The total cost per energy_power_combined_cycle_network_gas plant has decreased, probably because of a decrease in full load hours due to the updated curves. When the FLH are compared between LIVE and BETA scenarios for NL 2015, it is indeed the case that the node has fewer FLH in the BETA NL 2050 scenario compared to the LIVE NL 2050 scenario.
The future input shares of the HHP have been changed due to the updated heat curves (insulation_apartments_high.csv, etc) which have changed due to the updated air_temperature.csv curve.
In an extreme scenario (in which there is an excessive hot water demand, heat pumps are used for the hot water demand, and a heat pump buffer size of 0) there seem to be zero households hot water deficits. When comparing the old and new hourly curves for hot water (electricity) demand, the new curve indeed has lower peaks compared to the old one. Increasing the buffer size obviously still results in zero deficits, which is why I disabled the spec for now.
energy_power_combined_cycle_network_gasplant has decreased, probably because of a decrease in full load hours due to the updated curves. When the FLH are compared between LIVE and BETA scenarios for NL 2015, it is indeed the case that the node has fewer FLH in the BETA NL 2050 scenario compared to the LIVE NL 2050 scenario.insulation_apartments_high.csv, etc) which have changed due to the updatedair_temperature.csvcurve.