Smart Energy Grid - Revision history

Marcin at 13:42, 16 May 2022

2022-05-16T13:42:54Z

← Older revision		Revision as of 13:42, 16 May 2022
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	#Use base loads (washer/dryer, etc) during the day - nominally from 9 AM to 6 PM - which matches peak loads anyway. From 6 PM till night - the batteries top up as power transfer switch is flipped. A small battery bank of 4 lawn mower batteries suffices for this, allowing 3kW daytime power.		#Use base loads (washer/dryer, etc) during the day - nominally from 9 AM to 6 PM - which matches peak loads anyway. From 6 PM till night - the batteries top up as power transfer switch is flipped. A small battery bank of 4 lawn mower batteries suffices for this, allowing 3kW daytime power.
	#Use electric heating during the day for night-time water storage. For example, water saving shower at 0.625 gpm gives 13 minutes of hot water. Recovery rate is 7 gal/hr. Since recovery is 80 degreees, we get 40 degrees every 1/2 hour. Or 100F if started at 60F. Thus, this heater produces lukewarm water every 1/2 hour for 13 minute showers - or if one takes a 5 minute shower - that is continuous hot water every 1/2 hour - or continuous lukewarm water every 15 minutes.		#Use electric heating during the day for night-time water storage. For example, water saving shower at 0.625 gpm gives 13 minutes of hot water. Recovery rate is 7 gal/hr. Since recovery is 80 degreees, we get 40 degrees every 1/2 hour. Or 100F if started at 60F. Thus, this heater produces lukewarm water every 1/2 hour for 13 minute showers - or if one takes a 5 minute shower - that is continuous hot water every 1/2 hour - or continuous lukewarm water every 15 minutes.
			#Install extra PV capacity to increase early-day and late-day power output.

Marcin at 13:39, 16 May 2022

2022-05-16T13:39:22Z

← Older revision		Revision as of 13:39, 16 May 2022
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	The energy storage issue of renewables can be addressed by using efficiency and smart use on part of the humans, and smart automation to augement human use patterns. This can allow a 100% transition to renewables much more quickly than the 2050 prediction [https://www.greenamerica.org/green-economy-work/could-world-be-powered-fully-renewable-sources#:~:text=The%20nearly%20five%2Dyear%2Dlong,than%20our%20current%20energy%20system.]. Some best practices are:		The energy storage issue of renewables can be addressed by using efficiency and smart use on part of the humans, and smart automation to augement human use patterns. This can allow a 100% transition to renewables much more quickly than the 2050 prediction [https://www.greenamerica.org/green-economy-work/could-world-be-powered-fully-renewable-sources#:~:text=The%20nearly%20five%2Dyear%2Dlong,than%20our%20current%20energy%20system.]. Some best practices are:

	#Use base loads (washer/dryer, etc) during the day - nominally from 9 AM to 6 PM - which matches peak loads anyway. From 6 PM till night - the batteries top up as power transfer switch is flipped.		#Use base loads (washer/dryer, etc) during the day - nominally from 9 AM to 6 PM - which matches peak loads anyway. From 6 PM till night - the batteries top up as power transfer switch is flipped. A small battery bank of 4 lawn mower batteries suffices for this, allowing 3kW daytime power.
	#Use electric heating during the day for night-time water storage. For example, water saving shower at 0.625 gpm gives 13 minutes of hot water. Recovery rate is 7 gal/hr. Since recovery is 80 degreees, we get 40 degrees every 1/2 hour. Or 100F if started at 60F. Thus, this heater produces lukewarm water every 1/2 hour for 13 minute showers - or if one takes a 5 minute shower - that is continuous hot water every 1/2 hour - or continuous lukewarm water every 15 minutes.		#Use electric heating during the day for night-time water storage. For example, water saving shower at 0.625 gpm gives 13 minutes of hot water. Recovery rate is 7 gal/hr. Since recovery is 80 degreees, we get 40 degrees every 1/2 hour. Or 100F if started at 60F. Thus, this heater produces lukewarm water every 1/2 hour for 13 minute showers - or if one takes a 5 minute shower - that is continuous hot water every 1/2 hour - or continuous lukewarm water every 15 minutes.

