Description: "Package with SRCC rating information for glazed flat-plate solar thermal collectors"

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## Buildings.Fluid.SolarCollectors.Data.GlazedFlatPlate

Package with SRCC rating information for glazed flat-plate solar thermal collectors

### Information

Package with records for SRCC rating information for glazed flat-plate solar thermal collector. All models in the GlazedFlatPlate package are tested according to the ASHRAE93 standard.

Extends from Modelica.Icons.MaterialPropertiesPackage (Icon for package containing property classes).

### Package Content

Name | Description
--- | ---
FP_GuangdongFSPTY95 | FP - Guandong Fivestar Solar Energy Co, FS-PTY95-2.0
FP_SolahartKf | FP - Solahart Kf
FP_TRNSYSValidation | Default values in the TRNSYS Simulation Studio SDHW example
FP_ThermaLiteHS20 | FP - Therma-Lite, HS-20

## Buildings.Fluid.SolarCollectors.Data.GlazedFlatPlate.FP_GuangdongFSPTY95

FP - Guandong Fivestar Solar Energy Co, FS-PTY95-2.0

### Information

#### References

Ratings data taken from the Solar Rating and Certification Corporation website. SRCC# = 2012043A.

Extends from SolarCollectors.Data.GenericSolarCollector (Generic data record providing inputs for specific collector data records).

### Parameters

Type | Name | Default | Description
--- | --- | --- | ---
Area | ATyp | Types.Area.Gross | Gross or aperture area
Area | A | 2 | Area [m2]
Mass | mDry | 35 | Dry weight [kg]
Volume | V | 1.7/1000 | Fluid volume [m3]
Pressure | dp_nominal | 235 | Pressure drop during test conditions [Pa]
Real | mperA_flow_nominal | 0.02 | Mass flow rate per unit area of collector [kg/(s.m2)]
Real | B0 | -0.2165 | 1st incident angle modifier coefficient
Real | B1 | 0.023 | 2nd incident angle modifier coefficient
Real | y_intercept | 0.678 | Y intercept (Maximum efficiency)
Real | slope | -4.426 | Slope from rating data [W/(m2.K)]
Real | IAMDiff | 0 | Incidence angle modifier from EN12975 ratings data
Real | C1 | 0 | Heat loss coefficient from EN12975 ratings data
Real | C2 | 0 | Temperature dependence of heat loss from EN12975 ratings data
Irradiance | G_nominal | 1000 | Nominal solar irradiance specified in ratings data [W/m2]
TemperatureDifference | dT_nominal | 10 | Nominal temperature difference specified in ratings data [K]

### Modelica definition

record FP_GuangdongFSPTY95 = SolarCollectors.Data.GenericSolarCollector ( final ATyp=Types.Area.Gross, final A=2, final mDry=35, final V=1.7/1000, final dp_nominal=235, final mperA_flow_nominal=0.02, final B0=-0.2165, final B1=0.023, final y_intercept=0.678, final slope=-4.426, final IAMDiff=0, final C1=0, final C2=0, final G_nominal = 1000, final dT_nominal = 10) "FP - Guandong Fivestar Solar Energy Co, FS-PTY95-2.0";

## Buildings.Fluid.SolarCollectors.Data.GlazedFlatPlate.FP_SolahartKf

FP - Solahart Kf

### Information

#### References

Ratings data taken from the Solar Rating and Certification Corporation website. SRCC# = 2012021A.

Extends from SolarCollectors.Data.GenericSolarCollector (Generic data record providing inputs for specific collector data records).

### Parameters

Type | Name | Default | Description
--- | --- | --- | ---
Area | ATyp | Types.Area.Gross | Gross or aperture area
Area | A | 2.003 | Area [m2]
Mass | mDry | 42 | Dry weight [kg]
Volume | V | 3.8/1000 | Fluid volume [m3]
Pressure | dp_nominal | 93.89 | Pressure drop during test conditions [Pa]
Real | mperA_flow_nominal | 0.0194 | Mass flow rate per unit area of collector [kg/(s.m2)]
Real | B0 | -0.137 | 1st incident angle modifier coefficient
Real | B1 | 0.0166 | 2nd incident angle modifier coefficient
Real | y_intercept | 0.775 | Y intercept (Maximum efficiency)
Real | slope | -5.103 | Slope from rating data [W/(m2.K)]
Real | IAMDiff | 0 | Incidence angle modifier from EN12975 ratings data
Real | C1 | 0 | Heat loss coefficient from EN12975 ratings data
Real | C2 | 0 | Temperature dependence of heat loss from EN12975 ratings data
Irradiance | G_nominal | 1000 | Nominal solar irradiance specified in ratings data [W/m2]
TemperatureDifference | dT_nominal | 10 | Nominal temperature difference specified in ratings data [K]

