by the energy project. Measured Parameter: Continuous measurement of a sample set of space temperaturestemperature, space temperature set points, point and outdoor air temperature, and unit statuses. temperature Interaction: Demand Control Ventilation (DCV) with Optimal Start and DCV Measuring Equipment: Energy Management System Measuring Equipment Accuracy: ±3% of measurement range Measuring Equipment Calibration: Not applicable. Measurement Period: 15-15 minute samples Measurement Frequency: Continuous measurement Measurement and Verification Details: Pre-Installation Activities: During detail audit on site it was documented that the interior temperature was maintained at occupied levels all day and night. Post-Installation Activities: Energy Management system will continuously monitor post-retrofit outdoor space temperature and outside air temperature, space temperature, and unit status. The date-time stamp will be included to differentiate occupied/unoccupied and summer/winter periods. JCI Xxxxxxx Controls will also monitor and record the setpoint changes during the Guarantee PeriodMeasurement and Verification (M&V) period. Formulas and values in the DEA will be used to calculate the savings ECM: 4.2ECM 3.2: Energy Management System - – Demand Controlled Ventilation M&V OptionOption for Guarantee Year 1 for thermal savings: NEMVP-C M&V Option for Guarantee Year 2-18 for thermal savings: NEMVP-B (Continuous) ), only if Option C Guarantee in Year 1 is achieved Measurement Boundary: Retrofit isolation – Project savings will be determined within the measurement boundary that encompasses only the DCV ECM spaces temperatures and unit status affected by the energy project. Measured Parameter: Continuous measurement of a sample set of CO2 levels and damper positions Interaction: with temperature setback. Measuring Equipment: Energy Management System Measurement Period: 15-minute samples Measurement Frequency: Continuous measurement Measurement and Verification Details: Post-Installation Activities: Energy Management system will continuously monitor post-retrofit CO2 levels, outside air temperature, and outside air damper position. The date-time stamp will be included to differentiate occupied/unoccupied and summer/winter periods. Formulas and values in the DEA will be used to calculate the savings ECM: 4.3: Energy Management System – Exhaust Fan/Kitchen Hood Controls M&V Option: NEMVP-B position (Continuous) Measurement Boundary: Retrofit isolation – Project savings will be determined within the measurement boundary that encompasses only the exhaust fan/kitchen hood controls affected by the energy project. Measured Parameter: exhaust fan/kitchen hood schedule. Interaction: with temperature setback. Measuring Equipment: Energy Management System Measurement Period: 15-minute samples Measurement Frequency: Continuous measurement Measurement and Verification Details: Post-Installation Activities: Energy Management system will continuously the status of the exhaust fan and will compare against the schedule. The date-time stamp will be included. Formulas and values in the DEA will be used to calculate the savings ECM 8: Heating System - Boiler Replacement M&V Option: NEMVP-B (Annual) Verification Boundary: Retrofit isolation – Project savings will be determined within the measurement boundary that encompasses only the items that are subject to this boiler replacement project. Measurement: Combustion efficiency Verification Period & Frequency: One-time each year post-retrofit during M&V services Periodif available).