zone_hvac (rb and osm) is Fataling out due to Plant runaway temps in 9.3.0 / 3.0.0

   ** Warning ** GetSpecificHeatGlycol: Temperature is out of range (too high) for fluid [WATER] specific heat **
   **   ~~~   ** ..Called From:PlantLoopSolver::UpdateAnyLoopDemandAlterations,Temperature=[489.11], supplied data range=[0.00,125.00]
   **   ~~~   **  Environment=RUN PERIOD 1, at Simulation time=02/21 09:15 - 09:30
   ** Severe  ** Plant temperatures are getting far too hot, check controls and relative loads and capacities
   **   ~~~   **  Environment=RUN PERIOD 1, at Simulation time=02/21 09:15 - 09:30
   **   ~~~   ** PlantLoop Name (DemandSide)= CONDENSER WATER PLANT
   **   ~~~   ** PlantLoop Setpoint Temperature=24.0 {C}
   **   ~~~   ** PlantLoop Inlet Node (SupplySide) does not have a Setpoint.
   **   ~~~   ** PlantLoop Inlet Node (DemandSide) does not have a Setpoint.
   **   ~~~   ** PlantLoop Outlet Node (SupplySide) has a Setpoint.
   **   ~~~   ** PlantLoop Outlet Node (DemandSide) does not have a Setpoint.
   **   ~~~   ** PlantLoop Outlet Node (DemandSide) "NODE 31" has temperature=965.6 {C}
   **   ~~~   ** PlantLoop Inlet Node (DemandSide) "NODE 30" has temperature=12.5 {C}
   **   ~~~   ** PlantLoop Minimum Temperature=0.0 {C}
   **   ~~~   ** PlantLoop Maximum Temperature=100.0 {C}
   **   ~~~   ** PlantLoop Flow Request (SupplySide)=0.0 {kg/s}
   **   ~~~   ** PlantLoop Flow Request (DemandSide)=4.7E-005 {kg/s}
   **   ~~~   ** PlantLoop Node (DemandSide) "NODE 31" has mass flow rate =4.7E-005 {kg/s}
   **   ~~~   ** PlantLoop PumpHeat (SupplySide)=1.1E-002 {W}
   **   ~~~   ** PlantLoop PumpHeat (DemandSide)=0.0 {W}
   **   ~~~   ** PlantLoop Cooling Demand=0.0 {W}
   **   ~~~   ** PlantLoop Heating Demand=3.8 {W}
   **   ~~~   ** PlantLoop Demand not Dispatched=0.0 {W}
   **   ~~~   ** PlantLoop Unmet Demand=3.5 {W}
   **   ~~~   ** PlantLoop Capacity=95840.3 {W}
   **   ~~~   ** PlantLoop Capacity (SupplySide)=95840.3 {W}
   **   ~~~   ** PlantLoop Capacity (DemandSide)=0.0 {W}
   **   ~~~   ** PlantLoop Operation Scheme=CONDENSER WATER PLANT OPERATION SCHEMES
   **   ~~~   ** PlantLoop Operation Dispatched Load = 47821.1 {W}
   **   ~~~   ** PlantLoop Operation Dispatched Load (SupplySide)= 47821.1 {W}
   **   ~~~   ** PlantLoop Operation Dispatched Load (DemandSide)= 0.0 {W}
   **   ~~~   ** Branches on the Loop.
   **   ~~~   ** Demand Branches:
   **   ~~~   **   CONDENSER WATER PLANT DEMAND INLET BRANCH
   **   ~~~   **     Components on Branch:
   **   ~~~   **       PIPE:ADIABATIC:CONDENSER WATER PLANT DEMAND INLET PIPE
   **   ~~~   **   CONDENSER WATER PLANT DEMAND BRANCH 1
   **   ~~~   **     Components on Branch:
   **   ~~~   **       COIL:HEATING:WATERTOAIRHEATPUMP:EQUATIONFIT:COIL HEATING WATER TO AIR HEAT PUMP EQUATION FIT 1
   **   ~~~   **   CONDENSER WATER PLANT DEMAND BRANCH 2
   **   ~~~   **     Components on Branch:
   **   ~~~   **       COIL:COOLING:WATERTOAIRHEATPUMP:EQUATIONFIT:COIL COOLING WATER TO AIR HEAT PUMP EQUATION FIT 1
   **   ~~~   **   CONDENSER WATER PLANT DEMAND BYPASS BRANCH
   **   ~~~   **     Components on Branch:
   **   ~~~   **       PIPE:ADIABATIC:CONDENSER WATER PLANT DEMAND BYPASS PIPE
   **   ~~~   **   CONDENSER WATER PLANT DEMAND OUTLET BRANCH
   **   ~~~   **     Components on Branch:
   **   ~~~   **       PIPE:ADIABATIC:CONDENSER WATER PLANT DEMAND OUTLET PIPE
   **   ~~~   ** Supply Branches:
   **   ~~~   **   CONDENSER WATER PLANT SUPPLY INLET BRANCH
   **   ~~~   **     Components on Branch:
   **   ~~~   **       PUMP:VARIABLESPEED:PUMP VARIABLE SPEED 2
   **   ~~~   **   CONDENSER WATER PLANT SUPPLY BRANCH 1
   **   ~~~   **     Components on Branch:
   **   ~~~   **       DISTRICTHEATING:DISTRICT HEATING 1
   **   ~~~   **   CONDENSER WATER PLANT SUPPLY BRANCH 2
   **   ~~~   **     Components on Branch:
   **   ~~~   **       EVAPORATIVEFLUIDCOOLER:SINGLESPEED:EVAPORATIVE FLUID COOLER SINGLE SPEED 1
   **   ~~~   **   CONDENSER WATER PLANT SUPPLY BRANCH 3
   **   ~~~   **     Components on Branch:
   **   ~~~   **       GROUNDHEATEXCHANGER:SYSTEM:GROUND HEAT EXCHANGER VERTICAL 1
   **   ~~~   **   CONDENSER WATER PLANT SUPPLY BRANCH 4
   **   ~~~   **     Components on Branch:
   **   ~~~   **       PIPE:ADIABATIC:PIPE ADIABATIC 3
   **   ~~~   **   CONDENSER WATER PLANT SUPPLY OUTLET BRANCH
   **   ~~~   **     Components on Branch:
   **   ~~~   **       PIPE:ADIABATIC:PIPE ADIABATIC 4
   **   ~~~   ** *************************
   **   ~~~   ** Possible things to look for to correct this problem are:
   **   ~~~   **   Capacity, Operation Scheme, Mass flow problems, Pump Heat building up over time.
   **   ~~~   **   Try a shorter runperiod to stop before it fatals and look at
   **   ~~~   **     lots of node time series data to see what is going wrong.
   **   ~~~   **   If this is happening during Warmup, you can use Output:Diagnostics,ReportDuringWarmup;
   **   ~~~   **   This is detected at the loop level, but the typical problems are in the components.
   **  Fatal  ** CheckForRunawayPlantTemps: Simulation terminated because of run away plant temperatures, too hot
   ...Summary of Errors that led to program termination:
   ..... Reference severe error count=1
   ..... Last severe error=Plant temperatures are getting far too hot, check controls and relative loads and capacities

The payload provides no source file, test, or entry point. Begin by reproducing the zone_hvac (rb and osm) failure in OpenStudio 9.3.0 / 3.0.0 and tracing the reported condenser-water plant temperatures; done means identifying and correcting the resource or input that prevents the fatal runaway-temperature termination.