diff --git a/GHEtool/Examples/optimise_load_profile.py b/GHEtool/Examples/optimise_load_profile.py
index c001821f..1adffcae 100644
--- a/GHEtool/Examples/optimise_load_profile.py
+++ b/GHEtool/Examples/optimise_load_profile.py
@@ -28,7 +28,7 @@ def optimise():
 
     # load the hourly profile
     load = HourlyBuildingLoad(efficiency_heating=5, efficiency_cooling=25)
-    load.load_hourly_profile("hourly_profile.csv", header=True, separator=";")
+    load.load_hourly_profile(FOLDER.joinpath("Examples/hourly_profile.csv"), header=True, separator=";")
     load.dhw = 100000  # add domestic hot water
 
     # optimise the load for a 10x10 field (see data above) and a fixed depth of 150m.
diff --git a/GHEtool/test/methods/temp.py b/GHEtool/test/methods/temp.py
deleted file mode 100644
index 2d783db7..00000000
--- a/GHEtool/test/methods/temp.py
+++ /dev/null
@@ -1,57 +0,0 @@
-from GHEtool import *
-import pygfunction as gt
-import numpy as np
-from GHEtool.Methods.optimise_load_profile import optimise_load_profile_power
-
-borefield_gt = gt.boreholes.rectangle_field(10, 12, 6, 6, 150, 4, 0.075)
-hourly_load = HourlyBuildingLoad(efficiency_heating=10 ** 6, efficiency_cooling=10 ** 6, efficiency_dhw=10 ** 6)
-
-borefield = Borefield()
-data = GroundConstantTemperature(3, 10)
-borefield.set_ground_parameters(data)
-borefield.set_Rb(0.2)
-borefield.set_borefield(borefield_gt)
-borefield.set_max_avg_fluid_temperature(16)
-borefield.set_min_avg_fluid_temperature(0)
-hourly_load.load_hourly_profile(FOLDER.joinpath("test\methods\hourly_data\hourly_profile.csv"), col_heating=1,
-                                col_cooling=0, col_dhw=1)
-hourly_load.hourly_heating_load = np.zeros(8760)
-borefield.load = hourly_load
-
-borefield_load, external_load = optimise_load_profile_power(borefield, hourly_load, dhw_preferential=True)
-_percentage_extraction = (np.sum(borefield_load.hourly_heating_load_simulation_period) + np.sum(
-    borefield_load.hourly_dhw_load_simulation_period)) / \
-                         (np.sum(hourly_load.hourly_heating_load_simulation_period) + np.sum(
-                             hourly_load.hourly_dhw_load_simulation_period)) * 100
-_percentage_injection = np.sum(borefield_load.hourly_cooling_load_simulation_period) / \
-                        np.sum(hourly_load.hourly_cooling_load_simulation_period) * 100
-print(_percentage_extraction)
-print(_percentage_injection)
-print(borefield_load.max_peak_extraction)
-print(borefield_load.max_peak_injection)
-print(external_load.max_peak_heating)
-print(external_load.max_peak_cooling)
-# list_of_test_objects.add(OptimiseLoadProfileObject(borefield, hourly_load, 150, 99.976, 66.492,
-#                                                    643.137, 195.331, 33.278, 340.705,
-#                                                    name='Optimise load profile 1, reversed (power, dhw not preferential)',
-#                                                    power=True,
-#                                                    hourly=False, dhw_preferential=False))
-# list_of_test_objects.add(OptimiseLoadProfileObject(borefield, hourly_load, 150, 99.971, 66.424,
-#                                                    639.283, 195.053, 37.132, 340.983,
-#                                                    name='Optimise load profile 1, reversed (power, hourly, dhw not preferential)',
-#                                                    power=True,
-#                                                    hourly=True, dhw_preferential=False))
-# hourly_load.load_hourly_profile(FOLDER.joinpath("test\methods\hourly_data\hourly_profile.csv"), col_heating=1,
-#                                 col_cooling=0, col_dhw=0)
-# hourly_load.set_hourly_heating_load(np.zeros(8760))
-# hourly_load.cop_dhw = 10 ** 6
-# list_of_test_objects.add(OptimiseLoadProfileObject(borefield, hourly_load, 150, 99.976, 66.492,
-#                                                    643.137, 195.331, 33.278, 340.705,
-#                                                    name='Optimise load profile 1, reversed (power, dhw load)',
-#                                                    power=True,
-#                                                    hourly=False, dhw_preferential=True))
-# list_of_test_objects.add(OptimiseLoadProfileObject(borefield, hourly_load, 150, 99.971, 66.424,
-#                                                    639.283, 195.053, 37.132, 340.983,
-#                                                    name='Optimise load profile 1, reversed (power, hourly, dhw load)',
-#                                                    power=True,
-#                                                    hourly=True, dhw_preferential=True))