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The increasing amount of variable electricity generation has brought world to investigate various flexibility sources to provide power network balancing through demand side management. Therefore, it is important to create new, more thorough models that allow using smart functions to control the various electricity loads. In this paper a model to simulate a fully mixed domestic hot water tank's behavior in 60, 30 and 15 min time resolution, and its control mechanisms were created. The model will be integrated to another smart house model to enable studying more combined smart controls and functions. Additionally, the flexibility of the hot water storage tank was investigated with the help of 4 different heating scenarios, showing its suitability for Demand Side Management, and the operation of the model was confirmed with lower time resolutions.

A growing body of literature suggests people are choosing to forego parenthood, bringing companion animals into the home as a focus for people’s attachment and caretaking behavior instead. This emergent “pet parenting” can be defined as the parent-like investment in companion animals and has been linked to countries that are experiencing or have experienced the Second Demographic Transition (SDT) marked by subreplacement fertility, changing marriage norms, increased educational attainment, and a flexible life orientation no longer focused solely on reproduction. In this research, we sought to determine if Finland, a country where the SDT has already been evidenced, is also experiencing an emergence of pet parenting and whether there is a difference between parents’, nonparents’, and future parents’ attachment and caregiving behaviors toward companion animals in the home. A total of 857 participants completed an online survey delivered in Finnish and English which included demographic questions, the Lexington Attachment to Pets Scale (LAPS), and a series of questions designed to probe topics regarding the training of companion animals, generalized caretaking, and the ascription of personhood or autonomy to companion animals under the respondent’s care. Future parents reported more agreement across all scales of the LAPS, followed by nonparents than parents. Future parents also reported more frequency of behaviors associated with Affective Responsiveness , while nonparents reported more frequency of behaviors associated with Training and Play and General Care . From our results, we argue that Finland does seem to be experiencing the emergence of pet parenting, likely in response to the SDT, and this is demonstrated by marked differences in attachment and caregiving behaviors directed at companion animals in the home.

Near- and medium-term hourly morphed outdoor temperature files were created for Jyväskylä, Finland, to be used in building energy simulation. These future outdoor temperature files were created according to a statistical down-scaling method, morphing, which utilizes both hourly baseline data, and monthly and daily future climate projections. The used baseline data included hourly test reference year and typical meteorological year data to represent a “typical” climate year, and were appended with weather files created based on the coldest and warmest near Januaries to represent extreme weather files. Climate change data included climate change projection data from 2 different data repositories for either results from Global Climate Model or Regional Climate Model simulations for RCP2.6, RCP4.5 and RCP8.5 climate change scenarios. Morphing all 5 different baseline scenarios with each of the available climate scenarios creates 25 future outdoor temperature files for 2030 (near-term) and 25 files for 2050 (medium-term). The created files were used in [1] to simulate future thermal energy demand in buildings.

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The increasing presence of smartness in buildings to increase the energy efficiency of these buildings makes it difficult to properly anticipate the impact of these technologies. The development of digital tool for creating residential load profile are prolific but their use, especially applied to smart buildings being able to combine both power and thermal energy management, are unavailable. This research presents a tool developed to integrate power and heat demand using a flexible topology to define buildings energy needs across time resolution. It also integrates small-scale renewable energies such as wind and solar to increase the production of local electricity. The entire model can be parametrised and personalised through its user interface. The model demonstrated robust simulation load profiles generation throughout all time resolutions Keywords: smart buildings, high resolution, heat and power, demand response, real-time pricing SIMS 61