Location and Capacity Selection Method for Electric Thermal Storage Heating Equipment Connected to Distribution Network Considering Load Characteristics and Power Quality Management
Abstract:High-permeability distributed wind power and photovoltaic systems are connected to the distribution network, which exacerbates the volatility and uncertainty of the distribution network. Furthermore, with the increasing demand of heating in winter and environmental protection, the wide use of electric thermal storage heating equipment (ETSHE) can promote distributed renewable energy utilization. However, an unplanned ETSHE connection to the distribution network may cause serious power quality problems. A new m… Show more
“…Gu et al (2007Gu et al ( , 2010;Tuzkaya et al (2010),Valchkov and Valchkova (2018);Liu et al (2020) Jarvis and MDCowell (1991),Hall (1993);Brynzér et al (1994);Petersen (1999),Lin and Lu (1999);Won and Olafsson (2005), Ho and Liu (2005); Gademann and Velde (2005), Gue et al (2006); Parikh and Meller (2008), Parikh and Meller (2009); Yu and De Koster (2009), Dallari et al (2009); De Koster et al (2012), Andriansyah et al (2014); Lam et al (2014), Guo et al (2016); Pan et al (2015), Kuo et al (2016); Bahrami et al (2017); Yuan et al (2018), De Santis et al (2018); Purba and Aisyah (2018), Gill (2009); Choy et al (2012) d 11 Dock-Truck assignment -Nozick and Turnquist (2001), Teo and Shu (2004); Yang et al (2007), Shen and Qi (2007); Javid and Azad (2010), Accorsi et al (2014); Salehi et al (2015); d 21 DC quantity and location Hua et al(2016); Litomin et al (2016), Zhuge et al (2016);Brunaud et al(2018) …”
Purpose
This paper aims to examine the relationship between the main decisions for designing distribution centers (DCs) and the contextual characteristics of the distribution networks.
Design/methodology/approach
Experts were surveyed and responses analyzed quantitatively through multivariate data techniques. This study considered four contextual characteristics that were deemed as influential for DC design: types of routes in the distribution network, quantity of DCs, distribution network levels and company size.
Findings
This paper evidenced which decisions are affected by each contextual characteristic encompassed in this study. This paper identified that the characteristic types of route in the distribution network must be carefully considered, as it had the greatest amount of associations with the decisions for designing a DC.
Originality/value
Despite its importance, most studies on design of DCs disregard the effect of the context in which DCs are inserted. This research provides arguments to support decision-making process of DCs design, increasing assertiveness of their planning. This work fulfills a literature gap by empirically examining the effect of contextual variables on the decisions related to DC design. Regarding practice, this paper addressed a fundamental issue for managers looking to design a DC, as it evidenced how contextual characteristics impact the decision-making.
“…Gu et al (2007Gu et al ( , 2010;Tuzkaya et al (2010),Valchkov and Valchkova (2018);Liu et al (2020) Jarvis and MDCowell (1991),Hall (1993);Brynzér et al (1994);Petersen (1999),Lin and Lu (1999);Won and Olafsson (2005), Ho and Liu (2005); Gademann and Velde (2005), Gue et al (2006); Parikh and Meller (2008), Parikh and Meller (2009); Yu and De Koster (2009), Dallari et al (2009); De Koster et al (2012), Andriansyah et al (2014); Lam et al (2014), Guo et al (2016); Pan et al (2015), Kuo et al (2016); Bahrami et al (2017); Yuan et al (2018), De Santis et al (2018); Purba and Aisyah (2018), Gill (2009); Choy et al (2012) d 11 Dock-Truck assignment -Nozick and Turnquist (2001), Teo and Shu (2004); Yang et al (2007), Shen and Qi (2007); Javid and Azad (2010), Accorsi et al (2014); Salehi et al (2015); d 21 DC quantity and location Hua et al(2016); Litomin et al (2016), Zhuge et al (2016);Brunaud et al(2018) …”
Purpose
This paper aims to examine the relationship between the main decisions for designing distribution centers (DCs) and the contextual characteristics of the distribution networks.
Design/methodology/approach
Experts were surveyed and responses analyzed quantitatively through multivariate data techniques. This study considered four contextual characteristics that were deemed as influential for DC design: types of routes in the distribution network, quantity of DCs, distribution network levels and company size.
Findings
This paper evidenced which decisions are affected by each contextual characteristic encompassed in this study. This paper identified that the characteristic types of route in the distribution network must be carefully considered, as it had the greatest amount of associations with the decisions for designing a DC.
Originality/value
Despite its importance, most studies on design of DCs disregard the effect of the context in which DCs are inserted. This research provides arguments to support decision-making process of DCs design, increasing assertiveness of their planning. This work fulfills a literature gap by empirically examining the effect of contextual variables on the decisions related to DC design. Regarding practice, this paper addressed a fundamental issue for managers looking to design a DC, as it evidenced how contextual characteristics impact the decision-making.
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