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eff_type is an argument to calc_rated_eff() but we don't do anything with it, we should follow the same pattern as for chillers, the values should either be full or part. For the former the reference efficiency (modified by the curve outputs are rated conditions) should be returned and for the latter the existing calculation.
eff_type
is an argument tocalc_rated_eff()
but we don't do anything with it, we should follow the same pattern as for chillers, the values should either befull
orpart
. For the former the reference efficiency (modified by the curve outputs are rated conditions) should be returned and for the latter the existing calculation.copper/copper/unitarydirectexpansion.py
Line 132 in 4a27b3c
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