Modular air cooled condenser apparatus and method

1. A mechanical draft modular air cooled condenser for condensing steam, comprising:

a first condenser bundle panel having a first top end and a first bottom end;

a second condenser bundle panel consecutive to the first condenser bundle panel, the second condenser bundle panel having a second top end and a second bottom end, the first bottom end of the first condenser bundle panel and the second bottom end of the second condenser bundle panel converging toward each other;

a third condenser bundle panel consecutive to the second condenser bundle panel, the third condenser bundle panel having a third top end and a third bottom end, the second top end of the second condenser bundle panel and the third top end of the third condenser bundle panel converging toward each other;

the first bottom end and the third bottom end separated horizontally by a first distance, the second top end and the third top end separated horizontally by a second distance, the first distance is greater than the second distance;

a fourth condenser bundle panel consecutive to the third condenser bundle panel, the fourth condenser bundle panel having a fourth top end and a fourth bottom end, the third bottom end of the third condenser bundle panel and the fourth bottom end of the fourth condenser bundle panel converging toward each other;

a fan positioned to create a draft to flow over the first condenser bundle panel, over the second condenser bundle panel, over the third condenser bundle panel, and over the fourth condenser bundle panel; and

a support frame that supports the first, second, third, and fourth condenser bundle panels.

2. A mechanical draft modular air cooled condenser for condensing steam, comprising:

a first condenser bundle panel making an angle with respect to a horizontal plane and having a first top end and a first bottom end, the first condenser bundle panel comprising a first set of parallel tubes, each tube of the first set of tubes extending from the first bottom end to the first top end;

a second condenser bundle panel consecutive to the first condenser bundle panel and making an angle with respect to the horizontal plane and having a second top end and a second bottom end, the second condenser bundle panel comprising a second set of parallel tubes, each tube of the second set of tubes extending from the second bottom end to the second top end;

a third condenser bundle panel consecutive to the second condenser bundle panel and making an angle with respect to the horizontal plane and having a third top end and a third bottom end, the third bottom end and the first bottom end separated by a first distance, the third condenser bundle panel comprising a third set of parallel tubes, each tube of the third set of tubes extending from the third bottom end to the third top end;

a fourth condenser bundle panel consecutive to the third condenser bundle panel and making an angle with respect to the horizontal plane and having a fourth top end and a fourth bottom end, the fourth bottom end and the second bottom end separated by the first distance, the fourth condenser bundle panel comprising a fourth set of parallel tubes, each tube of the fourth set of tubes extending from the fourth bottom end to the fourth top end;

a fan positioned to create a draft to flow over the first condenser bundle panel, over the second condenser bundle panel, over the third condenser bundle panel, and over the fourth condenser bundle panel; and

a support frame that supports the first, second, third, and fourth condenser bundle panels.

3. The mechanical draft modular air cooled condenser according to claim 2 , wherein the fan has a diameter which is larger than the first distance.

4. The mechanical draft modular air cooled condenser according to claim 2 , further including:

a first condensate header to collect condensates from the first set of parallel tubes, the first condensate header extending along a Y direction and coupled to the first bottom end;

a second condensate header to collect condensates from the second set of parallel tubes, the second condensate header extending along the Y direction and coupled to the second bottom end;

a third condensate header to collect condensates from the third set of parallel tubes, the third condensate header extending along the Y direction and coupled to the third bottom end; and

a fourth condensate header to collect condensates from the fourth set of parallel tubes, the fourth condensate header extending along the Y direction and coupled to the fourth bottom end;

wherein

the tubes of the first set of parallel tubes are connected perpendicularly to the first condensate header;

the tubes of the second set of parallel tubes are connected perpendicularly to the second condensate header;

the tubes of the third set of parallel tubes are connected perpendicularly to the third condensate header; and

the tubes of the fourth set of parallel tubes are connected perpendicularly to the fourth condensate header;

and wherein

the second condensate header is parallel to the first condensate header;

the third condensate header is parallel to the second condensate header and to the first condensate header; and

the fourth condensate header is parallel to the third condensate header, to the second condensate header, and to the first condensate header.

5. The mechanical draft modular air cooled condenser according to claim 4 , wherein the first, the second, the third, and the fourth condenser bundle panels each have a length along the Y direction of approximately twelve meters.

6. The mechanical draft modular air cooled condenser according to claim 2 , wherein the tubes are each approximately two meters in length.

7. The mechanical draft modular air cooled condenser according to claim 2 , wherein the tubes of the first set of parallel tubes first each are positioned at an angle from a vertical axis in a first direction, the tubes of the second set of parallel tubes first each are positioned at the angle from the vertical axis in a second direction, the second direction opposite the first direction, the angle being approximately twenty degrees to approximately thirty degrees.

8. The modular air cooled condenser according to claim 2 , wherein the tubes of the first set of parallel tubes have a first length, the tubes of the second set of parallel tubes have the first length, the tubes of the third set of parallel tubes have the first length, the tubes of the fourth set of parallel tubes have the first length, the first condenser bundle panel has a second length, the second condenser bundle panel has the second length, the third condenser bundle panel has the second length, and the fourth condenser bundle panel has the second length, the second length being approximately six times the first length.

9. A frame comprising:

a first condenser bundle panel including a first set of parallel tubes connected perpendicularly to a first condensate header, the first condensate header arranged at a first bottom end of the first condenser bundle panel, the first condenser bundle panel removable from the frame;

a second condenser bundle panel including a second set of parallel tubes connected perpendicularly to a second condensate header, the second condensate header arranged at a second bottom end of the second condenser bundle panel, the second condenser bundle panel removable from the frame;

a third condenser bundle panel including a third set of parallel tubes connected perpendicularly to a third condensate header, the third condensate header arranged at a third bottom end of the third condenser bundle panel, the third condenser bundle panel removable from the frame; and

a fourth condenser bundle panel including a fourth set of parallel tubes connected perpendicularly to a fourth condensate header, the fourth condensate header arranged at a fourth bottom end of the fourth condenser bundle panel, the fourth condenser bundle panel removable from the frame.