Renaming extreme weather conditions to weather conditions

app/views/content/whats_new.en.html.md

@@ -11,10 +11,10 @@ ___
 <details>
   <summary>**Bug fixes**</summary>
 
-  * The <a href="https://energytransitionmodel.com/scenario/flexibility/flexibility_weather/extreme-weather-conditions" target="_blank">full load hours</a> slider for solar PV did not alway correctly adjust the full load hours and production of all solar PV technologies. This is now fixed so that solar PV production matches the full load hour settings.
-  * Changes in the <a href="https://energytransitionmodel.com/scenario/flexibility/flexibility_weather/extreme-weather-conditions" target="_blank">full load hours</a> led to inconsistent energy flows in solar PV plants for H2 and offshore wind turbines for H2 between the electricity and hydrogen production component. This is solved to ensure that flows between these components are consistent.
+  * The <a href="https://energytransitionmodel.com/scenario/flexibility/flexibility_weather/weather-conditions" target="_blank">full load hours</a> slider for solar PV did not alway correctly adjust the full load hours and production of all solar PV technologies. This is now fixed so that solar PV production matches the full load hour settings.
+  * Changes in the <a href="https://energytransitionmodel.com/scenario/flexibility/flexibility_weather/weather-conditions" target="_blank">full load hours</a> led to inconsistent energy flows in solar PV plants for H2 and offshore wind turbines for H2 between the electricity and hydrogen production component. This is solved to ensure that flows between these components are consistent.
   * An issue in the <a href="https://energytransitionmodel.com/scenario/flexibility/flexibility_net_load/curtailment-solar-pv" target="_blank">curtailment settings</a> for solar PV led to the wrong calculation of the peak production before curtailment. This issue is fixed, the correct peak production before curtailment is given. The production after curtailment remains unaffected.
-  * Due to a bug in the <a href="https://energytransitionmodel.com/scenario/flexibility/flexibility_weather/extreme-weather-conditions" target="_blank">weather year set</a> (only for Dutch regions), the weather year settings did not change the annual heat demand of households. This bug is fixed.
+  * Due to a bug in the <a href="https://energytransitionmodel.com/scenario/flexibility/flexibility_weather/weather-conditions" target="_blank">weather year set</a> (only for Dutch regions), the weather year settings did not change the annual heat demand of households. This bug is fixed.
   * The slider for turning off appliances in the <a href="https://energytransitionmodel.com/scenario/demand/households/behaviour" target="_blank">Behaviour</a> section of Households also affected the energy demand in the Buildings sector. This is rectified, the slider now only affects energy demand for appliances in the Households sector.
 </details>
 
@@ -754,15 +754,15 @@ Discover this new functionality in the **[Flexibility → Import/Export](/scenar
 
 The hourly heat demand curves in the buildings and agriculture sector are now temperature dependent. This means that the shape of the demand curves will change depending on the selected weather year. Previously, the ETM used static demand profiles for the buildings sector and a flat profile for agriculture. Both sectors now use the same profile, based on data from large gas consumers, which is generated dynamically using weather data. As a result, this profile is now also available for the weather years 1987, 1997, and 2004. Heat demand in buildings and agriculture responds to outdoor temperature fluctuations, just like households heating demand.
 
-Get insight in the impact of the weather year selection on demand curves in the **[Flexibility → Weather conditions](/scenario/flexibility/flexibility_weather/extreme-weather-conditions)** section!
+Get insight in the impact of the weather year selection on demand curves in the **[Flexibility → Weather conditions](/scenario/flexibility/flexibility_weather/weather-conditions)** section!
 
 ![](/assets/pages/whats_new/weather_years_buildings_heating_en.png)
 
 ## Impact of outdoor temperature on yearly energy demand
 
 The impact of a higher or lower average outdoor temperature has been revised. In addition to heating and cooling demand in households and buildings, changing outdoor temperature now also affects heating demand in the agriculture sector. Heating demand in all three sectors now is more sensitive to temperature changes; the impact of temperature on heat demand is based on research by the Dutch gas TSO. See our [documentation page](https://docs.energytransitionmodel.com/main/outdoor-temperature) for more info. This improvement is relevant for both the temperature slider and the weather year selection.
 
