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Quality Control – 3 (Quality Control) “Controlled” inputs –Use of libraries –Use of defaults; drop downs –Alerts: Compressor not associated to at least one suction group “Mapping” DOE Inputs to parameter values –System Type = Integral, Standalone, Multiplex –Condenser Type = Air-cooled, Evaporative “Out of bounds” limits for kWh –T12 fluorescent lamps with magnetic ballasts replaced by T8 fluorescent lamps and electronic ballasts; kWh saving 3 to 10% –Anti-sweat heater controls; kWh saving 2 to 4% –Floating-head pressure controls: kWh saving 3 to 10% Transparency Reports
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Quality Control – 1(Quality Control versus Testing)
• Quality Control: (Doing right things; the right way!)– A set of activities designed to ensure that the development and/or
maintenance process is adequate to ensure a system will meet its objectives.
• Testing: (Results = Expectations)– The process of executing a system with the intent to evaluate a
developed work product and find defects. (Note that the "process of executing a system" includes test planning prior to the execution of the test cases.)
Quality Control – 2 (Testing)
• Usability Testing– Conducted by users; to ensure that the new components and features will
function in a manner that is acceptable to the customer
• Unit Testing– Conducted by the developer(s); to ensure that proper functionality and
code coverage have been achieved during coding
• Integration Testing– Conducted by testing team; to ensure that unit tested components are
correctly integrated together; weed out errors caused due to integration
• User Acceptance Testing– Conducted by users; to verify that the product is ready for distribution,
acceptable to the customer and iron out potential non-conformance issues
Quality Control – 3(Quality Control)
• “Controlled” inputs– Use of libraries– Use of defaults; drop downs– Alerts: Compressor not associated to at least one suction group
• “Mapping” DOE Inputs to parameter values – System Type = Integral, Standalone, Multiplex– Condenser Type = Air-cooled, Evaporative
• “Out of bounds” limits for kWh– T12 fluorescent lamps with magnetic ballasts replaced by T8 fluorescent
lamps and electronic ballasts; kWh saving 3 to 10%– Anti-sweat heater controls; kWh saving 2 to 4%– Floating-head pressure controls: kWh saving 3 to 10%
• Transparency Reports