Overview of the results of the household CHR40 Couple, 30

Transcription

Overview of the results of the household
CHR40 Couple, 30 - 64 years, without work 0
Calculation Time
Freitag, 1. Januar 2016 - Sonntag, 1. Januar 2017
Energy Intensity: Random
Seed 5627
LoadProfileGenerator 4.7.0.22574
by Noah Pflugradt
http://www.loadprofilegenerator.de
Rendering date:05.03.2016 14:34:31
Totals for each Loadtype
Load Type
Value Unit
Apparent
Cold Water
4225,35 kWh
21958,75 L
Electricity
3722,38 kWh
Hot water
0,00 L
None
8595600,00 None
Reactive
Warm Water
1446,22 kWh
137831,37 L
Totals for each Loadtype per Day
Load Type
Value Unit
Apparent
11,54 kWh
Cold Water
60,00 L
Electricity
10,17 kWh
Hot water
None
0,00 L
23485,25 None
Reactive
3,95 kWh
Warm Water
376,59 L
Minimum and Maximum for each Loadtype
Household
Minimum
Apparent
4,01
Cold Water
0,00
Maximum Unit
9762,86 VA
11,79 L/Min
Electricity
0,16
Hot water
0,00
0,00 L/Min
None
0,00
2,00 None
Reactive
Warm Water
-9,00
0,00
8868,34 Watt
2770,25 var
28,89 L/Min
Totals for each Loadtype per Person
Load Type
Apparent
Cold Water
Value Unit
2112,68 kWh
10979,37 L
Electricity
1861,19 kWh
Hot water
0,00 L
None
Reactive
Warm Water
4297800,00 None
723,11 kWh
68915,68 L
Totals for each Loadtype per Person per Day
Load Type
Apparent
Cold Water
Value Unit
5,77 kWh
30,00 L
Electricity
5,09 kWh
Hot water
0,00 L
None
Reactive
Warm Water
11742,62 None
1,98 kWh
188,29 L
Persons
•
HH0
o
o
CHR40 Antje (48/Female)(48/Female)
CHR40 Marcus (51/Male)(51/Male)
Activity Frequency Charts
This is made from the files starting with: ActivityFrequenciesPerMinute
These charts show an ordered distribution of times of the activities of each person.This helps
with judging quickly if a person is sleeping correctly and if they are going to work regularly.
HH0 - CHR40 Antje (48 Female)
HH0 - CHR40 Marcus (51 Male)
Activity Distribution per Person
This is made from the files starting with: ActivityPercentage
This shows the distribution
AffordanceToCategories.
of
the
activities,
grouped
by
the
affordance
Time Use per Person per Affordance Per Person
This is made from the files starting with: AffordanceTimeUse
These charts show how the people in the household use their time. This shows the individual
affordances to help find problems in the household definition.
Energy use per person per affordance
This is made from the files starting with: AffordanceEnergyUsePerPerson
This shows the distribution of the energy/ressource use to each affordance by load type and by
person. This helps with figuring out if a person is using too much electricity.
HH0 - Apparent
HH0 - Cold Water
HH0 - Electricity
HH0 - None
HH0 - Reactive
HH0 - Warm Water
Time Use per Person Per Affordance according to
different category definitions
This is made from the files starting with: AffordanceTaggingSet
These charts show how the people in the household use their time. To help with analysis, the
activities can be grouped by various criteria. This is done with the affordance tagging sets in
the LPG.
Basic Tagging - HH0
Tagging Set For Planning - HH0
Wo bleibt die Zeit - HH0
Overview of the actions of each member of the
household
This is made from the files starting with: ExecutedActionsOverviewCount
These charts show how often each affordance was executed.
Overview of the time of the use per load type per
device
This is made from the files starting with: TimeOfUseEnergyProfiles
The time of use energy profiles shows when each device was used.
Apparent
Cold Water
Electricity
Hot water
None
Reactive
Warm Water
Energy/Resource use distribution per load type per
affordance
This is made from the files starting with: AffordanceEnergyUse
This shows the distribution of the energy/ressource use to each affordance by load type.
HH0 - Apparent
HH0 - Apparent
HH0 - Apparent
HH0 - Cold Water
HH0 - Cold Water
HH0 - Cold Water
HH0 - Electricity
HH0 - Electricity
HH0 - Electricity
HH0 - None
HH0 - None
HH0 - None
HH0 - Reactive
HH0 - Reactive
HH0 - Reactive
HH0 - Warm Water
HH0 - Warm Water
HH0 - Warm Water
Energy use for each load type for each device
This is made from the files starting with: DeviceSums
These pie charts show the energy use for each invidividual device in each load type.
