# 电力云资源池投资成本监控算法研究Study on the Investment Cost Monitoring Algorithm of Electric Cloud’s Resource Pool

DOI: 10.12677/SG.2018.85047, PDF, HTML, XML, 下载: 440  浏览: 561  科研立项经费支持

Abstract: This paper studied the base schema of electric cloud’s resource pool and made clearly the key fac-tors of resource pool. Base on this, this paper analyzed the investment const of resource pool and built the investment cost model. Compared with the traditional information construction, the in-vestment cost monitoring algorithm was also built. The investment cost model can compute the investment cost of different scope resource pool, the investment cost monitoring algorithm can monitor the investment cost, and the algorithm can get the condition of getting positive economic benefit and how much it can gain. Enterprises can monitor and analyze the investment cost and the gain, and can get the direction of the investment deviation and node. At the same time, enterprises would take effective and remedial measures to revise.

1. 引言

2. 电力云资源池的基础架构

Figure 1. Six-layer physical model of resource pool

Figure 2. The basal architecture of one data center’s resource pool

3. 电力云资源池投资成本监控算法

3.1. 电力云资源池投资成本监控算法

$Y\left(x\right)=T\left(x\right)-Z\left(x\right)$ (1)

3.2. 成本分析

1) 资源池投资成本分析

${C}_{h}\left(x\right)={c}_{\mathrm{min}}\left(x\right)×N$ (2)

${C}_{R}\left(x\right)=\text{N}×\varphi ×100,000$ (3)

Table 1. Composition cost of the typical mini-delivery unit. Unit: ten thousand Yuan

${C}_{i}\left(x\right)=\beta ×N$ (4)

$Z\left(x\right)={C}_{h}\left(x\right)+{C}_{r}\left(x\right)+{C}_{i}\left(x\right)$ (5)

2) 同等能力传统架构建设的成本

${C}_{h}^{t}\left(x\right)=3×N×{c}_{s}$ (6)

${C}_{r}^{t}\left(x\right)+{C}_{i}^{t}\left(x\right)={C}_{r}\left(x\right)+{C}_{i}\left(x\right)$ (7)

3.3. 算法的实践与分析

$Y\left(x\right)=3×N×{c}_{s}-{c}_{\mathrm{min}}×N$ (8)

Table 2. Financial rewards of different scale resource pool. Unit: ten thousand Yuan

Figure 3. Investment cost and rewards of different construction scale

4. 结论及展望

NOTES

*通讯作者。

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