-Check out this improvement in the **[Flexibility → Weather conditions](/scenario/flexibility/flexibility_weather/extreme-weather-conditions)** section!
+Check out this improvement in the **[Flexibility → Weather conditions](/scenario/flexibility/flexibility_weather/weather-conditions)** section!
 
 ![](/assets/pages/whats_new/outdoor_temperature_en.png)
 
@@ -840,7 +840,7 @@ All CHPs (with the exception of biogas-CHP) now also work as dispatchable in the
 
 ## Wind load curves improved
 
-The wind load curves for the default dataset of the Netherlands are now created using the same (KNMI-based) method as used for the [extreme weather years (1987, 1997, 2004)](/scenario/flexibility/flexibility_weather/extreme-weather-conditions). This ensures more consistency between the different datasets for the Netherlands. Check out our [Github documentation](https://github.com/quintel/etdataset-public/tree/master/curves/supply/wind) for a more detailed explanation of this method.
+The wind load curves for the default dataset of the Netherlands are now created using the same (KNMI-based) method as used for the [extreme weather years (1987, 1997, 2004)](/scenario/flexibility/flexibility_weather/weather-conditions). This ensures more consistency between the different datasets for the Netherlands. Check out our [Github documentation](https://github.com/quintel/etdataset-public/tree/master/curves/supply/wind) for a more detailed explanation of this method.
 
 -> ![](/assets/pages/whats_new/wind_curves_en.png) <-
 

app/views/content/whats_new.nl.html.md

@@ -11,10 +11,10 @@ ___
 <details>
   <summary>**Bug fixes**</summary>
 
-  * De <a href="https://energytransitionmodel.com/scenario/flexibility/flexibility_weather/extreme-weather-conditions" target="_blank">vollasturenschuifjes</a> voor zon-PV werkten niet altijd correct de vollasturen en productie van zon-PV technologieën bij. Dit is nu verholpen zodat de productie van zon-PV technologieën nu overeenkomt met de ingestelde vollasturen.
-  * Het aanpassen van de <a href="https://energytransitionmodel.com/scenario/flexibility/flexibility_weather/extreme-weather-conditions" target="_blank">vollasturen</a> resulteerde in inconsistente energiestromen bij de zonnecentrale PV voor H2 en de windturbine op zee voor H2, tussen de componenten voor elektriciteitsproductie en waterstofproductie. Dit is verholpen zodat de stromen tussen deze componenten consistent zijn.
+  * De <a href="https://energytransitionmodel.com/scenario/flexibility/flexibility_weather/weather-conditions" target="_blank">vollasturenschuifjes</a> voor zon-PV werkten niet altijd correct de vollasturen en productie van zon-PV technologieën bij. Dit is nu verholpen zodat de productie van zon-PV technologieën nu overeenkomt met de ingestelde vollasturen.
+  * Het aanpassen van de <a href="https://energytransitionmodel.com/scenario/flexibility/flexibility_weather/weather-conditions" target="_blank">vollasturen</a> resulteerde in inconsistente energiestromen bij de zonnecentrale PV voor H2 en de windturbine op zee voor H2, tussen de componenten voor elektriciteitsproductie en waterstofproductie. Dit is verholpen zodat de stromen tussen deze componenten consistent zijn.
   * Door een bug in de instellingen voor <a href="https://energytransitionmodel.com/scenario/flexibility/flexibility_net_load/curtailment-solar-pv" target="_blank">productiebeperking</a> van zon-PV leidde tot een verkeerde berekening van de piek voor productiebeperking. Deze bug is verholpen, zodat de juiste piek voor productiebeperking wordt getoond. De productie na beperking is onveranderd.
-  * Door een bug in de <a href="https://energytransitionmodel.com/scenario/flexibility/flexibility_weather/extreme-weather-conditions" target="_blank">weerjarenset</a> (alleen voor Nederlandse regio's) werd de jaarlijkse warmtevraag in huishoudens niet aangepast wanneer een ander weerjaar werd gekozen. Dit is verholpen.
+  * Door een bug in de <a href="https://energytransitionmodel.com/scenario/flexibility/flexibility_weather/weather-conditions" target="_blank">weerjarenset</a> (alleen voor Nederlandse regio's) werd de jaarlijkse warmtevraag in huishoudens niet aangepast wanneer een ander weerjaar werd gekozen. Dit is verholpen.
   * Het schuifje voor het uizetten van apparaten in de <a href="https://energytransitionmodel.com/scenario/demand/households/behaviour" target="_blank">Gedrag</a>-sectie van Huishoudens had ook invloed op de energievraag in de sector Gebouwen. Dit is gecorrigeerd zodat het schuifje nu alleen de energievraag voor apparaten in Huishoudens beïnvloedt.
 </details>
 
