Modes of Operation of Battery Charging Systems (BCS) - Revision history

Wiki Gardener at 09:54, 11 February 2015

2015-02-11T09:54:41Z

Wiki Gardener: Wiki Gardener moved page Modes of operation of Battery Charging Systems (BCS) to Modes of Operation of Battery Charging Systems (BCS) without leaving a redirect

2015-01-20T10:34:17Z

Wiki Gardener moved page Modes of operation of Battery Charging Systems (BCS) to Modes of Operation of Battery Charging Systems (BCS) without leaving a redirect

Wiki Gardener at 10:33, 20 January 2015

2015-01-20T10:33:05Z

Ranisha: /* Further Information */

2014-07-31T12:51:08Z

Further Information

Ranisha at 11:54, 30 July 2014

2014-07-30T11:54:32Z

Wiki Gardener at 15:48, 17 June 2014

2014-06-17T15:48:01Z

Wiki Gardener at 15:47, 17 June 2014

2014-06-17T15:47:02Z

Jewgeni Bader: moved Modes of operation of BCS to Modes of operation of Battery Charging Systems (BCS)

2011-08-26T13:26:58Z

moved Modes of operation of BCS to Modes of operation of Battery Charging Systems (BCS)

Rupert Wronski at 11:01, 27 October 2010

2010-10-27T11:01:22Z

Michel andre at 08:18, 13 October 2010

2010-10-13T08:18:11Z

@@ Line 1: / Line 1: @@
 = Overview =
-► [[:Category:Battery_Charging_Systems|Battery Charging Systems (BCS)]]<br/>
+► [[:Category:Battery Charging Systems|Battery Charging Systems (BCS)]]<br/>
+<br/>
 = Modes of Operation =
 == Private ==
-The optimal model of a BCS is a private entrepreneur that runs the station for his own profit, hereby enabling access to basic electricity services for his surroundings. Depending on the generation technology costs can be estimated to lie at about 1500€ for a system that recharges up to 6 batteries a day (estimates for a PV charging station in Ethiopia: system cost of 1500 € cover the Steca PL 2085 Battery charger and the 510 Wp modules; prices for Germany in early 2009; batteries of 45 Ah capacity). The BCS owner could lease or lend the system from the closest regional energy provider.
+The optimal model of a '''battery charging system (BCS)''' is a private entrepreneur that runs the station for his own profit, hereby enabling access to basic electricity services for his surroundings. Depending on the generation technology costs can be estimated to lie at about 1500€ for a system that recharges up to 6 batteries a day (estimates for a PV charging station in Ethiopia: system cost of 1500 € cover the Steca PL 2085 Battery charger and the 510 Wp modules; prices for Germany in early 2009; batteries of 45 Ah capacity). The BCS owner could lease or lend the system from the closest regional energy provider.
 <br/>
 == Community-based ==
 In the short run, however, the seemingly more realistic option is a community-based approach. Here, the BCS should be situated at or close to a public institution (such as a school or a hospital etc.). This helps in legitimising the acquisition of subsidies for the project in case the community cannot pay for initial investment costs. Additionally, this way costs can be avoided due to already existing buildings that can be used for the BCS.
 In this model, most likely, a community committee would be established that oversees the implementation and performance of the project.
 <br/>
 = Further Information =
 *[[:Category:Battery Charging Systems|Battery Charging Systems (BCS)]]
 <br/>
 = References =
 <references />
 [[Category:Batteries]]

@@ Line 1: / Line 1: @@
 = Overview =
 == Private ==
 The optimal model of a BCS is a private entrepreneur that runs the station for his own profit, hereby enabling access to basic electricity services for his surroundings. Depending on the generation technology costs can be estimated to lie at about 1500€ for a system that recharges up to 6 batteries a day (estimates for a PV charging station in Ethiopia: system cost of 1500 € cover the Steca PL 2085 Battery charger and the 510 Wp modules; prices for Germany in early 2009; batteries of 45 Ah capacity). The BCS owner could lease or lend the system from the closest regional energy provider.
 <br/>
 == Community-based ==
 In the short run, however, the seemingly more realistic option is a community-based approach. Here, the BCS should be situated at or close to a public institution (such as a school or a hospital etc.). This helps in legitimising the acquisition of subsidies for the project in case the community cannot pay for initial investment costs. Additionally, this way costs can be avoided due to already existing buildings that can be used for the BCS.
@@ Line 19: / Line 24: @@
 = Further Information =
-*[[:Category:Battery_Charging_Systems|Battery Charging Systems (BCS)]]
+*[[:Category:Battery Charging Systems|Battery Charging Systems (BCS)]]
 <br/>
 = References =
 <references />
 [[Category:Battery_Charging_Systems]]

@@ Line 15: / Line 15: @@
 <br/>
 = Further Information =
-*[https://energypedia.info/wiki/Category:Battery_Charging_Systems Battery Charging Systems (BCS)]
+*[[:Category:Battery_Charging_Systems|Battery Charging Systems (BCS)]]
 <br/>
 = References =

@@ Line 1: / Line 1: @@
-= Overview  =
+= Overview =
 == Private ==
@@ Line 18: / Line 18: @@
 = Further Information =
-*[[Battery Charging Systems (BCS)|Battery Charging Systems (BCS)]]
+*[https://energypedia.info/wiki/Category:Battery_Charging_Systems Battery Charging Systems (BCS)]
 <br/>
@@ Line 26: / Line 26: @@
 <references />
 [[Category:Batteries]]

@@ Line 1: / Line 1: @@
 Overview =
 == Private ==
@@ Line 5: / Line 6: @@
 The optimal model of a BCS is a private entrepreneur that runs the station for his own profit, hereby enabling access to basic electricity services for his surroundings. Depending on the generation technology costs can be estimated to lie at about 1500€ for a system that recharges up to 6 batteries a day (estimates for a PV charging station in Ethiopia: system cost of 1500 € cover the Steca PL 2085 Battery charger and the 510 Wp modules; prices for Germany in early 2009; batteries of 45 Ah capacity). The BCS owner could lease or lend the system from the closest regional energy provider.
+<br/>
 == Community-based ==
@@ Line 13: / Line 14: @@
 In this model, most likely, a community committee would be established that oversees the implementation and performance of the project.
+<br/>
 = Further Information =
-*[[Battery_Charging_Systems_(BCS)|Battery Charging Systems (BCS)]]
+*[[Battery Charging Systems (BCS)|Battery Charging Systems (BCS)]]
 = References =
@@ Line 25: / Line 26: @@
 <references />
 [[Category:Battery_Charging_Systems]]

@@ Line 1: / Line 1: @@
 '''Private'''
-The optimal model of a BCS is private entrepreneur that runs the station for his own profit, hereby enabling access to basic electricity services for his surroundings. Depending on the generation technology costs can be estimated to lie at about 1500€ for a system ''[? Does this include a PV panel or any other form of power supply''?]that recharges up to 6 batteries ''[ ?&nbsp;What is the capacity of the batteries?] ''a day (estimates for a PV charging station in Ethiopia). The "energy kiosk" owner could lease or lend the system from the closest regional energy provider.
+The optimal model of a BCS is a private entrepreneur that runs the station for his own profit, hereby enabling access to basic electricity services for his surroundings. Depending on the generation technology costs can be estimated to lie at about 1500€ for a system that recharges up to 6 batteries a day (estimates for a PV charging station in Ethiopia: system cost of 1500 € cover the Steca PL 2085 Battery charger and the 510 Wp modules; prices for Germany in early 2009; batteries of 45 Ah capacity). The BCS owner could lease or lend the system from the closest regional energy provider.
 '''Community-based'''