The Eddy Residence features sustainable design carefully crafted around a partnership between passive solar energy and thermal mass. Roof overhangs and southern exposure were calculated to allow maximum solar gain in the winter and minimize heat gain in the summer. The thermal absorbent qualities of rammed earth walls and dark stained concrete floors stabilize temperature swings between day and night.

The Eddy Residence features sustainable design carefully crafted around a partnership between passive solar energy and thermal mass. Roof overhangs and southern exposure were calculated to allow maximum solar gain in the winter and minimize heat gain in the summer. The thermal absorbent qualities of rammed earth walls and dark stained concrete floors stabilize temperature swings between day and night. 

The Eddy Residence features sustainable design carefully crafted around a partnership between passive solar energy and thermal mass. Roof overhangs and southern exposure were calculated to allow maximum solar gain in the winter and minimize heat gain in the summer. The thermal absorbent qualities of rammed earth walls and dark stained concrete floors stabilize temperature swings between day and night. 

The Eddy Residence features sustainable design carefully crafted around a partnership between passive solar energy and thermal mass. Roof overhangs and southern exposure were calculated to allow maximum solar gain in the winter and minimize heat gain in the summer. The thermal absorbent qualities of rammed earth walls and dark stained concrete floors stabilize temperature swings between day and night. 

The Eddy Residence features sustainable design carefully crafted around a partnership between passive solar energy and thermal mass. Roof overhangs and southern exposure were calculated to allow maximum solar gain in the winter and minimize heat gain in the summer. The thermal absorbent qualities of rammed earth walls and dark stained concrete floors stabilize temperature swings between day and night. 

The Eddy Residence features sustainable design carefully crafted around a partnership between passive solar energy and thermal mass. Roof overhangs and southern exposure were calculated to allow maximum solar gain in the winter and minimize heat gain in the summer. The thermal absorbent qualities of rammed earth walls and dark stained concrete floors stabilize temperature swings between day and night.

The Eddy Residence features sustainable design carefully crafted around a partnership between passive solar energy and thermal mass. Roof overhangs and southern exposure were calculated to allow maximum solar gain in the winter and minimize heat gain in the summer. The thermal absorbent qualities of rammed earth walls and dark stained concrete floors stabilize temperature swings between day and night.

The Eddy Residence features sustainable design carefully crafted around a partnership between passive solar energy and thermal mass. Roof overhangs and southern exposure were calculated to allow maximum solar gain in the winter and minimize heat gain in the summer. The thermal absorbent qualities of rammed earth walls and dark stained concrete floors stabilize temperature swings between day and night.

The Eddy Residence features sustainable design carefully crafted around a partnership between passive solar energy and thermal mass. Roof overhangs and southern exposure were calculated to allow maximum solar gain in the winter and minimize heat gain in the summer. The thermal absorbent qualities of rammed earth walls and dark stained concrete floors stabilize temperature swings between day and night. 

The Eddy Residence features sustainable design carefully crafted around a partnership between passive solar energy and thermal mass. Roof overhangs and southern exposure were calculated to allow maximum solar gain in the winter and minimize heat gain in the summer. The thermal absorbent qualities of rammed earth walls and dark stained concrete floors stabilize temperature swings between day and night.

The Eddy Residence features sustainable design carefully crafted around a partnership between passive solar energy and thermal mass. Roof overhangs and southern exposure were calculated to allow maximum solar gain in the winter and minimize heat gain in the summer. The thermal absorbent qualities of rammed earth walls and dark stained concrete floors stabilize temperature swings between day and night.