Climate impact on the prime mover size and design of a CCHP system for the residential building

Designing an optimal solar collector (orientation, type and size) for a hybrid-CCHP system in different climates

“…The hygrometric data such as the daily maximum and minimum of T db and RH which discussed previously in [20] is also used in this study. The building described in the case study is simulated in the HAP4.2 to calculate the cooling and heating loads.…”

“…MRM is used to size the prime mover [20,23]. This technique uses the hourly aggregated thermal load curve (ATD) and finds the maximum rectangle area under the hourly load curve as depicted in Fig.…”

“…[20]. According to the previous researches presented in [21] the best prime mover for all of the five climates is internal combustion engine.…”

Impact of differentiated local subsidy policies on the development of distributed energy system

“…The test results of a prototype system are presented, which validates the proposed controller strategy of BESS in a distributed power system network. Ebrahimi [5] presents climate impact on the prime mover size and design of a CCHP system for the residential building. Mago [6] explores the use of carbon credits to show how the reduction in carbon dioxide emissions that is possible from the CCHP system could translate into economic benefits.…”

Investigating the effects of load demands on selection of optimum CCHP-ORC plant

“…Ebrahimi and Keshavarz studied the effects of different climates on the prime mover in the CCHP system [5e7]. The prime-mover capacity of a CCHP system for the same building in five different climates was determined by Ebrahimi and Keshavarz [5]. Two multi criteria decision-making algorithms of fuzzy logic and grey incidence approach were used to choose the best prime mover for a micro-CCHP system in five different climates [6].…”