In the case that the value of β is low, which means the reverse section operation will bring more energy conservation for small sector network, the maximum gain of the reverse section cannot be achieved.
These include a full exploitation and promotion of renewable energy resources, energy efficiency practices, as well as the application of energy conservation measures in various sectors such as in the construction of industrial, residential, and office buildings, in transportation, etc.
Countries like Sweden and Germany have developed different strategies for energy conservation within the building sector.
Therefore, increasing energy conservation in the residential sector has become a pressing issue, and the Japanese government has implemented a variety of measures to achieve it [1].
This chapter outlines various combinations of the old with the new shading techniques for cooling in high summers, the appropriate orientations of the dwelling units for entry of summer breezes around the coastline, and the domestic sector energy conservation techniques through proper insulation and landscaping.
Energy utilization pattern of the country was investigated, and possible areas of energy conservation in the major economic sectors (industry, transportation, office and residential buildings) were considered.
D. N. Dewees and L. Waverman, [21] highlighted the energy conservation policies for the transport sector and they evaluated the conservation policies for railroads, trucking, bus, and including airlines.
In particular, few researchers have studied alliance networks in the field of energy conservation in commercial buildings—a sector with unique barriers to greater diffusion of innovative cost-saving strategies.
Energy use in the built environment represents a large part of total energy use in Sweden and is one important sector where energy conservation needs to be significantly improved in order to meet the national implementation of the European goals.
First, due to energy conservation measures in the final demand sectors, the total electricity needed for the final demand in 2030 is about 8692 TWh, which is 2.17 times of that in 2010, and a 6.78 % reduction compared to the reference scenario in 2030.