Apparent
Apparent
Cold Water
Cold Water
Electricity
Electricity
Hot water
Hot water
None
None
Reactive
Reactive
Warm Water
Warm Water
Duration curve for each device for each load type
This is made from the files starting with: DeviceDurationCurves
The device duration curve show the duration curve of each device to give an overview of the
power consumption.
Apparent
Cold Water
Electricity
Hot water
None
Reactive
Warm Water
Duration curve for each load type
This is made from the files starting with: DurationCurve
The duration curve show the duration curve for the entire household to give an overview of
the power consumption.
Apparent
Cold Water
Electricity
Hot water
None
Reactive
Warm Water
Grouped energy use for each load type for each
device
This is made from the files starting with: DeviceTaggingSet
The devices in the LPG can be grouped with various criteria by the device tagging sets. These
charts show the results.
HH0 - Destatis Water Usage Statistics - Apparent
HH0 - Energieagentur - Apparent
HH0 - Destatis Water Usage Statistics - Cold Water
HH0 - Energieagentur - Cold Water
HH0 - Destatis Water Usage Statistics - Electricity
HH0 - Energieagentur - Electricity
HH0 - Energieagentur - Electricity
HH0 - Destatis Water Usage Statistics - Hot water
HH0 - Energieagentur - Hot water
HH0 - Destatis Water Usage Statistics - None
HH0 - Energieagentur - None
HH0 - Destatis Water Usage Statistics - Reactive
HH0 - Energieagentur - Reactive
HH0 - Destatis Water Usage Statistics - Warm Water
HH0 - Energieagentur - Warm Water
Carpet plot of the energy use for each load type
This is made from the files starting with: EnergyCarpetplot
The energy carpet plots show energy use as a carpet plot.
Apparent
Cold Water
Electricity
Hot water
None
Reactive
Warm Water
Example of the device profiles for each load type
This is made from the files starting with: DeviceProfiles
The device profile files are the reason for the LPG. They show the power consumption of
each device.
Apparent
Cold Water
Electricity
Hot water
None
Reactive
Warm Water
Overview of the time and power of the use per load
type per device
This is made from the files starting with: TimeOfUseEnergyProfiles
The time of use energy profiles show when each device was used and how much power it
used.
Apparent
Cold Water
Electricity
Hot water
None
Reactive
Warm Water
Energy use per load type during different seasons,
split by weekday/saturday/sunday
This is made from the files starting with: WeekdayProfiles
This graph shows for each load type the average power consumption per day grouped
byseason and weekday/saturday/sunday.
Apparent
Cold Water
Electricity
Hot water
None
Reactive
Warm Water
Location Distribution per Person
This is made from the files starting with: LocationStatistics
These charts show where the persons spend their time.
CHR40 Antje (48 Female)
CHR40 Marcus (51 Male)
Example from the desire values for each person
This is made from the files starting with: Desires
The desires determine the actions of the people in the household. These charts show a section
of the file.
Temperature profile used in the calculation
This is made from the files starting with: Temperatures
This shows the temperature curve used for the simulation.
