industrial electricity demand / Energy demand / energy demand model / inorganic chemical / renewable technologies / steel industries / energy saving measures / specific primary energy requirement / transportation / energy intensive / mobile equipment / gas turbines / net primary energy consumption / machinery / natural gas / chemical industries / energy use / chemical products / energy forms / building materials / pressurised air systems / cement sector / nal energy consumption / industrial energy efficiency / efficient transportation systems / energy savings / food / energy / energy demand reduction / energy demand data / Electricity reduction options / heating / electronic control systems / metal / industrial energy consumption / technology areas / energy intensity / plastics / heat-recovery systems / cement industries / electricity / steel production / energy consumption / energy intensive process / lighting / energy efficient vehicles / steel production statistics / energy management systems / chemical industry / energy requirements / nal energy demand / communication / power / chemical sector / control systems / electricity saving potential / electricity reduction potential / electricity demand / electricity side / energy saving / mobile farming equipment / efficient technologies / energy consumer / energy management / mining / gas-fired burners / energy efficiency / cement / possible energy efficiency improvements / energy system / chemical / energy saving potential / energy reductions / energy demand reduction options / efficient mobile equipment / cement production / gas heat pumps / steel / /
Organization
Energy Conservation Centre of Japan / /
Region
Scandinavia / /
Technology
renewable technologies / efficient technologies / process control / fuel cell / dielectric / condensation / /
Energy-Rich Japan Demand Model 4 Demand Model A comprehensive energy demand model was required in order to gain a realistic picture of Japan’s