@@ -748,15 +748,15 @@ Ontdek deze nieuwe functionaliteit bij **[Flexibiliteit → Import/Export](/scen
 
 De uurlijkse vraagcurves in de gebouwensector en landbouw zijn temperatuursafhankelijk gemaakt. Hierdoor veranderen de curves mee als de gebruiker een ander weerjaar selecteert. Voorheen gebruikte het ETM een statisch grootverbruikersprofiel voor de gebouwensector en een vlak profiel voor de landbouw. Nu gebruiken beide sectoren hetzelfde grootverbruikersprofiel, dat dynamisch is gegenereerd aan de hand van weerdata. Dit profiel is hierdoor ook beschikbaar voor de historische weerjaren 1987, 1997 en 2004, waardoor de warmtevraag in gebouwen en landbouw, net als bij huishoudens, meebeweegt met de buitentemperatuur.
 
-Bekijk de impact van het weerjaar op de vraagprofielen bij **[Flexibiliteit → Weersomstandigheden](/scenario/flexibility/flexibility_weather/extreme-weather-conditions)**!
+Bekijk de impact van het weerjaar op de vraagprofielen bij **[Flexibiliteit → Weersomstandigheden](/scenario/flexibility/flexibility_weather/weather-conditions)**!
 
 ![](/assets/pages/whats_new/weather_years_buildings_heating_nl.png)
 
 ## Impact van buitentemperatuur op energievraag
 
 De impact van een hogere of lagere gemiddelde buitentemperatuur is tegen het licht gehouden. Het veranderen van de buitentemperatuur heeft nu, naast huishoudens en gebouwen, ook invloed op de warmtevraag van landbouw. Daarnaast is de impact op de warmtevraag in deze drie sectoren een stuk groter dan voorheen. De impact van temperatuur op warmtevraag is afgeleid uit de 'graaddagenformule' die gehanteerd wordt door GTS. Bekijk onze [documentatiepagina](https://docs.energytransitionmodel.com/main/outdoor-temperature) voor meer informatie. Deze verbetering is relevant voor zowel de temperatuurschuif in de weerjarensectie van het ETM als het selecteren van een specifiek weerjaar.
 
-Ga naar **[Flexibiliteit → Weersomstandigheden](/scenario/flexibility/flexibility_weather/extreme-weather-conditions)** om de verbetering te bekijken!
+Ga naar **[Flexibiliteit → Weersomstandigheden](/scenario/flexibility/flexibility_weather/weather-conditions)** om de verbetering te bekijken!
 
 ![](/assets/pages/whats_new/outdoor_temperature_nl.png)
 
@@ -834,7 +834,7 @@ Alle WKKs (m.u.v. biogas-WKK) draaien nu mee als dispatchable in de elektricitei
 
 ## Windprofielen verbeterd
 
-De windprofielen voor de default dataset van Nederland zijn nu gegenereerd volgens dezelfde methode (gebaseerd op KNMI data) als gebruikt voor de [extreme weerjaren (1987, 1997, 2004)](/scenario/flexibility/flexibility_weather/extreme-weather-conditions). Dit waarborgt de consistentie tussen de verschillende datasets voor Nederland. Check onze [Github documentatie](https://github.com/quintel/etdataset-public/tree/master/curves/supply/wind) voor een uitgebreidere toelichting op deze methode.
+De windprofielen voor de default dataset van Nederland zijn nu gegenereerd volgens dezelfde methode (gebaseerd op KNMI data) als gebruikt voor de [extreme weerjaren (1987, 1997, 2004)](/scenario/flexibility/flexibility_weather/weather-conditions). Dit waarborgt de consistentie tussen de verschillende datasets voor Nederland. Check onze [Github documentatie](https://github.com/quintel/etdataset-public/tree/master/curves/supply/wind) voor een uitgebreidere toelichting op deze methode.
 
