1—2 months of 5—10-minute interval power, voltage, amps. Nov-Feb. Primary Primary metering data Post-installation amp metering for evaporator fans Shows amp data for evaporator Not used and ASDH. Michaels/EMI used to support CT 2013 ASDH (not hp fans and in summer metering data for evaluation data months; however, no hp, 3 Evaporator Fan Motor Data: coolers/ available) motor type, control type, or 1-2 months of 5-minute interval amps. Jun-Aug. freezers in retail quantity of motors or doors is ASDH Control Data: stores provided. 1-2 months of 5-minute interval amps. Jun-Aug. Reports / Work Efficiency Maine Prescriptive Refrigeration: Provides key assumptions for Maine on evaporator Pre- and post-installation Qualitative Commercial TRM Evaporator Fan ASDH assumptions for evaporator fan fan motor controls and controls. For Control for Cooler/Freezer, ASDH evaporator fans, assumptions include pre- and controls and controls in Code R10. 2013, August post-installation motor load, duty cycle of Maine. 30. Retrieved from compressor, impact of interactive effects, in service Commercial Technical rates, energy and demand realization rates, Reference Manual Version summer and winter coincidence factors, free 1 2014.1: ridership, spillover, equipment life, and equipment ASDH cost. For controls, assumptions include heater load, savings factor, impact of interactive effects, in service rates, energy and demand realization rates, summer and winter coincidence factors, free ridership, spillover, equipment life, and equipment cost. Provides equipment specifications and duty cycle Operating assumptions and Qualitative Energy Savings Navigant Consulting, Inc. assumptions for evaporator fan controls, ECMs, estimated savings for Potential and 2009. Energy Savings ASDHs. evaporator fan motor controls, R&D and Also calculates potential energy 2 Potential and R&D ASDH Opportunities for ECMs, and controls. savings and payback period for a typical walk-in Opportunities for Commercial cooler consuming 42,182 kWh/yr and a typical Commercial Refrigeration. Refrigeration walk-in freezer consuming 15,524 kWh/yr.
1—2 months of 5—10-minute interval power, voltage, amps. Nov-Feb. 3 Primary Michaels/EMI metering data for coolers/ freezers in retail stores Primary metering data used to support CT 2013 evaluation Post-installation amp metering for evaporator fans and ASDH. Evaporator Fan Motor Data: 1-2 months of 5-minute interval amps. Jun-Aug. ASDH Control Data: 1-2 months of 5-minute interval amps. Jun-Aug. Shows amp data for evaporator fans and ASDH in summer months; however, no hp, motor type, control type, or quantity of motors or doors is provided. Not used (not hp data available) Reports / Work 1 Efficiency Maine Commercial TRM Prescriptive Refrigeration: Evaporator Fan Control for Cooler/Freezer, Code R10. 2013, August 30. Retrieved from Commercial Technical Reference Manual Version 2014.1: Provides key assumptions for Maine on evaporator fan motor controls and ASDH controls. For evaporator fans, assumptions include pre- and post-installation motor load, duty cycle of compressor, impact of interactive effects, in service rates, energy and demand realization rates, summer and winter coincidence factors, free ridership, spillover, equipment life, and equipment cost. For ASDH controls, assumptions include heater load, savings factor, impact of interactive effects, in service rates, energy and demand realization rates, summer and winter coincidence factors, free ridership, spillover, equipment life, and equipment cost. Pre- and post-installation assumptions for evaporator fan controls and ASDH controls in Maine. Qualitative 2 Energy Savings Potential and R&D Opportunities for Commercial Refrigeration Navigant Consulting, Inc. 2009. Energy Savings Potential and R&D Opportunities for Commercial Refrigeration. Provides equipment specifications and duty cycle assumptions for evaporator fan controls, ECMs, and ASDHs. Also calculates potential energy savings and payback period for a typical walk-in cooler consuming 42,182 kWh/yr and a typical walk-in freezer consuming 15,524 kWh/yr. Operating assumptions and estimated savings for evaporator fan motor controls, ECMs, and ASDH controls. Qualitative
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