### Modelica definition

record FP_SolahartKf = SolarCollectors.Data.GenericSolarCollector ( final ATyp=Types.Area.Gross, final A=2.003, final mDry=42, final V=3.8/1000, final dp_nominal=93.89, final mperA_flow_nominal=0.0194, final B0=-0.137, final B1=0.0166, final y_intercept=0.775, final slope=-5.103, final IAMDiff=0, final C1=0, final C2=0, final G_nominal=1000, final dT_nominal=10) "FP - Solahart Kf";

## Buildings.Fluid.SolarCollectors.Data.GlazedFlatPlate.FP_TRNSYSValidation

Default values in the TRNSYS Simulation Studio SDHW example

### Information

Default values in the TRNSYS Simualtion Studio SDHW example. No value for `dp_nominal` was provided in TRNSYS, so 1000 was used as a placeholder.

Extends from SolarCollectors.Data.GenericSolarCollector (Generic data record providing inputs for specific collector data records).

### Parameters

Type | Name | Default | Description
--- | --- | --- | ---
Area | ATyp | Types.Area.Gross | Gross or aperture area
Area | A | 5 | Area [m2]
Mass | mDry | 8.6 | Dry weight [kg]
Volume | V | 0.6/1000 | Fluid volume [m3]
Pressure | dp_nominal | 100 | Pressure drop during test conditions [Pa]
Real | mperA_flow_nominal | 0.0111 | Mass flow rate per unit area of collector [kg/(s.m2)]
Real | B0 | -0.2 | 1st incident angle modifier coefficient
Real | B1 | -0 | 2nd incident angle modifier coefficient
Real | y_intercept | 0.8 | Y intercept (Maximum efficiency)
Real | slope | -3.6111 | Slope from rating data [W/(m2.K)]
Real | IAMDiff | 0 | Incidence angle modifier from EN12975 ratings data
Real | C1 | 0 | Heat loss coefficient from EN12975 ratings data
Real | C2 | 0 | Temperature dependence of heat loss from EN12975 ratings data
Irradiance | G_nominal | 800 | Nominal solar irradiance specified in ratings data [W/m2]
TemperatureDifference | dT_nominal | 10 | Nominal temperature difference specified in ratings data [K]

### Modelica definition

record FP_TRNSYSValidation = SolarCollectors.Data.GenericSolarCollector ( ATyp=Types.Area.Gross, A=5, mDry=8.6, V=0.6/1000, dp_nominal=100, mperA_flow_nominal=0.0111, B0=-0.2, B1=-0, y_intercept=0.8, slope=-3.6111, IAMDiff=0, C1=0, C2=0, G_nominal=800, dT_nominal=10) "Default values in the TRNSYS Simulation Studio SDHW example";

## Buildings.Fluid.SolarCollectors.Data.GlazedFlatPlate.FP_ThermaLiteHS20

FP - Therma-Lite, HS-20

### Information

#### References

Ratings data taken from the Solar Rating and Certification Corporation website. SRCC# = 2012047A.

Extends from SolarCollectors.Data.GenericSolarCollector (Generic data record providing inputs for specific collector data records).

### Parameters

Type | Name | Default | Description
--- | --- | --- | ---
Area | ATyp | Types.Area.Gross | Gross or aperture area
Area | A | 1.97 | Area [m2]
Mass | mDry | 26 | Dry weight [kg]
Volume | V | 2.8/1000 | Fluid volume [m3]
Pressure | dp_nominal | 242.65 | Pressure drop during test conditions [Pa]
Real | mperA_flow_nominal | 0.1777 | Mass flow rate per unit area of collector [kg/(s.m2)]
Real | B0 | -0.0693 | 1st incident angle modifier coefficient
Real | B1 | -0.2372 | 2nd incident angle modifier coefficient
Real | y_intercept | 0.762 | Y intercept (Maximum efficiency)
Real | slope | -3.710 | Slope from rating data [W/(m2.K)]
Real | IAMDiff | 0 | Incidence angle modifier from EN12975 ratings data
Real | C1 | 0 | Heat loss coefficient from EN12975 ratings data
Real | C2 | 0 | Temperature dependence of heat loss from EN12975 ratings data
Irradiance | G_nominal | 1000 | Nominal solar irradiance specified in ratings data [W/m2]
TemperatureDifference | dT_nominal | 10 | Nominal temperature difference specified in ratings data [K]

### Modelica definition

record FP_ThermaLiteHS20 = SolarCollectors.Data.GenericSolarCollector ( final ATyp=Types.Area.Gross, final A=1.97, final mDry=26, final V=2.8/1000, final dp_nominal=242.65, final mperA_flow_nominal=0.1777, final B0=-0.0693, final B1=-0.2372, final y_intercept=0.762, final slope=-3.710, final IAMDiff=0, final C1=0, final C2=0, final G_nominal = 1000, final dT_nominal = 10) "FP - Therma-Lite, HS-20";