A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Green agriculture warehouse analysis in Yancheng, China
Mechanization level and informatization level have been improved through recent years, sustainability should be emphasized in response to the waste from the logistics process. Sustainable warehousing is integral to logistics processes, especially for perishable agricultural products. The sustainable warehouse focused on two areas: layout and energy application. The warehouse adopted the SLP method to mini-mize the construction cost and optimize the warehouse system and zone partition arrangement. Mecha-nization level and informatization level have been improved through recent years, sustainability should be emphasized in response to the waste from the logistics process. The sustainable warehouse focused on two areas: layout and energy application. The research questions were “What is a suitable layout for a sustainable agricultural warehouse?” and “How to apply renewable energy to the warehouse system?” The first question is based on data analy-sis and estimation, the data is rearranged and estimated by Excel sheet. After a critical literature review from authoritative books and professional papers, multiple diagrams analysis, diagram drawings by Edraw, and charts by Excel, the warehouse adopted the SLP method to minimize the construction cost and optimize the warehouse system and zone partition arrangement. The second one is using PVsyst 7.3 to determine the tile angle and Excel for the solar panel’s parameter and final electricity calculation. The future will be combined with a designed algorithm to get more accurate results.
Green agriculture warehouse analysis in Yancheng, China
Mechanization level and informatization level have been improved through recent years, sustainability should be emphasized in response to the waste from the logistics process. Sustainable warehousing is integral to logistics processes, especially for perishable agricultural products. The sustainable warehouse focused on two areas: layout and energy application. The warehouse adopted the SLP method to mini-mize the construction cost and optimize the warehouse system and zone partition arrangement. Mecha-nization level and informatization level have been improved through recent years, sustainability should be emphasized in response to the waste from the logistics process. The sustainable warehouse focused on two areas: layout and energy application. The research questions were “What is a suitable layout for a sustainable agricultural warehouse?” and “How to apply renewable energy to the warehouse system?” The first question is based on data analy-sis and estimation, the data is rearranged and estimated by Excel sheet. After a critical literature review from authoritative books and professional papers, multiple diagrams analysis, diagram drawings by Edraw, and charts by Excel, the warehouse adopted the SLP method to minimize the construction cost and optimize the warehouse system and zone partition arrangement. The second one is using PVsyst 7.3 to determine the tile angle and Excel for the solar panel’s parameter and final electricity calculation. The future will be combined with a designed algorithm to get more accurate results.
Green agriculture warehouse analysis in Yancheng, China
Ye, Jinlin (author)
2023-01-01
URN:NBN:fi:amk-2023052915379
Theses
Electronic Resource
English
DDC:
690
Analysis of the ultimate water resources carrying capacity in Yancheng, China
| DOAJ | 2021
Imitation of Nature, Philosophy of Beautiful Yancheng Construction
| Trans Tech Publications | 2014
The Construction Technology of Roof Steel Structure in YanCheng NanYang Airport
| DOAJ | 2018
| British Library Conference Proceedings | 2013