With electric powered heat pumps substituting for fossil-powered alternatives, the temporal variability of their energy utilization will become more and more essential to the electrical energy program. To simply include this variability in energy program analyses, this paper introduces the dataset comprising synthetic nationwide time number of the warmth need as well as the coefficient of performance (COP) of heat pumps. It addresses 16 European countries, consists of many years 2008 to 2018, and has a per hour quality. Demand user profiles for room and water home heating are calculated by mixing gasoline regular load user profiles with spatial temperature and blowing wind velocity reanalysis data along with population geodata. COP time series for many different warmth sources – air, floor, and groundwater – and other warmth sinks – floor home heating, radiators, and water home heating – are determined based upon COP and home heating curves using reanalysis temperature data. The dataset, as well as the scripts and input guidelines, are publicly readily available below a wide open source license around the Open Power Program Information system.
Heat Pump Installation
Because of the global power changeover, open power information are more essential than ever1. This consists of information on electric developing heat pumps, which constitute a cornerstone of sustainable energy scenarios2. Their electrical power consumption is naturally highly adjustable. On one side, you can find fluctuations in the heat demand to get fulfilled by the heat pumps. On the other hand, the COP in the heat pumps, which is identified as the different ratio with their warmth generation and electrical energy usage, modifications with time. This variability will be important for future years electrical energy system balance and must be regarded as in associated system and market analyses.
Towards this history, this papers presents the dataset comprising the initial prepared-to-use national time combination of both heating need as well as the COP of creating heat pumps. The strengths of the dataset consist of:
Credibility: Historical time collection are presented, thus not including unclear assumptions on future developments. The heat need is calculated utilizing standard weight profiles, which can be permanently used by German gas suppliers, and internationally validated with dimensions from the United kingdom in addition to developing data through the EU. The COP computation is parametrized on producer data and also validated with field dimensions.
Accuracy: The dataset considers particularities of numerous heat demands (space and water heating), different warmth resources (atmosphere, floor, and groundwater), and various heat sinks (flooring home heating, radiators, and water home heating).
Comprehensiveness: Time collection include a big geographical section of 16 chilly-temperate-climate EU nations (Fig. 1), that is appropriate for modelling the total amount of the more and more incorporated European electrical energy system. Furthermore, 11 many years (2008-2018) are provided to allow weather conditions calendar year sensitivity analyses.
The dataset is actually a contribution for the Open up Energy Program Data task and follows the frictionless information principles6. Concentrating on the representation of heat pumps, the aim is to enhance efficiency, visibility, and reproducibility of electricity market designs, which might be a part of more general integrated nggazy power system analyses. Moreover, it might work as a beneficial benchmark for alternative warmth demand and also heat water pump modelling approaches in the nationwide level. Existing restrictions from the dataset are critically discussed inside the Use Notes area.