Rackstraw v. Commissioner

1989 T.C. Memo. 115, 56 T.C.M. 1506, 1989 Tax Ct. Memo LEXIS 115
CourtUnited States Tax Court
DecidedMarch 23, 1989
DocketDocket No. 176-88
StatusUnpublished

This text of 1989 T.C. Memo. 115 (Rackstraw v. Commissioner) is published on Counsel Stack Legal Research, covering United States Tax Court primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
Rackstraw v. Commissioner, 1989 T.C. Memo. 115, 56 T.C.M. 1506, 1989 Tax Ct. Memo LEXIS 115 (tax 1989).

Opinion

ALAN R. RACKSTRAW and MARCIA Y. RACKSTRAW, Petitioners v. COMMISSIONER OF INTERNAL REVENUE, Respondent
Rackstraw v. Commissioner
Docket No. 176-88
United States Tax Court
T.C. Memo 1989-115; 1989 Tax Ct. Memo LEXIS 115; 56 T.C.M. (CCH) 1506; T.C.M. (RIA) 89115;
March 23, 1989; As amended March 23, 1989
Alan R. Rackstraw, pro se.
Thomas F. Eagan, for the respondent.

COHEN

MEMORANDUM FINDINGS OF FACT AND OPINION

COHEN, Judge:*116 Respondent determined deficiencies of $ 361 and $ 3,104 in petitioners' Federal income taxes for 1982 and 1983, respectively. After concessions, the sole issue remaining for decision is whether an addition to petitioners' residence qualifies as renewable energy source property within the meaning of section 44C. 1

FINDINGS OF FACT

Some of the facts have been stipulated, and the facts set forth in the stipulation are incorporated in our findings by this reference. Petitioners Alan R. and Marcia Y. Rackstraw (petitioners) were residents of Placitas, New Mexico, at the time they filed their petition.

Petitioners purchased their residence in May 1981. At that time, the residence contained nine rooms with approximately 2,100 square feet of floor space heated by a gas, forced-air furnace. The home also had two outside, covered, open porches.

During 1982, petitioners employed Magnum Homes, Inc. (Magnum), a licensed general contractor, to build an attached, passive solar structure on the south side of their residence. The solar structure*117 has all of the five essential components of a passive solar system as described in section 1.44C-2(f)(3), Income Tax Regs.:

(1) a solar collection area, glass;

(2) an absorber, tile floor;

(3) a storage mass, water drums and stucco wall;

(4) a heat distribution method, thermostats and fans; and

(5) heat regulation devices, thermostats and fans.

The solar structure was constructed on a six-inch cement slab and has exterior dimensions of approximately 24 feet in length and 12 feet in width. The ceiling of the solar structure slopes from 11 feet to 7 1/2 feet in height, at which point it becomes the south-facing glass wall and drops at a 65 degree angle to a height of 3 feet. Of the approximately 275 square feet of floor space in the solar structure, approximately 168 square feet are open and accessible, with at least minimal headroom. A person six feet, three inches tall could stand within three feet of the bottom of the south-facing glass wall.

The solar structure was built according to the design and construction of petitioners' residence and conforms to the covenants pertaining to the subdivision in which it is located. The solar structure is wired for electricity*118 in accordance with the applicable building code and is connected to petitioners' master bedroom by a glazed door that replaced a previously existing window. The solar structure also has two windows and two glazed doors on the east and west sides of the residence which lead to petitioners' yard. A fan on the north wall of the solar structure blows heated air into petitioners' master bedroom during the winter, while a fan on the west wall blows heated air out of the structure during warm weather.

The solar structure was designed for maximum heat production. During the winter months, the air in the solar structure circulates, with cool air coming in from petitioners' master bedroom through a cold air return and warm air being blown back into the bedroom by ceiling fans. During the summer months, most of the interior of the solar structure is shielded from direct sunlight by an insulated roof, and the ceiling fans are used to exhaust hot air to the outside. The temperature of the air in the solar structure ranges from a low of approximately 50 degrees to a high of approximately 100 degrees.

With the thermostats set for the maximum production of heat, the solar structure could provide*119 comfortable living space from 8:00 a.m. to 10:00 a.m. and from 5:00 p.m. to 7:00 p.m. Petitioners have not used the solar structure as additional living space, but they have stored plants in the structure during severely cold winters.

Magnum constructed the framed, stuccoed, insulated, glazed, and enclosed solar structure attached to petitioners' residence, and installed a cold air return between the solar structure and the residence at a total cost of $ 7,766.61. Petitioners added the following components to the solar structure at additional expense:

(a) porous floor tile$   734.14
(b) waterproofed paneling197.25
(c) plumbing and garden-type faucet77.39
(d) electric wiring76.01
(e) electric outlets and light fixture259.88
(f) 50 gallon water drums52.50
(g) electric fans and thermostats140.12
(h) hardware and paint216.10
total additional cost$ 1,753.39

The water drums, the tile floor, the paneling, and the stucco wall inside the attached solar structure act as the heat storage mass that reduces temperature swings and prevents the temperature in the structure from dropping below 50 degrees at night. Petitioners spent a total*120 of $ 9,520 to construct and finish the solar structure.

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Bluebook (online)
1989 T.C. Memo. 115, 56 T.C.M. 1506, 1989 Tax Ct. Memo LEXIS 115, Counsel Stack Legal Research, https://law.counselstack.com/opinion/rackstraw-v-commissioner-tax-1989.