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| Moderator:Jouni (see all) |
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What is the energy (i.e. electricity) use of geothermal heating in a detached house?
The answer is based on a single example house located near the Savilahti weather station, Kuopio, Finland.
kWh (or kW, as the data is given in hourly slots)
# This code only works from a computer within THL network.
dat1 <- read.csv("//cesium/yhteiset/YMAL/Projects/Urgenche/WP4 Buildings/report2013b.csv")
dat1$Kulutus <- as.numeric(gsub(",", ".", dat1$Kulutus))
dat1 <- dat1[!is.na(dat1$Kulutus) , ]
dat1$Aika <- as.POSIXct("2013-01-19 0:00:00 EET") + (0:(nrow(dat1) - 1)) * 3600
dat1 <- dat1[c(4,2)]
write.csv(dat1 , file = "//cesium/yhteiset/YMAL/Projects/Urgenche/WP4 Buildings/report2013c.csv", row.names = FALSE)
# The function below does not work from own computer. The same was done using OpasnetBaseImport.
#opbase.upload(dat1, ident = "Op_en6315", name = "Electricity use in a house with geothermal heating", subset = "2013",
# obj_type = "variable", act_type = "replace", language = "eng",
# unit = "kWh", who = "Jouni", rescol = "Kulutus"
#)
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library(fmi)
#apiKey <- ""
request <- FMIWFSRequest$new(apiKey=apiKey)
request$setParameters(request="getFeature",
storedquery_id="fmi::observations::weather::daily::timevaluepair",
starttime="2014-01-01T00:00:00Z",
endtime="2014-01-01T00:00:00Z",
place="savilahti,Kuopio",
parameters="rrday,snow,tday,tmin,tmax")
client <- FMIWFSClient$new(request=request)
client
layers <- client$listLayers()
layers
response <- client$getLayer(layer=layers[1], parameters=list(splitListFields=TRUE))
response
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