As our previous work, the same electrodes were applied for power generation and transformation in designed electrical circuit.
The ultimate goal of smart grid is to build a panoramic real-time system covering the whole production process of the power system, including power generation, transmission, transformation, distribution, consumption and dispatching.
In 2009, the State Grid Corporation of China puts forward the concept of constructing "robust smart grid" including six parts: power generation, power transmission, power transformation, power distribution, power utilization, and dispatching, and it covers all voltage levels [1].
These models, such as in the case of WEM, include six main modules: final energy demand, power generation, refinery and other transformation, fossil fuel supply, CO2 emissions, and investment [18].
Power generation from various kinds of primary energy depends on several processes including mining, production, transportation, transformation, storage, and trade.
The Power Generation and Transmission segment comprises the generation of electric energy from hydraulic, wind, and thermal projects, the transport and transformation of the power generated by the company, and the construction, operation, and maintenance of all power transmission substations and lines.
It is shown that for optimal networks the rate of internal generation of entropy, σ, attains its minimum value compatible with constraints describing: (i) the transformations to be operated on the process streams and (ii) the subsidiary character of shaft power generation to thermal energy recovery as heating power.
And how about power generation?
Power generation would need to stop.
