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Modules |
| | Clotheswasher |
| | The clotheswasher simulation is based on an hourly demand profile attached to the object.
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| | Dishwasher |
| | The dishwasher simulation is based on a demand profile attached to the object.
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| | Dryer |
| | The dryer simulation is based on an hourly demand profile attached to the object.
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| | Evcharger |
| | There are only two types of electric vehicles supported:.
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| | Freezer |
| | The freezer model is based on performance profile that can specified by a tape and using a method developed by Ross T.
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| | House |
| | The house object implements a single family home.
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| | House_e |
| | The house_e object implements a single family home.
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| | Lights |
| | The residential lighting object supports the major types of residential lights (see lights::type).
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| | Microwave |
| | The microwave simulation is based on a demand profile attached to the object.
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| | Occupantload |
| | The occupantload model is based on occupancy fraction/schedule.
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| | Plugload |
| | The plugload simulation is based on demand profile of the connected plug loads.
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| | Range |
| | The range simulation is based on a demand profile attached to the object.
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| | Refrigerator |
| | The refrigerator model is based on performance profile that can specified by a tape and using a method developed by Ross T.
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| | Residential enduses |
| | Electric waterheater |
| | The residential electric waterheater uses a hybrid thermal model that is capable of tracking either a single-mass of water, or a dual-mass with a varying thermocline.
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| | ZIPload |
| | The ZIPload simulation is based on demand profile of the connected ZIPload loads.
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