Torcellini Residence
General Energy Use, Strategies and Systems
Energy Use:
- Passive design
- Air-to-water heat pump for providing heat for radiant floor and hot water
- Ductless mini-split heat pump for cooling and supplemental heating
- 9.4kW PV System
- LED Lighting throughout the home
- Root cellar outfitted with battery storage system for times when the grid is down.
Energy Strategies:
Relying on passive design, the home’s orientation maximizes solar gain during cold months while generous
overhangs provide summer shading.Cooling and supplemental heat are
provided by a ductless mini-split heat pump. Double stud walls with 12” of blown in batts (BIBS) are R50 and
the cathedral ceilings with strapping on rafters are R55 (BIBS) while the attic area is over R80. Solar panels
are clip mounted on a 30 degree metal roof system providing 9.4kW of renewable energy. Energy efficiency is further enhanced by LED lighting
throughout the home.
Zero Net Energy Definition Used
Site Energy Use
Monthly Energy Data and Utilities
Energy Data Type: Zero Energy Program
Datasets and utility bills:
Attachment Size 
Torcellini HERC55.11 KB ZERO Energy Ready Home 127.8 KB
Torcellini Residence
Renewables and Energy Balance
Renewable Energy Sources: Renewable energy is generated within the building footprint (e.g. solar PV on the roof), Renewable energy resources (e.g. biofuels) are imported and used on-site
Renewable Energy System Description & Details
39 SolarWorld SW-260 Poly PV modules and 2SMA SB5000US-TL-US-22 inverters
Annual Renewable Energy Generated Data Type
Power Rating
Renewable Energy System Type(s)
Source of Annual Production Data
9,400Watts
Photovoltaics, Other
Storage and Installed Capacity
Root cellar outfitted with battery storage. Ability to connect portions of the house to battery systems as costs decrease for these systems.
Energy Storage type
Battery Storage
Energy Storage Capacity
General Energy Use, Strategies and Systems
Energy Use:
- Passive design
- Air-to-water heat pump for providing heat for radiant floor and hot water
- Ductless mini-split heat pump for cooling and supplemental heating
- 9.4kW PV System
- LED Lighting throughout the home
- Root cellar outfitted with battery storage system for times when the grid is down.
Energy Strategies:
Relying on passive design, the home’s orientation maximizes solar gain during cold months while generous
overhangs provide summer shading.Cooling and supplemental heat are
provided by a ductless mini-split heat pump. Double stud walls with 12” of blown in batts (BIBS) are R50 and
the cathedral ceilings with strapping on rafters are R55 (BIBS) while the attic area is over R80. Solar panels
are clip mounted on a 30 degree metal roof system providing 9.4kW of renewable energy. Energy efficiency is further enhanced by LED lighting
throughout the home.
| Zero Net Energy Definition Used | Site Energy Use |
|---|
Monthly Energy Data and Utilities
| Attachment | Size |
|---|---|
| Torcellini HERC | 55.11 KB |
| ZERO Energy Ready Home | 127.8 KB |
Torcellini Residence
Renewables and Energy Balance
| Renewable Energy System Description & Details |
|---|
| 39 SolarWorld SW-260 Poly PV modules and 2SMA SB5000US-TL-US-22 inverters |
| Annual Renewable Energy Generated Data Type |
|---|
| Power Rating | Renewable Energy System Type(s) | Source of Annual Production Data |
|---|---|---|
| 9,400Watts | Photovoltaics, Other |
Storage and Installed Capacity
Root cellar outfitted with battery storage. Ability to connect portions of the house to battery systems as costs decrease for these systems.
| Energy Storage type |
Battery Storage |
|---|---|
| Energy Storage Capacity |