models/solar/solar_types.a4l

REQUIRE "system.a4l";   (* => system.a4l, basemodel.a4l *)
REQUIRE "measures.a4l"; (* => measures.a4l *)
PROVIDE "solar_types.a4l";


ATOM calorific_value REFINES solver_var
    DIMENSION L^2/T^2
    DEFAULT 100 {kJ/kg};
    lower_bound := -1e50 {kJ/kg};
    upper_bound := 1e50 {kJ/kg}; 
END calorific_value;


ATOM power REFINES solver_var
	DIMENSION M*L^2/T^3
	DEFAULT 100{W};

	lower_bound := 0{W};
	upper_bound := 1e50{W};
	nominal := 100{W};
END power;


ATOM enthalpy REFINES solver_var
	DIMENSION M*L^2/T^2
	DEFAULT 1{kJ};

	lower_bound := 0{kJ};
END enthalpy;


ATOM delta_enthalpy REFINES solver_var
	DIMENSION M*L^2/T^2
	DEFAULT 1{kJ};
END delta_enthalpy;


ATOM volumetric_heat_transfer_coefficient REFINES solver_var
    DIMENSION M/T^3/L/TMP
    DEFAULT 1{watt/m^3/K};
END volumetric_heat_transfer_coefficient;


ATOM intensity REFINES solver_var
    DIMENSION M/T^3
    DEFAULT 1{watt/m^2};
END intensity;


ATOM heatloss_per_unit_lenght REFINES solver_var
    DIMENSION M*L^2/T^3/L
    DEFAULT 1{watt/m};
END heatloss_per_unit_lenght;


ATOM inv_heat_transfer_coefficient REFINES solver_var
	DIMENSION T^3*TMP/M
	DEFAULT 0.2{m^2*K/W};
END inv_heat_transfer_coefficient;


ATOM energy_per_unit_area REFINES solver_var
    DIMENSION M/T^2
    DEFAULT 1.0{J/m^2};
END energy_per_unit_area;


CONSTANT stefan_boltzman_constant
REFINES real_constant DIMENSION M/T^3/TMP^4;
1	REQUIRE "system.a4l"; (* => system.a4l, basemodel.a4l *)
2	REQUIRE "measures.a4l"; (* => measures.a4l *)
3	PROVIDE "solar_types.a4l";
4
5
6	ATOM calorific_value REFINES solver_var
7	DIMENSION L^2/T^2
8	DEFAULT 100 {kJ/kg};
9	lower_bound := -1e50 {kJ/kg};
10	upper_bound := 1e50 {kJ/kg};
11	END calorific_value;
12
13
14	ATOM power REFINES solver_var
15	DIMENSION M*L^2/T^3
16	DEFAULT 100{W};
17
18	lower_bound := 0{W};
19	upper_bound := 1e50{W};
20	nominal := 100{W};
21	END power;
22
23
24	ATOM enthalpy REFINES solver_var
25	DIMENSION M*L^2/T^2
26	DEFAULT 1{kJ};
27
28	lower_bound := 0{kJ};
29	END enthalpy;
30
31
32	ATOM delta_enthalpy REFINES solver_var
33	DIMENSION M*L^2/T^2
34	DEFAULT 1{kJ};
35	END delta_enthalpy;
36
37
38	ATOM volumetric_heat_transfer_coefficient REFINES solver_var
39	DIMENSION M/T^3/L/TMP
40	DEFAULT 1{watt/m^3/K};
41	END volumetric_heat_transfer_coefficient;
42
43
44	ATOM intensity REFINES solver_var
45	DIMENSION M/T^3
46	DEFAULT 1{watt/m^2};
47	END intensity;
48
49
50	ATOM heatloss_per_unit_lenght REFINES solver_var
51	DIMENSION M*L^2/T^3/L
52	DEFAULT 1{watt/m};
53	END heatloss_per_unit_lenght;
54
55
56	ATOM inv_heat_transfer_coefficient REFINES solver_var
57	DIMENSION T^3*TMP/M
58	DEFAULT 0.2{m^2*K/W};
59	END inv_heat_transfer_coefficient;
60
61
62	ATOM energy_per_unit_area REFINES solver_var
63	DIMENSION M/T^2
64	DEFAULT 1.0{J/m^2};
65	END energy_per_unit_area;
66
67
68	CONSTANT stefan_boltzman_constant
69	REFINES real_constant DIMENSION M/T^3/TMP^4;