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Merge pull request #135 from zqqqqqqj1110/main
fix:Fig display and fomular test
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blog/23-CityLearn v1.0 An OpenAI Gym Environment for Demand Response with Deep Reinforcement Learning.md

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@@ -44,7 +44,7 @@ CityLearn class:整合多个建筑,并继承自 OpenAI Gym 环境,使其
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### 4. 流程图
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![](http://8.130.141.48/wp-content/uploads/2025/10/17613777480983.jpg)
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![](https://8.130.141.48/wp-content/uploads/2025/10/17613777480983.jpg)
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**part1**
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blog/24-CityLearn v2.md

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@@ -37,8 +37,7 @@ v2 版本在体系结构上进行了彻底重构,支持模块化设计和多
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## 二. environment
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这是 Building model 的总体流程图
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<img src="http://8.130.141.48/wp-content/uploads/2025/10/17613885450058-scaled.jpg" alt="image" />
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![](https://8.130.141.48/wp-content/uploads/2025/10/17613885450058-scaled.jpg)
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### 2.1 建筑模型(Building model)
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其中:
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- `(E_{t,b}^{\text{grid}})`:从电网汲取的净电能;
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- `(E_{t,b}^{\text{load}})`:总电力负荷(包括 HVAC、DHW、家电与电动车等);
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- `(E_{t,b}^{\text{PV}})`:光伏系统输出;
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- `(E_{t,b}^{\text{discharge}})``(E_{t,b}^{\text{charge}})`:分别为储能放电与充电功率。
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- ``(E_{t,b}^{\text{grid}})``:从电网汲取的净电能;
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- ``(E_{t,b}^{\text{load}})``:总电力负荷(包括 HVAC、DHW、家电与电动车等);
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- ``(E_{t,b}^{\text{PV}})``:光伏系统输出;
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- ``(E_{t,b}^{\text{discharge}})````(E_{t,b}^{\text{charge}})``:分别为储能放电与充电功率。
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热力系统的能量守恒为:
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### 2.3 Key performance indicators(KPI)
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就是指标,注意是个最小化指标(越小越好)
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<img src="http://8.130.141.48/wp-content/uploads/2025/10/17613885450058-scaled.jpg" alt="dataset" style={{width: "90%", borderRadius: "8px", margin: "10px 0"}} />
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![](https://8.130.141.48/wp-content/uploads/2025/10/17613885450058-scaled.jpg)
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### 2.4 Datasets
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没啥好说的
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### 2.5 Environment design workflow
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以 EULP dataset 为例,给出该框架的具体流程
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<img src="http://8.130.141.48/wp-content/uploads/2025/10/17615401546467.jpg" alt="workflow" style={{width: "90%", borderRadius: "8px", margin: "10px 0"}} />
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以 EULP dataset 为例,给出改框架的具体流程
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![](https://8.130.141.48/wp-content/uploads/2025/10/17615401546467.jpg)
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**1:数据收集**
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收集建筑元数据(如建筑类型、区域气候区、设备可用性等)
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收集真实或合成的负荷/光伏/天气/电价/碳排放时间序列数据

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