As stated at the beginning of this section, the four application scenarios discussed above mainly focus on analyzing the influences of PtG plants on the electric power system and the feasibility of their corresponding business models.
This paper concerns with the investigation of the conditions, on the characteristic parameters, under which the function is locally integrable and completely monotonic; these properties are essential for the physical feasibility of the corresponding models.
The number of the points ((delta^{s_{1}}u_{1},ldots,delta^{s_{p}}u _{p})) satisfying (3.1), at which the feasibility of the corresponding linear programs are checked by the proposed algorithm, is not more than prod_{i=1}^{p} biggl[ 1+ frac{k}{varepsilon}lnbiggl(frac{u_{i}}{l _{i}}biggr) biggr].
Then it is easy to see that (x_{0}) is an ((epsilon))-approximate solution of the feasibility problem corresponding to the tuple ((C_{1},ldots, C_{n})).
Choose a tuple ((tilde{C}_{1},ldots,tilde{C}_{n}) inmathcal{M}) such that tilde{H}(C_{i},tilde{C}_{i}) leepsilon/2,quad i=1,ldots,n, and let (x_{0} in X) be an ((epsilon/2))-approximate solution of the feasibility problem corresponding to the tuple ((tilde{C}_{1},ldots,tilde{C}_{n})).
The feasibility of the construction method and corresponding supporting measures was discussed.
Finally, two numerical examples and one engineering application are investigated to demonstrate the feasibility of the interval process model and corresponding non-random vibration analysis method.
In this paper, an air-supported membrane structure ruins protection pavilion in Chinese is taken for representative example to analyse the feasibility of fire protection design and propose corresponding solutions of performance-based fire protection.
The approach proposed in this work associates LMI formulations, the Youla parameterization and a cutting plane algorithm; it enables to decide on the feasibility of the problem and gives a corresponding controller.
Understanding these barriers helps in assessing the feasibility of specific adaptation options and identifying corresponding opportunities for improving implementation success.
