Generator structure incorporating multiple electrical generator sets

In a generator structure for generating electrical power, the generator structure including an enclosure having first and second spaced sidewalls interconnected by first and second end walls so as to define an interior of the enclosure, the improvement comprising;

• a first generator set positioned within the enclosure, the first generator set including an engine and an alternator driven by the engine;
• and
• a second generator set positioned within the enclosure, the second generator set including an engine and an alternator driven by the engine of the second generator set;
• wherein the first generator set is positioned adjacent the first sidewall of the enclosure and the second generator set is positioned adjacent the second sidewall of the enclosure.

A generator structure, comprising:

• an enclosure having first and second spaced sidewalls interconnected by first and second end walls so as to define an interior;
• first and second generator sets positioned within the interior of the enclosure, each generator set including an engine, an alternator driven by the engine for generating electrical power and a radiator operatively connected to the engine;
• means for synchronizing the electrical power generated by each alternator,
• a roof structure supported on the end walls of the enclosure, the roof structure including:
• an upper panel having first and second openings therethrough and first and second sides generally parallel to the sidewalls of the enclosure;
• first and second side panels extending from corresponding sides of the upper panel such that each side panel partially overlaps a corresponding sidewall of the enclosure, the first side panel and the first sidewall defining a first inlet therebetween and the second side panel and the second sidewall defining a second inlet therebetween;
• and
• a separation panel extending between the side panels such that the separation panel and the upper panel define an attic chamber therebetween;
• the separation panel and the first end wall define a first attic inlet to allow the interior of the enclosure to communicate with the attic chamber;
• and the separation panel and the second end wall define a second attic inlet for allowing for communication between the interior of the enclosure and the attic chamber;
• a first air flow generator positioned within the interior of the enclosure for drawing ambient air through the first and second inlets in the roof structure, across the engine of the first generator set and through radiator of the first generator set and for urging air from the interior of the enclosure through the attic chamber in the roof structure and out of the generator structure through the first opening in the upper panel;
• and
• a second air flow generator positioned within the interior of the enclosure for drawing ambient air through the first and second inlets in the roof structure, across the engine of the second generator set and through radiator of the second generator set and for urging air from the interior of the enclosure through the attic chamber in the roof structure and out of the generator structure through the second opening in the upper panel.

A generator structure, comprising:

• an enclosure having first and second spaced sidewalls interconnected by first and second end walls so as to define an interior of the enclosure;
• a first generator set positioned within the enclosure, the first generator set including an engine and an alternator driven by the engine;
• and
• a second generator set positioned within the enclosure, the second generator set including an engine and an alternator driven by the engine of the second generator set;
• wherein each generator set includes a fan end and an alternator end, the fan end of the first generator set being positioned adjacent the first end wall of the enclosure and the alternator end of the second generator set being positioned adjacent the first end wall of the enclosure.

A generator structure, comprising:

• an enclosure having first and second spaced sidewalls interconnected by first and second end walls so as to define an interior of the enclosure;
• a first generator set positioned within the enclosure, the first generator set including an engine and an alternator driven by the engine;
• and
• a second generator set positioned within the enclosure, the second generator set including an engine and an alternator driven by the engine of the second generator set;
• wherein:
• each generator set includes a drive shaft operatively connecting the engine and the alternator to drive the alternator, each drive shaft extending along and rotatable about a corresponding axis;
• and
• the drive shaft of the first generator set rotates in a first direction and the drive shaft of the second generator set rotates in a second, opposite direction.

A generator structure, comprising:

• an enclosure having first and second spaced sidewalls interconnected by first and second end walls so as to define an interior of the enclosure;
• a first generator set positioned within the enclosure, the first generator set including an engine and an alternator driven by the engine;
• and
• a second generator set positioned within the enclosure, the second generator set including an engine and an alternator driven by the engine of the second generator set;
• wherein the first generator set generates electrical power at a first magnitude and frequency and the second generator set generates electrical power at a second magnitude and frequency.

In a generator structure for generating electrical power, the generator structure including an enclosure having first and second spaced sidewalls interconnected by first and second end walls so as to define an interior of the enclosure, the improvement comprising;

• a first generator set positioned within the enclosure, the first generator set including an engine and an alternator driven by the engine;
• and
• a second generator set positioned within the enclosure, the second generator set including an engine and an alternator driven by the engine of the second generator set;
• wherein each generator set includes a fan end and an alternator end, the fan end of the first generator set being positioned adjacent the first end wall of the enclosure and the alternator end of the second generator set being positioned adjacent the first end wall of the enclosure.

In a generator structure for generating electrical power, the generator structure including an enclosure having first and second spaced sidewalls interconnected by first and second end walls so as to define an interior of the enclosure, the improvement comprising;

• a first generator set positioned within the enclosure, the first generator set including an engine and an alternator driven by the engine;
• and
• a second generator set positioned within the enclosure, the second generator set including an engine and an alternator driven by the engine of the second generator set;
• wherein:
• each generator set includes a drive shaft operatively connecting the engine and the alternator to drive the alternator, each drive shaft extending along and rotatable about a corresponding axis;
• and
• the drive shaft of the first generator set rotates in a first direction and the drive shaft of the second generator set rotates in a second, opposite direction.

In a generator structure for generating electrical power, the generator structure including an enclosure having first and second spaced sidewalls interconnected by first and second end walls so as to define an interior of the enclosure, the improvement comprising;

• a first generator set positioned within the enclosure, the first generator set including an engine and an alternator driven by the engine;
• and
• a second generator set positioned within the enclosure, the second generator set including an engine and an alternator driven by the engine of the second generator set;
• wherein the first generator set generates electrical power at a first magnitude and frequency and the second generator set generates electrical power at a second magnitude and frequency and wherein the improvement includes a means for synchronizing the electrical power generated by the first generator set and the electrical power generated by the second generator set.

A generator structure, comprising:

• an enclosure having first and second spaced sidewalls interconnected by first and second end walls so as to define an interior;
• first and second generator sets positioned within the interior of the enclosure, each generator set including an engine, an alternator driven by the engine for generating electrical power and a radiator operatively connected to the engine;
• and
• means for synchronizing the electrical power generated by each alternator;
• wherein the first generator set is positioned adjacent the first sidewall of the enclosure and the second generator is positioned adjacent the second sidewall of the enclosure.

A generator structure, comprising:

• an enclosure having first and second spaced sidewalls interconnected by first and second end walls so as to define an interior;
• first and second generator sets positioned within the interior of the enclosure, each generator set including an engine, an alternator driven by the engine for generating electrical power and a radiator operatively connected to the engine;
• and
• means for synchronizing the electrical power generated by each alternator;
• wherein each generator set includes a fan end and an alternator end, the fan end of the first generator set being positioned adjacent the first end wall of the enclosure and the alternator end of the second generator set being positioned adjacent the first end wall of the enclosure.

A generator structure, comprising:

• an enclosure having first and second spaced sidewalls interconnected by first and second end walls so as to define an interior;
• first and second generator sets positioned within the interior of the enclosure, each generator set including an engine, an alternator driven by the engine for generating electrical power and a radiator operatively connected to the engine;
• and
• means for synchronizing the electrical power generated by each alternator;
• wherein:
• each generator set includes a drive shaft extending from the engine to the alternator thereof to drive the alternator, each drive shaft extending along and rotatable about a corresponding axis;
• and
• the drive shaft of the first generator set rotates in a first direction and the drive shaft of the second generator set rotates in a second, opposite direction.