From 842f5a1ee53b47c7bf5a05f002a7f36f0e5c7049 Mon Sep 17 00:00:00 2001 From: Chip Barnaby Date: Fri, 22 Mar 2024 14:25:43 -0400 Subject: [PATCH] Dropped fractional limitation for some RSYS members; documented rsDefrostModel=NONE --- doc/checkdoc.bat | 1 + doc/src/records/rsys.md | 1 + src/CNRECS.DEF | 6 +++--- 3 files changed, 5 insertions(+), 3 deletions(-) diff --git a/doc/checkdoc.bat b/doc/checkdoc.bat index a383f9f2f..778d783b8 100644 --- a/doc/checkdoc.bat +++ b/doc/checkdoc.bat @@ -1,3 +1,4 @@ :: fast build of CSE documentation (single HTML only) call rake build_html_single call rake coverage +start output\cse-user-manual.html diff --git a/doc/src/records/rsys.md b/doc/src/records/rsys.md index 7d186e02f..3724fb25d 100644 --- a/doc/src/records/rsys.md +++ b/doc/src/records/rsys.md @@ -672,6 +672,7 @@ For rsType=ASHP, auxiliary heat annualized fuel utilization efficiency. Selects modeling options for ASHP outdoor coil defrosting when 17 ^o^F < TDbO < 45 ^o^F. In this temperature range, heating capacity and/or efficiency are typically reduced due to frost accumulation on the outdoor coil. <%= csv_table(< false) + NONE, Defrost is not modeled. When 17 ^o^F < TDbO < 45 ^o^F, capacity and efficiency are determined by interpolation using unmodified 17 ^o^F and 47 ^o^F data. REVCYCLE, Reverse compressor (cooling) operation. Net capacity and efficiency is derived from rsCap17/rsCOP17 and rsCap35/rsCOP35 using linear interpolation. Auxiliary heat is not modeled. REVCYCLEAUX, Reverse compressor (cooling) operation with provision of sufficient auxiliary heat to make up the loss of heating capacity. Auxiliary heating is typically used to prevent cold air delivery to zones during the defrost cycle. END diff --git a/src/CNRECS.DEF b/src/CNRECS.DEF index 0b2f6319f..25b317c6f 100644 --- a/src/CNRECS.DEF +++ b/src/CNRECS.DEF @@ -3548,9 +3548,9 @@ x *declare "RC rs_SetDefaultsClg();" *f *e FLOAT_GZ rs_COP17 // COP at ODB=17 F *f *e FLOAT_GZ rs_cap05 // full speed net heating capacity at ODB=5 F *f *e FLOAT_GZ rs_COP05 // COP at ODB=5 F -*r FRAC_GZ rs_capRat1747 // cap17 / cap47 ratio (re autosizing) +*r FLOAT_GZ rs_capRat1747 // cap17 / cap47 ratio (re autosizing) // default based on HSPF or other correlations -*r FRAC_GZ rs_capRat0547 // cap05 / cap47 ratio (re autosizing) +*r FLOAT_GZ rs_capRat0547 // cap05 / cap47 ratio (re autosizing) // default ? *r FLOAT_GZ rs_capRat9547 // total net cap95 (cooling) / net cap47 (heating) // re consistent htg/clg size iff both autosized @@ -3666,7 +3666,7 @@ x *declare "RC rs_SetDefaultsClg();" *f *e FLOAT_GEZ rs_cap115; // total full speed net cooling capacity at 115 F (>= 0), Btuh *f *e FLOAT_GZ rs_COP115; // full speed cooling COP at 115F -*r FRAC_GZ rs_capRat11595 // cap115 / cap95 (re autosizing) +*r FLOAT_GZ rs_capRat11595 // cap115 / cap95 (re autosizing) // default = .9155, 0 < x <= 1 *f *e FLOAT_GEZ rs_cap82; // total full speed net cooling capacity at 82 F (>= 0), Btuh