Temperatures
Actions.csv
This is made from the files starting with: Actions
These files show the actions of each person in the household. The content looks like this:
Actions.HH0.csv
Time step;Calendertime;Person;Selected affordance;Affordance Category;Is Sick
-4320;29.12.2015 00:00;CHR40 Antje (48/Female);watch a movie for 2 h;Passive Entertainment (TV
etc.);False;
-4320;29.12.2015 00:00;CHR40 Marcus (51/Male);use the computer with external HD (1 h);Active
Entertainment (Computer, Internet etc);False;
-4271;29.12.2015 00:49;CHR40 Marcus (51/Male);read a book on the couch all the time;Offline
Entertainment;False;
-4195;29.12.2015 02:05;CHR40 Antje (48/Female);use the computer with external HD (1 h);Active
Entertainment (Computer, Internet etc);False;
-4153;29.12.2015 02:47;CHR40 Marcus (51/Male);rest for 10 min;sleep;False;
-4142;29.12.2015 02:58;CHR40 Marcus (51/Male);watch a movie for 1 h 30 min with home cinema
system;Passive Entertainment (TV etc.);False;
-4128;29.12.2015 03:12;CHR40 Antje (48/Female);use the computer for recreation (2 h);Active Entertainment
(Computer, Internet etc);False;
-4041;29.12.2015 04:39;CHR40 Marcus (51/Male);fry two eggs and eat them with toast;cooking;False;
-4026;29.12.2015 04:54;CHR40 Marcus (51/Male);read a book on the couch all the time;Offline
Entertainment;False;
-3990;29.12.2015 05:30;CHR40 Antje (48/Female);go to the toilet;hygiene;False;
-3984;29.12.2015 05:36;CHR40 Antje (48/Female);watch the news;Passive Entertainment (TV etc.);False;
-3967;29.12.2015 05:53;CHR40 Antje (48/Female);use the computer (1.5 h);Active Entertainment (Computer,
Internet etc);False;
-3889;29.12.2015 07:11;CHR40 Marcus (51/Male);go to the toilet;hygiene;False;
-3883;29.12.2015 07:17;CHR40 Marcus (51/Male);eat breakfast (1 h);cooking;False;
-3875;29.12.2015 07:25;CHR40 Antje (48/Female);watch TV (1 h);Passive Entertainment (TV etc.);False;
-3821;29.12.2015 08:19;CHR40 Antje (48/Female);clean the bath;cleaning;False;
-3807;29.12.2015 08:33;CHR40 Marcus (51/Male);bake a cake;cooking;False;
-3769;29.12.2015 09:11;CHR40 Marcus (51/Male);take a nap;sleep;False;
-3760;29.12.2015 09:20;CHR40 Antje (48/Female);clean the windows;cleaning;False;
Sum Profiles
This is made from the files starting with: SumProfiles
This shows the energy use during the simulation.
Summed up curve for Apparent from SumProfiles.Apparent.png
Summed up curve for ApparentMinMax from
SumProfiles.ApparentMinMax..png
Summed up curve for Cold Water from SumProfiles.Cold Water.png
Summed up curve for Cold WaterMinMax from SumProfiles.Cold
WaterMinMax..png
Summed up curve for Electricity from SumProfiles.Electricity.png
Summed up curve for ElectricityMinMax from
SumProfiles.ElectricityMinMax..png
Summed up curve for Hot water from SumProfiles.Hot water.png
Summed up curve for Hot waterMinMax from SumProfiles.Hot
waterMinMax..png
Summed up curve for None from SumProfiles.None.png
Summed up curve for NoneMinMax from SumProfiles.NoneMinMax..png
Summed up curve for Reactive from SumProfiles.Reactive.png
Summed up curve for ReactiveMinMax from
SumProfiles.ReactiveMinMax..png
Summed up curve for Warm Water from SumProfiles.Warm Water.png
Summed up curve for Warm WaterMinMax from SumProfiles.Warm
WaterMinMax..png
Thoughts.*.csv
This is made from the files starting with: Thoughts
These files show the "thoughts" of each person in the household. This is very helpful when
debugging. The content looks like this:
Thoughts.HH0.CHR40 Antje (48 Female).csv
Timestep;Calendertime;Weekday;Person;Thought
0;01.01.2016 00:00;Friday;CHR40 Antje (48/Female);I'm sick for a total of 15 days in 2015, average duration is
3
0;01.01.2016 00:00;Friday;CHR40 Antje (48/Female);I'm sick from day 76 of the year, Mittwoch, 18. März
2015 for 5 days
0;01.01.2016 00:00;Friday;CHR40 Antje (48/Female);I'm sick from day 0 of the year, Donnerstag, 1. Januar
2015 for 2 days
0;01.01.2016 00:00;Friday;CHR40 Antje (48/Female);I'm sick from day 130 of the year, Montag, 11. Mai 2015
for 4 days
0;01.01.2016 00:00;Friday;CHR40 Antje (48/Female);I'm sick from day 303 of the year, Samstag, 31. Oktober
2015 for 4 days
3
0;01.01.2016 00:00;Friday;CHR40 Antje (48/Female);I'm sick from day 307 of the year, Donnerstag, 3.
