Self-service gas station - Revision history

Xdvob13: /* Code */

2014-01-25T19:03:29Z

‎Code

2014-01-25T19:02:16Z

‎Code

2014-01-25T18:59:52Z

‎Code

2014-01-25T18:49:50Z

‎Conclusion

2014-01-25T18:24:13Z

‎Results

2014-01-25T18:22:00Z

‎Results

2014-01-25T18:14:07Z

‎What do we know?

2014-01-25T18:12:36Z

‎Results

2014-01-25T17:53:58Z

‎Scenario 3

2014-01-25T16:54:25Z

‎Scenario 3

@@ Line 652: / Line 652: @@
 [[File:realistic.spm]]
-[[File:Example.jpg]]
+[[File:benzina_average.txt]]
-[[File:Example.jpg]]
+[[File:optimist_average.txt]]

← Older revision		Revision as of 18:49, 25 January 2014
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	=Conclusion=		=Conclusion=
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		+	Simprocess proved me that it is a powerful tool to simulate this situation. Thanks to the simulation I was able to set the number od fuel dispenser to right value to keep customer satisfaction. It also showed me aproximately the time for waiting in the queue and simplify my calculations of fuel sold.
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		+	I proved that under certain circumstances this project is well realizable. But there is so many factors that can be added to simulation or project itself. For example selling a destiled water or washer mixure. But to calculate every possibility would take days and weeks. I think that this project would be an excellent topic for the bachelor thesis but with every possibility it is just too big for purposes of this course.
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		+	Would I start this project with the information I have gained by simulation?
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		+	No I probably wont. The simulation provided me one incredibly valuable information. And that was the whole reason of this simulation. '''This project is under certain circumstances profitable''' and it shloud be considered for future business. But for doing this I would need more information, oppinions of professionals, business plan and permits and reports from various local authorities. Than I would make more calculations, more complex simulations in SimProcess and than I would start the business.

	=Code=		=Code=

@@ Line 601: / Line 601: @@
-  = PROFITABLE FOR 15y LOAN
+  = PROFITABLE FOR 15y LOAN and 10y LOAN
@@ Line 613: / Line 613: @@
-  = PROFITABLE FOR 15y LOAN
+  = PROFITABLE FOR 15y LOAN and 10y LOAN
 =Conclusion=
 =Code=

@@ Line 566: / Line 566: @@
 Lets assume that difference between petrol and diesel must be at least 0,40 CZK. That is the situation on gas market. We now that prices 34,60 and 34,20 would make loss of 20 000 CZK a month. Now we can try add 0,10 CZK to prices of petrol and diesel and see if we can make profit.
 =Conclusion=
 =Code=

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 We communicated with the nearest fuel supplier that meets our conditions. Because our station is located within a distance of 35 km from the headquarters of the supplier, the price per delivery is included in the price of fuel. Our supplier is company Albeva Morava s.r.o.. Our conditions were: price for delivery included in price of fuel and just in time delivery with continuous replenishment of fuel. The idea is that the station software will detect low fuel level and alert our supplier who then begins the process of delivery of the fuel. We were asured that our station software can send email or it can be connected to ERP-like system of various suppliers. Email variant was enough for our suplier and further terms would be specified in the contract. So we found another question...what level of fuel should warn our supplier due to the variable cost for the supply of different quantities of fuel?
-Diesel delivery: [ l ]
+Fuel delivery (price for diesel): [ l ]
@@ Line 74: / Line 74: @@
-Petrol delivery: [ l ]
+Fuel delivery (price for petrol): [ l ]
 -15000 :	          34,03 [ CZK ]

@@ Line 545: / Line 545: @@
 =Results=
 =Conclusion=
 =Code=

← Older revision		Revision as of 17:53, 25 January 2014
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	60 106,41 + 35 000 = 95 106,41 CZK		60 106,41 + 35 000 = 95 106,41 CZK
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		+	In this case we have no other option than raise of our prices to level when we earn at least 95 104,41 CZK a month.

	=Results=		=Results=

← Older revision		Revision as of 16:54, 25 January 2014
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	We need 6 900 000 CZK for realization of this scenario.		We need 6 900 000 CZK for realization of this scenario.
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		+	Lets see our fixed costs:
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		+	'''Variant 5.5'''
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		+	131 798,02 + 35 000 = 166 798,02 CZK
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		+	'''Varian 6'''
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		+	76 604,15 + 35 000 = 111 604,15 CZK
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		+	'''Variant 6,5'''
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		+	60 106,41 + 35 000 = 95 106,41 CZK

	=Results=		=Results=