Dataset for the paper entitled "Real-time command strategies for microgrids based on the Contract Collaboration Problem"

Dataset for the paper entitled "Real-time command strategies for microgrids based on the Contract Collaboration Problem".
You are free to use the instances in the zip file, if you cite the following work:

@article{Levorato2020,
author = {Levorato, M. and Figueiredo, R. and Frota, Y. and Jouglet, A. and Savourey, D.},
journal = {To be published},
title = {{Real-time command strategies for microgrids based on the Contract Collaboration Problem}},
year = {2020}
}

Instances description
=================================
1) full_intances: the 3 microgrid instances used in the main experiments:
- A_instance2_1NDU_Cons : the *Cons* microgrid instance, with only the consumer uncertain system;
- A_instance2_1NDU_Prod : the *Prod* microgrid instance, with only the producer uncertain system;
- A_instance2 : the *Prod\&Cons* microgrid instance, with both uncertain systems (producer and consumer).

For each instance, there are 3 files, each one for a group of randomly generated scenarios:
- _1000s_skewed-left.txt : left-skewed beta distribution with parameters $\alpha=5,\beta=2$;
- _1000s_skewed-right.txt : right-skewed beta distribution with parameters $\alpha=2,\beta=5$;
- _1000s_uniform.txt: uniform distribution.
The randomly-generated scenario values are located in the end of each file.

2) toy_sensitivity: reduces microgrid instances used in the sensitivity tests. Each file corresponds to a specific
combination of model cost parameters, and the filename follows this mask:
OC_Ct__DS_ST_NDU__.txt
The parameters OC_cost, DS_cost, ST_cost follow the values listed in Table VI of the aforementioned paper.
(caption: Energy cost parameters in sensitivity analysis). can be one of the 3 distributions
used in the work (skewed-left, skewed-right or uniform). The used was 'default'.
The used was 'default'.
Again, the randomly-generated scenario values are located in the end of each file.

本数据集对应论文《基于契约协作问题（Contract Collaboration Problem）的微电网（microgrid）实时调度策略》。若需使用该压缩包内的实例数据，请引用如下文献：
@article{Levorato2020,
author = {Levorato, M. and Figueiredo, R. and Frota, Y. and Jouglet, A. and Savourey, D.},
journal = {待刊},
title = {{Real-time command strategies for microgrids based on the Contract Collaboration Problem}},
year = {2020}
}

实例说明
=================================
1) 完整实例（full_intances）：主实验中使用的3个微电网实例：
- A_instance2_1NDU_Cons：仅包含用户侧不确定系统的**Cons**微电网实例；
- A_instance2_1NDU_Prod：仅包含发电侧不确定系统的**Prod**微电网实例；
- A_instance2：同时包含发电侧与用户侧不确定系统的**Prod&Cons**微电网实例。

每个实例对应3个文件，分别对应一组随机生成的场景：
- _1000s_skewed-left.txt：参数为$alpha=5,eta=2$的左偏Beta分布；
- _1000s_skewed-right.txt：参数为$alpha=2,eta=5$的右偏Beta分布；
- _1000s_uniform.txt：均匀分布。
每个文件的末尾均存储有随机生成的场景数值。

2) 敏感性测试简化实例（toy_sensitivity）：敏感性测试中使用的简化微电网实例。每个文件对应一组特定的模型成本参数组合，文件名遵循如下掩码规则：`OC_Ct__DS_ST_NDU__.txt`。其中OC_cost、DS_cost、ST_cost的取值参见上述论文的表VI（标题：敏感性分析中的能源成本参数）。分布类型可选用本文中使用的3种分布之一：左偏分布、右偏分布或均匀分布，本次使用的分布为「默认」，本次使用的NDU参数为「默认」。同样，随机生成的场景数值位于每个文件的末尾。