With electric heat pumps replacing for fossil-fueled options, the temporal variability of the energy usage will become increasingly essential to the electrical energy program. To simply consist of this variability in energy system analyses, this papers presents the dataset comprising artificial national time combination of both the heat demand and the coefficient of overall performance (COP) of heat pumps. It covers 16 Countries in europe, includes many years 2008 to 2018, and has an hourly resolution. Demand profiles for room and water home heating are calculated by combining gasoline standard weight profiles with spatial heat and wind velocity reanalysis data as well as population geodata. COP time series for various heat sources – atmosphere, floor, and groundwater – and various warmth sinks – floor heating, radiators, and water home heating – are calculated based on COP and heating shape using reanalysis heat information. The dataset, and also the scripts and input parameters, are publicly available below a wide open resource license around the Open Power Program Data system.

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Because from the worldwide energy transition, open energy data are more essential than ever1. This consists of data on electric powered developing heat pumps, which make up a cornerstone of lasting energy scenarios2. Their power utilization is naturally highly adjustable. On the one hand, you will find fluctuations in the warmth need to become satisfied through the heat pumps. On the other hand, the COP of the heat pumps, which is defined as the varying ratio with their heat generation and electrical energy utilization, modifications with time. This variability will likely be important for future years electrical energy program equilibrium and must be regarded as in related system and market analyses.

Towards this background, this paper introduces the dataset comprising the very first prepared-to-use nationwide time series of the heating demand and the COP of building heat pumps. The strengths from the dataset consist of:

Credibility: Historic time series are presented, thus not including unclear presumptions on long term advancements. The heat demand is calculated using standard load user profiles, which can be completely used by German gasoline providers, and internationally validated with dimensions from your United kingdom along with developing information from the EU. The COP calculation is parametrized on producer information and also validated with area dimensions.

Accuracy: The dataset takes into account particularities of various heat demands (room and water heating), different heat resources (air, floor, and groundwater), and other heat sinks (floor heating, radiators, and water home heating).

Comprehensiveness: Enough time series cover a large geographic area of 16 cold-warm-climate EU nations (Fig. 1), that is appropriate for modelling the total amount from the increasingly more integrated European electrical energy program. Moreover, 11 many years (2008-2018) are provided to permit weather calendar year sensitivity analyses.

The dataset is really a participation for the Open Energy Program Information task and comes after the frictionless information principles6. Centering on the counsel of heat pumps, the goal is always to improve efficiency, visibility, and reproducibility of electrical energy marketplace models, which can be part of much more general incorporated nggazy power system analyses. Moreover, it may work as a valuable standard for option warmth demand and heat water pump modelling approaches in the national level. Current restrictions from the dataset are critically talked about inside the Use Information section.

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