The growing demand for electricity, coupled with increased efficiency requirements, creates new opportunities for the development of demand-side management systems.
In this respect, high-efficiency co-generation systems for producing both heat and electricity coupled with clean energy sources such as PVs and fuel cells are gaining more attention, due to their advantages in terms of increasing efficiency and power quality, reducing harmful emissions and flexibility of operation.
Access to electricity, coupled with aggressive industrialization, is a key component in achieving sound economic development.
Open image in new window Fig. 3 Natural gas and electricity coupled system.
So essentially distributed electricity coupled with blockchain technology can solve a vitally important problem, even if many experts can't see it.
A unified probabilistic gas and power flow calculation method is proposed to analyze the effect of random factors on the natural gas and electricity coupled system.
Microbial fuel cells (MFCs) are devices that use living microbes for the generation of electricity coupled to the decomposition of organic matter (Logan et al. 2006; Watanabe 2008; Pant et al. 2010).
In this paper, after developing a steady state power and gas flow model, a unified probabilistic power and gas flow method, that adopts cumulant method and Gram-Charlier expansion, is applied to the natural gas and electricity coupled system.
By accurately calculating expected ranges of important state variables, the proposed method can provide quantitative safety assessment to instruct the planning and operation of the natural gas and electricity coupled system.
There are many random factors in the natural gas and electricity coupled system, such as the uncertainty of renewable energy output, the random outage of generator units, and the random fluctuation of the power load and gas load.