November 2016 for 9 days
0;01.01.2016 00:00;Friday;CHR40 Antje (48/Female);I'm sick from day 17 of the year, Montag, 18. Januar 2016
for 2 days
0;01.01.2016 00:00;Friday;CHR40 Antje (48/Female);I'm sick from day 229 of the year, Mittwoch, 17. August
2016 for 2 days
0;01.01.2016 00:00;Friday;CHR40 Antje (48/Female);I'm sick from day 357 of the year, Freitag, 23. Dezember
2016 for 2 days
3
0;01.01.2016 00:00;Friday;CHR40 Antje (48/Female);I'm sick from day 17 of the year, Mittwoch, 18. Januar
2017 for 1 days
0;01.01.2016 00:00;Friday;CHR40 Antje (48/Female);I'm sick from day 278 of the year, Freitag, 6. Oktober
2017 for 5 days
0;01.01.2016 00:00;Friday;CHR40 Antje (48/Female);I'm sick from day 342 of the year, Samstag, 9. Dezember
2017 for 4 days
0;01.01.2016 00:00;Friday;CHR40 Antje (48/Female);I'm sick from day 30 of the year, Dienstag, 31. Januar
2017 for 2 days
0;01.01.2016 00:00;Friday;CHR40 Antje (48/Female);I'm sick from day 364 of the year, Sonntag, 31. Dezember
2017 for 1 days
0;01.01.2016 00:00;Friday;CHR40 Antje (48/Female);I'm sick from day 250 of the year, Freitag, 8. September
2017 for 2 days
-4320;29.12.2015 00:00;Tuesday;CHR40 Antje (48/Female);Desirediff for fry two eggs and eat them with toast
is :349.907,8 In detail: ;Special / Un-Hungry;'-99,8*-99,8*02;19907,8; Food / Baking;'100*100*02;20000;
Cleaning / Bathroom;'100*100*10;100000; Food / Cooking Pasta;'100*100*05;50000; Cleaning / Floor
Sweeping;'100*100*05;50000; Cleaning / Vacuuming;'100*100*01;10000; Cleaning / Clean
Windows;'100*100*10;100000;
-4320;29.12.2015 00:00;Tuesday;CHR40 Antje (48/Female);Desirediff for fry two eggs and eat them with toast
is :349.907,8 In detail: ;Special / Un-Hungry;'-99,8*-99,8*02;19907,8; Food / Baking;'100*100*02;20000;
Cleaning / Bathroom;'100*100*10;100000; Food / Cooking Pasta;'100*100*05;50000; Cleaning / Floor
Sweeping;'100*100*05;50000; Cleaning / Vacuuming;'100*100*01;10000; Cleaning / Clean
Windows;'100*100*10;100000;
Thoughts.HH0.CHR40 Marcus (51 Male).csv
Timestep;Calendertime;Weekday;Person;Thought
0;01.01.2016 00:00;Friday;CHR40 Marcus (51/Male);I'm sick for a total of 16 days in 2015, average duration is
3
0;01.01.2016 00:00;Friday;CHR40 Marcus (51/Male);I'm sick from day 6 of the year, Mittwoch, 7. Januar 2015
for 2 days
0;01.01.2016 00:00;Friday;CHR40 Marcus (51/Male);I'm sick from day 280 of the year, Donnerstag, 8. Oktober
2015 for 1 days
0;01.01.2016 00:00;Friday;CHR40 Marcus (51/Male);I'm sick from day 313 of the year, Dienstag, 10.
