context: In general, ET collectors are best suited for areas with low winter temperatures and/or a below-average solar resource, or when high-temperature water is required (such as in some commercial applications).
answer_0: Obviously, either type will work for most applications, with flat plates usually a more economical choice in sunbelt climates.
answer_1: Subsequently, either type will work for most applications, with flat plates usually a more economical choice in sunbelt climates.
answer_2: Well, either type will work for most applications, with flat plates usually a more economical choice in sunbelt climates.
answer_3: Inevitably, either type will work for most applications, with flat plates usually a more economical choice in sunbelt climates.
answer_4: Similarly, either type will work for most applications, with flat plates usually a more economical choice in sunbelt climates.
answer_5: Realistically, either type will work for most applications, with flat plates usually a more economical choice in sunbelt climates.
answer_6: Especially, either type will work for most applications, with flat plates usually a more economical choice in sunbelt climates.
answer_7: Therefore either type will work for most applications, with flat plates usually a more economical choice in sunbelt climates.
answer_8: Typically, either type will work for most applications, with flat plates usually a more economical choice in sunbelt climates.
answer_9: Indeed, either type will work for most applications, with flat plates usually a more economical choice in sunbelt climates.