Wiring Calculations - Revision history

Marcin: /* Cost Comparison */

2013-04-10T19:33:21Z

Cost Comparison

← Older revision		Revision as of 19:33, 10 April 2013
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	=Cost Comparison=		=Cost Comparison=
	*0/4 wire, $10/ft - [http://www.solar-electric.com/hardware---wire.html]		*0/4 wire, $10/ft - [http://www.solar-electric.com/hardware---wire.html] - carries almost 400 free air amps
	*10 wire, 20 cents/foot - [http://www.menards.com/main/electrical/rough-electrical/wire-cable/10-3-250-nm-with-ground-wire/p-1469745-c-6441.htm]		*10 wire, 20 cents/foot - [http://www.menards.com/main/electrical/rough-electrical/wire-cable/10-3-250-nm-with-ground-wire/p-1469745-c-6441.htm] - 7 of these carry the same free air amps as 0/4

	=Links=		=Links=
	*[[Wire Gauge Ampacity]]		*[[Wire Gauge Ampacity]]

Marcin: /* Links */

2013-04-10T19:31:45Z

Links

← Older revision		Revision as of 19:31, 10 April 2013
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	=Links=		=Links=
	*[[Wire Ampacity]]		*[[Wire Gauge Ampacity]]

Marcin at 19:31, 10 April 2013

2013-04-10T19:31:28Z

← Older revision		Revision as of 19:31, 10 April 2013
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	*0/4 wire, $10/ft - [http://www.solar-electric.com/hardware---wire.html]		*0/4 wire, $10/ft - [http://www.solar-electric.com/hardware---wire.html]
	*10 wire, 20 cents/foot - [http://www.menards.com/main/electrical/rough-electrical/wire-cable/10-3-250-nm-with-ground-wire/p-1469745-c-6441.htm]		*10 wire, 20 cents/foot - [http://www.menards.com/main/electrical/rough-electrical/wire-cable/10-3-250-nm-with-ground-wire/p-1469745-c-6441.htm]

			=Links=
			*[[Wire Ampacity]]

Marcin: /* Cost Comparison */

2013-04-10T19:31:02Z

Cost Comparison

← Older revision		Revision as of 19:31, 10 April 2013
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	=Cost Comparison=		=Cost Comparison=
	*0/4 wire, $10/ft - [http://www.solar-electric.com/hardware---wire.html]		*0/4 wire, $10/ft - [http://www.solar-electric.com/hardware---wire.html]
			*10 wire, 20 cents/foot - [http://www.menards.com/main/electrical/rough-electrical/wire-cable/10-3-250-nm-with-ground-wire/p-1469745-c-6441.htm]

Marcin at 19:25, 10 April 2013

2013-04-10T19:25:59Z

← Older revision		Revision as of 19:25, 10 April 2013
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	An microindustrial facility requires 200kW of electric power to power a wide range of industrial processes. This could be achieved at 500V and 400A, which can be handled by 0/4 wire (400A free air ampacity). This applies to grid and off-grid power, where in the off-grid power case, a 200kW [[Electric Motor Generator]]Generator can provide the necessary power.		An microindustrial facility requires 200kW of electric power to power a wide range of industrial processes. This could be achieved at 500V and 400A, which can be handled by 0/4 wire (400A free air ampacity). This applies to grid and off-grid power, where in the off-grid power case, a 200kW [[Electric Motor Generator]]Generator can provide the necessary power.

			=Cost Comparison=
			*0/4 wire, $10/ft - [http://www.solar-electric.com/hardware---wire.html]

Marcin at 19:25, 10 April 2013

2013-04-10T19:25:30Z

← Older revision		Revision as of 19:25, 10 April 2013
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	=Towards Open Source Microindustry=		=Towards Open Source Microindustry=

	An microindustrial facility requires 200kW of electric power to power a wide range of industrial processes. This could be achieved at 500V and 400A, which can be handled by 0/4 wire (400A free air ampacity). This applies to grid and off-grid power, where in the off-grid power case, a 200kW [[Electric Motor]]/Generator can provide the necessary power.		An microindustrial facility requires 200kW of electric power to power a wide range of industrial processes. This could be achieved at 500V and 400A, which can be handled by 0/4 wire (400A free air ampacity). This applies to grid and off-grid power, where in the off-grid power case, a 200kW [[Electric Motor Generator]]Generator can provide the necessary power.

Marcin at 19:25, 10 April 2013

2013-04-10T19:25:10Z

← Older revision		Revision as of 19:25, 10 April 2013
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	=Towards Open Source Microindustry=		=Towards Open Source Microindustry=

	An microindustrial facility requires 200kW of electric power to power a wide range of industrial processes. This could be achieved at 500V and 400A, which can be handled by 0/4 wire (400A free air ampacity). This applies to grid and off-grid power, where in the off-grid power case, a 200kW [[Electric Motor/Generator]] can provide the necessary power.		An microindustrial facility requires 200kW of electric power to power a wide range of industrial processes. This could be achieved at 500V and 400A, which can be handled by 0/4 wire (400A free air ampacity). This applies to grid and off-grid power, where in the off-grid power case, a 200kW [[Electric Motor]]/Generator can provide the necessary power.

Marcin at 19:24, 10 April 2013

2013-04-10T19:24:43Z

← Older revision		Revision as of 19:24, 10 April 2013
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	An ~~off-grid~~ microindustrial facility requires 200kW of electric power to power a wide range of industrial processes. This could be achieved at 500V and 400A, which can be handled by 0/4 wire (400A free air ampacity).		=Towards Open Source Microindustry=

			An microindustrial facility requires 200kW of electric power to power a wide range of industrial processes. This could be achieved at 500V and 400A, which can be handled by 0/4 wire (400A free air ampacity). This applies to grid and off-grid power, where in the off-grid power case, a 200kW [[Electric Motor/Generator]] can provide the necessary power.

Marcin: Created page with "An off-grid microindustrial facility requires 200kW of electric power to power a wide range of industrial processes. This could be achieved at 500V and 400A, which can be hand..."

2013-04-10T19:23:26Z

Created page with "An off-grid microindustrial facility requires 200kW of electric power to power a wide range of industrial processes. This could be achieved at 500V and 400A, which can be hand..."

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An off-grid microindustrial facility requires 200kW of electric power to power a wide range of industrial processes. This could be achieved at 500V and 400A, which can be handled by 0/4 wire (400A free air ampacity).