November 2015 for 6 days
0;01.01.2016 00:00;Friday;CHR40 Marcus (51/Male);I'm sick from day 204 of the year, Freitag, 24. Juli 2015
for 1 days
0;01.01.2016 00:00;Friday;CHR40 Marcus (51/Male);I'm sick from day 151 of the year, Montag, 1. Juni 2015
for 2 days
0;01.01.2016 00:00;Friday;CHR40 Marcus (51/Male);I'm sick from day 148 of the year, Freitag, 29. Mai 2015
for 1 days
0;01.01.2016 00:00;Friday;CHR40 Marcus (51/Male);I'm sick from day 157 of the year, Sonntag, 7. Juni 2015
for 3 days
3
0;01.01.2016 00:00;Friday;CHR40 Marcus (51/Male);I'm sick from day 49 of the year, Freitag, 19. Februar 2016
for 4 days
0;01.01.2016 00:00;Friday;CHR40 Marcus (51/Male);I'm sick from day 37 of the year, Sonntag, 7. Februar 2016
for 2 days
0;01.01.2016 00:00;Friday;CHR40 Marcus (51/Male);I'm sick from day 104 of the year, Donnerstag, 14. April
2016 for 1 days
0;01.01.2016 00:00;Friday;CHR40 Marcus (51/Male);I'm sick from day 339 of the year, Montag, 5. Dezember
2016 for 7 days
0;01.01.2016 00:00;Friday;CHR40 Marcus (51/Male);I'm sick from day 220 of the year, Montag, 8. August
2016 for 2 days
3
0;01.01.2016 00:00;Friday;CHR40 Marcus (51/Male);I'm sick from day 112 of the year, Sonntag, 23. April 2017
for 1 days
0;01.01.2016 00:00;Friday;CHR40 Marcus (51/Male);I'm sick from day 136 of the year, Mittwoch, 17. Mai
2017 for 2 days
0;01.01.2016 00:00;Friday;CHR40 Marcus (51/Male);I'm sick from day 283 of the year, Mittwoch, 11. Oktober
2017 for 1 days
0;01.01.2016 00:00;Friday;CHR40 Marcus (51/Male);I'm sick from day 14 of the year, Sonntag, 15. Januar 2017
for 10 days
SunriseTimes.csv
This is made from the files starting with: SunriseTimes
These file show for each timestep if the calculation says there should be sunlight or not. The
purpose of the file is to help debugging. The content looks like this:
SunriseTimes.csv
Timestep;Time;Daylight
0;01.01.2016 00:00;0
1;01.01.2016 00:01;0
2;01.01.2016 00:02;0
3;01.01.2016 00:03;0
4;01.01.2016 00:04;0
5;01.01.2016 00:05;0
6;01.01.2016 00:06;0
7;01.01.2016 00:07;0
8;01.01.2016 00:08;0
9;01.01.2016 00:09;0
10;01.01.2016 00:10;0
11;01.01.2016 00:11;0
12;01.01.2016 00:12;0
13;01.01.2016 00:13;0
14;01.01.2016 00:14;0
15;01.01.2016 00:15;0
16;01.01.2016 00:16;0
17;01.01.2016 00:17;0
18;01.01.2016 00:18;0
Critical Desire Threshold Violations
This is made from the files starting with: CriticalTresholdViolations
This shows desire threshold violations beyond the defined critical level. The idea is to find out
if for example people are starving, because there is no food in the household. If this is always
0, it shows that everything is perfect.
Curve for the for HH0 from CriticalTresholdViolations.HH0.CHR40 Antje
(48 Female).png
Curve for the for HH0 from CriticalTresholdViolations.HH0.CHR40 Marcus
(51 Male).png
Time Profiles
This is made from the files starting with: Time Profiles
These files show which time profiles were used for each device and how often. The content
looks like this:
TimeProfiles.HH0.CHR40 Couple, 30 - 64 years, without work 0.txt
Device;Load Type;Profile;Number of Activations
Atika LH 2500 G;Apparent;0 h 15 min 100% [Synthetic];143
Atika LH 2500 G;Electricity;0 h 15 min 100% [Synthetic];143
Atika LH 2500 G;Reactive;0 h 15 min 100% [Synthetic];143
Bathroom Light (100W);Apparent;Bath - light [Synthetic for Light Device];895
Bathroom Light (100W);Electricity;Bath - light [Synthetic for Light Device];895
Bathroom Light (100W);Reactive;Bath - light [Synthetic for Light Device];895
Bathroom Mirror Light 10 W (LED);Apparent;Bath - light [Synthetic for Light Device];895
Bathroom Mirror Light 10 W (LED);Electricity;Bath - light [Synthetic for Light Device];895
Bathroom Mirror Light 10 W (LED);Reactive;Bath - light [Synthetic for Light Device];895
Bathroom Mirror Light 30W (CFL);Apparent;Bath - light [Synthetic for Light Device];1790
Bathroom Mirror Light 30W (CFL);Electricity;Bath - light [Synthetic for Light Device];1790
Bathroom Mirror Light 30W (CFL);Reactive;Bath - light [Synthetic for Light Device];1790
Bathroom Sink 15 L/Min;Warm Water;0 h 01 min 100% [Synthetic];3133
Variables
This is made from the files starting with: Variablelogfile
The variables are used to keep track of things like dirty laundry, dirty dishes and the amount
of laundry to iron. They are used to ensure that for example the dishwasher is only turned on
if there are sufficient dirty dishes. One chart shows the first 25000 timesteps of the contents of
all variables, the other shows the entire time span.
Variables
Variables

Overview of the results of the household CHR40 Couple, 30

Transcription

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