Marcin at 13:38, 16 May 2022

2022-05-16T13:38:31Z

← Older revision		Revision as of 13:38, 16 May 2022
Line 1:		Line 1:
	The energy storage issue of renewables can be addressed by using efficiency and smart use on part of the humans, and smart automation to augement human use patterns. This can allow a 100% transition to renewables much more quickly than the 2050 prediction [https://www.greenamerica.org/green-economy-work/could-world-be-powered-fully-renewable-sources#:~:text=The%20nearly%20five%2Dyear%2Dlong,than%20our%20current%20energy%20system.]. Some best practices are:		The energy storage issue of renewables can be addressed by using efficiency and smart use on part of the humans, and smart automation to augement human use patterns. This can allow a 100% transition to renewables much more quickly than the 2050 prediction [https://www.greenamerica.org/green-economy-work/could-world-be-powered-fully-renewable-sources#:~:text=The%20nearly%20five%2Dyear%2Dlong,than%20our%20current%20energy%20system.]. Some best practices are:

	#Use base loads (washer/dryer, etc) during the day - nominally from 9 AM to 6 PM - which matches peak loads anyway.		#Use base loads (washer/dryer, etc) during the day - nominally from 9 AM to 6 PM - which matches peak loads anyway. From 6 PM till night - the batteries top up as power transfer switch is flipped.
	#Use electric heating during the day for night-time water storage. For example, water saving shower at 0.625 gpm gives 13 minutes of hot water. Recovery rate is 7 gal/hr. Since recovery is 80 degreees, we get 40 degrees every 1/2 hour. Or 100F if started at 60F. Thus, this heater produces lukewarm water every 1/2 hour for 13 minute showers - or if one takes a 5 minute shower - that is continuous hot water every 1/2 hour - or continuous lukewarm water every 15 minutes.		#Use electric heating during the day for night-time water storage. For example, water saving shower at 0.625 gpm gives 13 minutes of hot water. Recovery rate is 7 gal/hr. Since recovery is 80 degreees, we get 40 degrees every 1/2 hour. Or 100F if started at 60F. Thus, this heater produces lukewarm water every 1/2 hour for 13 minute showers - or if one takes a 5 minute shower - that is continuous hot water every 1/2 hour - or continuous lukewarm water every 15 minutes.

Marcin at 13:35, 16 May 2022

2022-05-16T13:35:29Z

← Older revision		Revision as of 13:35, 16 May 2022
Line 2:		Line 2:

	#Use base loads (washer/dryer, etc) during the day - nominally from 9 AM to 6 PM - which matches peak loads anyway.		#Use base loads (washer/dryer, etc) during the day - nominally from 9 AM to 6 PM - which matches peak loads anyway.
	#Use electric heating during the day for night-time water storage. For example, water saving shower at 0.625 gpm		#Use electric heating during the day for night-time water storage. For example, water saving shower at 0.625 gpm gives 13 minutes of hot water. Recovery rate is 7 gal/hr. Since recovery is 80 degreees, we get 40 degrees every 1/2 hour. Or 100F if started at 60F. Thus, this heater produces lukewarm water every 1/2 hour for 13 minute showers - or if one takes a 5 minute shower - that is continuous hot water every 1/2 hour - or continuous lukewarm water every 15 minutes.
	gives 13 minutes of hot water.

Marcin at 13:24, 16 May 2022

2022-05-16T13:24:53Z

← Older revision		Revision as of 13:24, 16 May 2022
Line 1:		Line 1:
	The energy storage issue of renewables can be addressed by using smart use on part of the humans, and smart automation to augement human use patterns. This can allow a 100% transition to renewables much more quickly than the 2050 prediction [https://www.greenamerica.org/green-economy-work/could-world-be-powered-fully-renewable-sources#:~:text=The%20nearly%20five%2Dyear%2Dlong,than%20our%20current%20energy%20system.]		The energy storage issue of renewables can be addressed by using efficiency and smart use on part of the humans, and smart automation to augement human use patterns. This can allow a 100% transition to renewables much more quickly than the 2050 prediction [https://www.greenamerica.org/green-economy-work/could-world-be-powered-fully-renewable-sources#:~:text=The%20nearly%20five%2Dyear%2Dlong,than%20our%20current%20energy%20system.]. Some best practices are:

			#Use base loads (washer/dryer, etc) during the day - nominally from 9 AM to 6 PM - which matches peak loads anyway.
			#Use electric heating during the day for night-time water storage. For example, water saving shower at 0.625 gpm
			gives 13 minutes of hot water.

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2022-05-16T13:22:33Z

Created page with "The energy storage issue of renewables can be addressed by using smart use on part of the humans, and smart automation to augement human use patterns. This can allow a 100% tr..."

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The energy storage issue of renewables can be addressed by using smart use on part of the humans, and smart automation to augement human use patterns. This can allow a 100% transition to renewables much more quickly than the 2050 prediction [https://www.greenamerica.org/green-economy-work/could-world-be-powered-fully-renewable-sources#:~:text=The%20nearly%20five%2Dyear%2Dlong,than%20our%20current%20energy%20system.]