 -> ![](/assets/pages/whats_new/wind_curves_nl.png) <-
 

config/locales/interface/input_elements/en_demand_buildings.yml

@@ -408,7 +408,7 @@ en:
         For more information you can view the
         <a href="https://docs.energytransitionmodel.com/main/heat-pumps/#air-source-heat-pumps" target=\"_blank\">documentation</a>.
         To influence the efficiency of this heatpump you can go to the <a href="/scenario/costs/costs_heat/heating-in-houses-and-buildings">Costs & efficiencies</a> section
-        or choose to adjust the <a href="/scenario/flexibility/flexibility_weather/extreme-weather-conditions" >weather curve</a>.
+        or choose to adjust the <a href="/scenario/flexibility/flexibility_weather/weather-conditions" >weather curve</a>.
     buildings_cooling_heatpump_air_water_electricity_share:
       title: Air heat pump
       short_description: ''
@@ -422,7 +422,7 @@ en:
         For more information you can view the
         <a href="https://docs.energytransitionmodel.com/main/heat-pumps/#air-source-heat-pumps" target=\"_blank\">documentation</a>.
         To influence the efficiency of this heatpump you can go to the <a href="/scenario/costs/costs_heat/heating-in-houses-and-buildings">Costs & efficiencies</a> section
-        or choose to adjust the <a href="/scenario/flexibility/flexibility_weather/extreme-weather-conditions" >weather curve</a>.
+        or choose to adjust the <a href="/scenario/flexibility/flexibility_weather/weather-conditions" >weather curve</a>.
     buildings_space_heater_hybrid_heatpump_air_water_electricity_share:
       title: Hybrid air heat pump (gas)
       short_description: ''

config/locales/interface/input_elements/en_demand_households.yml

@@ -552,7 +552,7 @@ en:
         For more information you can view the
         <a href="https://docs.energytransitionmodel.com/main/heat-pumps/#air-source-heat-pumps" target=\"_blank\">documentation</a>.
         To influence the efficiency of this heatpump you can go to the <a href="/scenario/costs/costs_heat/heating-in-houses-and-buildings">Costs & efficiencies</a> section
-        or choose to adjust the <a href="/scenario/flexibility/flexibility_weather/extreme-weather-conditions" >weather curve</a>.
+        or choose to adjust the <a href="/scenario/flexibility/flexibility_weather/weather-conditions" >weather curve</a>.
     households_appliances_fridge_freezer_electricity_efficiency:
       title: Fridge / Freezer
       short_description: ''
@@ -936,7 +936,7 @@ en:
         For more information you can view the
         <a href="https://docs.energytransitionmodel.com/main/heat-pumps/#air-source-heat-pumps" target=\"_blank\">documentation</a>.
         To influence the efficiency of this heatpump you can go to the <a href="/scenario/costs/costs_heat/heating-in-houses-and-buildings">Costs & efficiencies</a> section
-        or choose to adjust the <a href="/scenario/flexibility/flexibility_weather/extreme-weather-conditions" >weather curve</a>.
+        or choose to adjust the <a href="/scenario/flexibility/flexibility_weather/weather-conditions" >weather curve</a>.
     households_heater_heatpump_surface_water_water_ts_electricity_share:
       title: Aquathermal heat pump with TS (surface water)
       short_description: ''

