An analysis of heating energy scenarios of a Finnish case district

Rinat Abdurafikov, Elina Grahn, Lotta Kannari, Joel Ypyä, Sampo Kaukonen, Ismo Heimonen, Satu Paiho (Corresponding Author)

Research output: Contribution to journalArticleScientificpeer-review

18 Citations (Scopus)

Abstract

District heating is widely used in heating buildings in Finland. Due to new European legislation, increasing adaption of renewables, and new stakeholders in the heating business, Finnish district heating needs to evolve. This paper analyzes energy and emissions impacts of different heating energy scenarios in a typical Finnish district heated area. A period of 20 years (2015-2035) was studied assuming the future development of the building stock. The conservative, extensive and extreme scenarios assumed different amounts of solar energy and ground source heat pumps to be implemented as decentralized systems. In addition, two heat prosumer scenarios were analyzed, namely an industrial waste heat scenario and a modest solar heat prosumer scenario. Despite the increase of the buildings' total floor area by about a third, the combined heating and domestic hot water consumption per floor area was estimated to decrease by about 36%. The extreme scenario with ground source heat pumps and a solar thermal system decreased the annual centralized heat production by 34% and the industrial waste heat scenario by 32%. The waste heat scenario decreased the emissions the most.
Original languageEnglish
Pages (from-to)56-66
Number of pages11
JournalSustainable Cities and Society
Volume32
DOIs
Publication statusPublished - 2017
MoE publication typeA1 Journal article-refereed

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heat pump
Waste heat
district
scenario
Geothermal heat pumps
heating
heat
energy
Heating
District heating
Industrial wastes
industrial waste
district heating
heat production
Solar energy
building
legislation
stakeholder
solar energy
Hot Temperature

Keywords

  • district heating
  • energy systems
  • buildings
  • energy efficiency
  • Finland

Cite this

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title = "An analysis of heating energy scenarios of a Finnish case district",
abstract = "District heating is widely used in heating buildings in Finland. Due to new European legislation, increasing adaption of renewables, and new stakeholders in the heating business, Finnish district heating needs to evolve. This paper analyzes energy and emissions impacts of different heating energy scenarios in a typical Finnish district heated area. A period of 20 years (2015-2035) was studied assuming the future development of the building stock. The conservative, extensive and extreme scenarios assumed different amounts of solar energy and ground source heat pumps to be implemented as decentralized systems. In addition, two heat prosumer scenarios were analyzed, namely an industrial waste heat scenario and a modest solar heat prosumer scenario. Despite the increase of the buildings' total floor area by about a third, the combined heating and domestic hot water consumption per floor area was estimated to decrease by about 36{\%}. The extreme scenario with ground source heat pumps and a solar thermal system decreased the annual centralized heat production by 34{\%} and the industrial waste heat scenario by 32{\%}. The waste heat scenario decreased the emissions the most.",
keywords = "district heating, energy systems, buildings, energy efficiency, Finland",
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An analysis of heating energy scenarios of a Finnish case district. / Abdurafikov, Rinat; Grahn, Elina; Kannari, Lotta; Ypyä, Joel; Kaukonen, Sampo; Heimonen, Ismo; Paiho, Satu (Corresponding Author).

In: Sustainable Cities and Society, Vol. 32, 2017, p. 56-66.

Research output: Contribution to journalArticleScientificpeer-review

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AU - Abdurafikov, Rinat

AU - Grahn, Elina

AU - Kannari, Lotta

AU - Ypyä, Joel

AU - Kaukonen, Sampo

AU - Heimonen, Ismo

AU - Paiho, Satu

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N2 - District heating is widely used in heating buildings in Finland. Due to new European legislation, increasing adaption of renewables, and new stakeholders in the heating business, Finnish district heating needs to evolve. This paper analyzes energy and emissions impacts of different heating energy scenarios in a typical Finnish district heated area. A period of 20 years (2015-2035) was studied assuming the future development of the building stock. The conservative, extensive and extreme scenarios assumed different amounts of solar energy and ground source heat pumps to be implemented as decentralized systems. In addition, two heat prosumer scenarios were analyzed, namely an industrial waste heat scenario and a modest solar heat prosumer scenario. Despite the increase of the buildings' total floor area by about a third, the combined heating and domestic hot water consumption per floor area was estimated to decrease by about 36%. The extreme scenario with ground source heat pumps and a solar thermal system decreased the annual centralized heat production by 34% and the industrial waste heat scenario by 32%. The waste heat scenario decreased the emissions the most.

AB - District heating is widely used in heating buildings in Finland. Due to new European legislation, increasing adaption of renewables, and new stakeholders in the heating business, Finnish district heating needs to evolve. This paper analyzes energy and emissions impacts of different heating energy scenarios in a typical Finnish district heated area. A period of 20 years (2015-2035) was studied assuming the future development of the building stock. The conservative, extensive and extreme scenarios assumed different amounts of solar energy and ground source heat pumps to be implemented as decentralized systems. In addition, two heat prosumer scenarios were analyzed, namely an industrial waste heat scenario and a modest solar heat prosumer scenario. Despite the increase of the buildings' total floor area by about a third, the combined heating and domestic hot water consumption per floor area was estimated to decrease by about 36%. The extreme scenario with ground source heat pumps and a solar thermal system decreased the annual centralized heat production by 34% and the industrial waste heat scenario by 32%. The waste heat scenario decreased the emissions the most.

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