config/locales/interface/input_elements/en_supply_electricity.yml

@@ -92,7 +92,7 @@ en:
         in order to decrease the load on the net, you can set this you can set this 
         <a href="/scenario/flexibility/flexibility_net_load/curtailment-solar-pv\">here</a>. <br/><br/>
         You can adjust the full load hours of solar
-        panels <a href="/scenario/flexibility/flexibility_weather/extreme-weather-conditions\" >here</a>.
+        panels <a href="/scenario/flexibility/flexibility_weather/weather-conditions\" >here</a>.
         The efficiency of solar panels can be adjusted <a href"/scenario/costs/specs_renewable_electricity/solar-power\" >here</a>.<br
         />
     capacity_of_buildings_solar_pv_solar_radiation:
@@ -128,7 +128,7 @@ en:
         it is smart to connect solar parks to only a certain percentage of the peak
         power, you can set this <a href="/scenario/flexibility/flexibility_net_load/curtailment-solar-pv\">here</a>.<br/><br/>
         You can adjust the full load hours of solar
-        panels <a href="/scenario/flexibility/flexibility_weather/extreme-weather-conditions\" >here</a>.
+        panels <a href="/scenario/flexibility/flexibility_weather/weather-conditions\" >here</a>.
         The efficiency of solar panels can be adjusted <a href="/scenario/costs/specs_renewable_electricity/solar-power\" >here</a>.
     capacity_of_energy_power_solar_csp_solar_radiation:
       title: Concentrated solar power

config/locales/interface/input_elements/en_supply_hydrogen.yml

@@ -100,7 +100,7 @@ en:
         The efficiency of electrolysers can
         be adjusted <a href="/scenario/costs/costs_hydrogen/hydrogen-production\" >here</a>.
         You can adjust the full load hours of wind turbines 
-        <a href="/scenario/flexibility/flexibility_weather/extreme-weather-conditions\" >here</a>
+        <a href="/scenario/flexibility/flexibility_weather/weather-conditions\" >here</a>
         <br/><br/>Note: The technical and financial specifications below are
         only the specifications of the electrolyser, not the wind turbines. The specifications
         of the wind turbines can be found in the <a href="/scenario/supply/electricity_renewable/wind-turbines\">Renewable
@@ -117,7 +117,7 @@ en:
         >documentation on Github</a>.\r\n</br></br>\r\nThe efficiency of elektrolysers can
         be adjusted <a href=\"/scenario/costs/costs_hydrogen/hydrogen-production\" >here</a>.
         You can adjust the full load hours of solar
-        panels <a href=\"/scenario/flexibility/flexibility_weather/extreme-weather-conditions\" >here</a>.
+        panels <a href=\"/scenario/flexibility/flexibility_weather/weather-conditions\" >here</a>.
         The efficiency of solar panels can be adjusted <a href=\"/scenario/costs/solar/solar-pv-technology\" >here</a>.<br
         /><br/><br />\r\nNote: The technical and financial specifications below are
         only the specifications of the electrolyser, not the solar panels. The specifications

config/locales/interface/input_elements/nl_demand_buildings.yml

@@ -400,7 +400,7 @@ nl:
         <a href="https://docs.energytransitionmodel.com/main/heat-pumps/#air-source-heat-pumps" target=\"_blank\">documentatie</a>. 
         Om de efficientie (COP) te beïnvloeden kun je naar de 
         <a href="/scenario/costs/costs_heat/heating-in-houses-and-buildings" >Kosten & efficiënties</a> gaan
-        of het <a href="/scenario/flexibility/flexibility_weather/extreme-weather-conditions" >weerjaar</a> aanpassen.
+        of het <a href="/scenario/flexibility/flexibility_weather/weather-conditions" >weerjaar</a> aanpassen.
     buildings_cooling_heatpump_air_water_electricity_share:
       title: Luchtwarmtepomp
       short_description: ''
@@ -415,7 +415,7 @@ nl:
         <a href="https://docs.energytransitionmodel.com/main/heat-pumps/#air-source-heat-pumps" target=\"_blank\">documentatie</a>. 
         Om de efficientie (COP) te beïnvloeden kun je naar de 
         <a href="/scenario/costs/costs_heat/heating-in-houses-and-buildings" >Kosten & efficiënties</a> gaan
-        of het <a href="/scenario/flexibility/flexibility_weather/extreme-weather-conditions" >weerjaar</a> aanpassen.
+        of het <a href="/scenario/flexibility/flexibility_weather/weather-conditions" >weerjaar</a> aanpassen.
     buildings_space_heater_hybrid_heatpump_air_water_electricity_share:
       title: Hybride luchtwarmtepomp (gas)
       short_description: ''